LED lamp area pastes dress device, its characterized in that includes: the lamp strip disc mechanism comprises a rotating main board, a press-mounting mechanism arranged on the rotating main board, a rotating mechanism, a lamp strip bracket and a lamp strip disc mechanism; the press-fitting mechanism includes: the rotating main board is provided with a material receiving mechanism; the top of the rotating main board is connected with a rotating main shaft in the rotating mechanism, the top of the rotating main shaft is connected to a lamp strip support, a lamp strip disc mechanism is arranged at the top of the lamp strip support, and a lamp strip is arranged in a lamp strip disc.

2. A LED strip mounting apparatus according to claim 1, wherein: a feeding encoder is also arranged in the rotating main board; a first feeding wheel is arranged on the rotary main plate adjacent to the feeding encoder.

3. A LED strip mounting apparatus according to claim 1, wherein: the rotating main board is also provided with a material receiving sensor.

4. A LED strip mounting apparatus according to claim 1, wherein: the main material pressing wheel mechanism of the press-mounting mechanism is fixed in the center of the rotating main board, one side of the main material pressing wheel mechanism is fixedly connected with the auxiliary material pressing wheel mechanism, the other side of the main material pressing wheel mechanism is fixedly connected with the material receiving mechanism, and the rotating main board at the lower position of the auxiliary material pressing wheel mechanism is further provided with a lamp strip shearing mechanism.

5. A LED strip mounting apparatus according to claim 1, wherein: the main pinch roller mechanism comprises: the device comprises a main pressing wheel cylinder, a rocker, a feeding wheel, a feeding channel and a main pressing wheel; one end of a piston rod of the main pressing wheel cylinder is fixedly connected with one end of a rocker, and the other end of the rocker faces the material receiving mechanism and is fixedly connected with the rotating main board; a V-shaped angle is arranged between the main pressing wheel cylinder and the rocker; a main pressing wheel is fixed at the bottom end of one end, connected with a piston rod of the main pressing wheel cylinder, of the rocker, a feeding wheel is arranged on the rocker at a distance away from the main pressing wheel, and a feeding channel is arranged between the main pressing wheel and the feeding wheel.

6. A LED strip mounting apparatus according to claim 1, wherein: supplementary swager mechanism include: an auxiliary pressing wheel cylinder and an auxiliary pressing wheel; the cylinder body of the auxiliary pressing wheel cylinder is fastened on the rotating main plate through a bolt, and one end part of a piston rod of the auxiliary pressing wheel cylinder is fixedly connected with the auxiliary pressing wheel.

7. A LED light strip mounting device according to claim 5, wherein: the rotating main plate at the position corresponding to the main pressing wheel cylinder is also provided with a heater, the bottom of the heater is provided with a connecting pipe, one end of the connecting pipe is communicated with the heater, and the outlet end of the other end of the connecting pipe is close to the position of the main pressing wheel.

8. A LED light strip mounting device according to claim 4, wherein: the lamp area cut mechanism include: a scissor telescopic cylinder and a lamp with scissors; the tail end of the scissors telescopic cylinder is fixedly connected to the rotating main board, the telescopic end of the scissors telescopic cylinder is fixedly connected with the lamp strip scissors, and the position of the lamp strip scissors is controlled through the scissors telescopic cylinder to shear the lamp strip.

9. A LED light strip mounting device according to claim 4, wherein: receiving agencies include: the receiving motor, the receiving driving wheel and the receiving driven wheel; the material receiving driving wheel is positioned on the rotating main board, the back side of the rotating main board is provided with a material receiving motor, and an output shaft of the material receiving motor is connected to a connecting shaft of the material receiving driving wheel; a material receiving driven wheel is fixedly arranged on the rotating main plate at the lower part of the material receiving driving wheel.

10. A LED strip mounting apparatus according to claim 1, wherein: the rotating main board realizes X, Y axis rotation by connecting with the rotating mechanism, and the rotating main board is fixedly connected with the bottom end of a rotating main shaft in the rotating mechanism; the rotary mechanism comprises: the device comprises a rotary main shaft, a rotary motor, a motor gear, a large gear, a cylinder, a slip ring and a small lifting plate assembly; the small lifting plate assembly comprises: the rotary electric machine comprises a horizontal plate, a vertical plate, a guide groove, a rotary motor fixing plate and a slip ring fixing plate, wherein the top end of the vertical plate is fixedly connected with the horizontal plate, one side of the horizontal plate extends on the vertical plate along the direction away from a rotary main shaft, the edge of the other side of the horizontal plate is flush with the edge of the vertical plate, the guide groove is arranged on the vertical plate positioned below the horizontal plate, the tail end of an air cylinder is fixed with a connecting frame, a piston rod at the telescopic end of the air cylinder is positioned in the guide groove, the top end of the piston rod is fixedly connected onto the horizontal plate, and the piston rod of the air cylinder reciprocates up and down to drive a small lifting plate to lift up and down; a sliding ring and a large gear respectively penetrate through the rotating main shaft from the bottom end to the top; the slip ring is communicated with a plurality of air inlet pipes and air outlet pipes, and is communicated with the main material pressing wheel cylinder and the auxiliary material pressing wheel cylinder through the air inlet pipes and the air outlet pipes; the rotary main shaft is connected with the sliding ring through a bearing, the rotary main shaft is arranged between the top end of the sliding ring and the big gear, the rotary motor is arranged at the bottom of the rotary motor fixing plate, the output end of the rotary motor is connected with a motor gear, and the motor gear is meshed with the big gear; during operation, the rotating motor is driven, the motor gear on the rotating motor drives the gear wheel to rotate, so that the rotating main shaft drives the rotating main board at the lower part to rotate in the slip ring, the slip ring is guaranteed not to rotate, and the air inlet pipes and the air outlet pipes on the slip ring are prevented from being wound in a rotating mode.

11. A tape mounting method using the tape mounting device of any one of claims 1 to 10, wherein: the lamp strip is fed downwards from a lamp strip disc at the top of the device, the lamp strip passes through a rotating main shaft and extends into a sliding ring inner cavity of a rotating mechanism, the lamp strip extends to a first feeding wheel and a feeding encoder of a rotating main board, the feeding encoder calculates the number of meters to enter a feeding channel, the lamp strip extending from the feeding channel is subjected to protection film separation at the bottom of a main pressing wheel, the lamp strip is subjected to material receiving and protection film separation through a material receiving driving wheel of a material receiving mechanism, and the separated protection film is recovered to the material receiving driving wheel along the bottom of a rocker for recovery;

if the lamp belt protective film is disconnected, the receiving sensor sends a signal to the machine to pause;

the rotating mechanism moves back and forth, left and right in the X, Y axial direction, the rotating motor is started, the motor gear on the rotating motor drives the big gear, and then the rotating main shaft is driven to rotate by 360 degrees;

the LED lamp strip is assembled on the lamp strip along the path of the character;

after the lamp is installed, the main pressing wheel cylinder retracts to drive the rocker, the main pressing wheel returns, the auxiliary pressing wheel moves downwards through the auxiliary pressing wheel cylinder, and the LED lamp strip is pressed;

the lamp strip is cut off by stretching the scissors with the scissors telescopic cylinder, and the lamp strip is cut off at a place needing to be cut off through calculation of the material receiving sensor, so that the whole process of mounting of the lamp strip is completed.

Background

In the field of modern advertisement identification industry, LED advertisement luminous characters are usually adopted by a decorative panel to achieve the effects of decoration and propaganda; and the LED advertisement luminous characters need to be installed in LED lamp belts along the character path.

The LED lamp strip is used for advertising luminous characters and is simple to install. The back of the lamp strip is stuck with a self-adhesive double-sided adhesive tape; generally, the existing installation mode is that a protective film on the surface of a double-sided adhesive tape is directly torn off, and then a lamp strip is fixedly installed along the path of a bottom shell; when the lamp strip is fixed, the lamp strip can be pressed flat by hands. However, although this operation method is simple and easy to operate, it requires manual operation, and the work efficiency and the mounting accuracy cannot be ensured.

Disclosure of Invention

In view of the technical defects, the invention aims to provide the LED lamp strip mounting device, through a numerical control machine, four-axis motion drives a rotating mechanism to realize horizontal (horizontal and vertical) mounting of the lamp strip under the action of a press mounting mechanism, so that the lamp strip is assembled along a character path; cutting the pressed lamp strip in a pneumatic mode; need not manual operation, improved work efficiency and guaranteed the installation accuracy in lamp area.

In order to achieve the purpose, the invention adopts the technical scheme that: LED lamp area pastes dress device includes: the lamp strip disc mechanism comprises a rotating main board, a press-mounting mechanism arranged on the rotating main board, a rotating mechanism, a lamp strip bracket and a lamp strip disc mechanism; the press-fitting mechanism includes: the rotating main board is provided with a material receiving mechanism; the top of the rotating main board is connected with a rotating main shaft in the rotating mechanism, the top of the rotating main shaft is connected to a lamp strip support, a lamp strip disc mechanism is arranged at the top of the lamp strip support, and a lamp strip is arranged in a lamp strip disc;

furthermore, a feeding encoder is further arranged in the rotating main board and used for calculating the number of meters of the lamp strip in the feeding process, so that the lamp strip shearing mechanism can be sheared at the position needing shearing, and the waste of the LED lamp strip is prevented;

further, a first feeding wheel is arranged on the rotary main board adjacent to the feeding encoder and used for forming a certain pressure on the blanking lamp strip under the combined action of the first feeding wheel and the feeding encoder;

further, a material receiving adjusting block is arranged at the lower part of the main material pressing wheel mechanism and used for adjusting the LED lamp strip double-faced adhesive tape protective film when the LED lamp strip double-faced adhesive tape protective film is too tight in the material receiving process;

furthermore, a material receiving sensor is arranged on the rotating main board, and when the protective film is disconnected, the machine stops working;

furthermore, the rotating main plate is a rotating main aluminum plate;

furthermore, the main material pressing wheel mechanism of the press-fitting mechanism is fixed at the center of the rotating main board, one side of the main material pressing wheel mechanism is fixedly connected with the auxiliary material pressing wheel mechanism, the other side of the main material pressing wheel mechanism is fixedly connected with the material receiving mechanism, and the rotating main board at the lower part of the auxiliary material pressing wheel mechanism is further provided with a lamp strip shearing mechanism.

Further, main nip wheel mechanism include: the main pressing wheel cylinder, the rocker, the second feeding wheel, the feeding channel and the main pressing wheel; one end of a piston rod of the main pressing wheel cylinder is fixedly connected with one end of a rocker, and the other end of the rocker faces the material receiving mechanism and is fixedly connected with the rotating main board; a V-shaped angle is arranged between the main pressing wheel cylinder and the rocker; a main pressing wheel is fixed at the bottom end of one end of the rocker, which is connected with a piston rod of the main pressing wheel cylinder, a second feeding wheel is arranged on the rocker at a distance away from the main pressing wheel, and a feeding channel is arranged between the main pressing wheel and the second feeding wheel;

furthermore, in a V-shaped angle formed between the main material pressing wheel cylinder and the rocker, an included angle is formed between the main material pressing cylinder and the horizontal operating surface, and an included angle is formed between the rocker and the horizontal operating surface.

Further, supplementary swage wheel mechanism include: an auxiliary pressing wheel cylinder and an auxiliary pressing wheel; the cylinder body of the auxiliary pressing wheel cylinder is fastened on the rotating main plate through a bolt, and one end part of a piston rod of the auxiliary pressing wheel cylinder is fixedly connected with the auxiliary pressing wheel;

furthermore, a heater is further arranged on the rotating main board at a position corresponding to the main pressing wheel cylinder, a connecting pipe is arranged at the bottom of the heater, one end of the connecting pipe is communicated with the heater, the outlet end of the other end of the connecting pipe is close to the position of the main pressing wheel, the back adhesive of the LED lamp strip is heated by the heater, the problem of poor viscosity of the back adhesive caused by too low room temperature is solved, and meanwhile, the function of sweeping dust at a working position can be achieved;

further, the lamp strip shearing mechanism comprises: a scissor telescopic cylinder and a lamp with scissors; the tail end of the scissors telescopic cylinder is fixedly connected to the rotating main board, the telescopic end of the scissors telescopic cylinder is fixedly connected with the lamp strip scissors, and the position of the lamp strip scissors is controlled through the scissors telescopic cylinder to shear the lamp strip.

Further, the receiving agencies include: the receiving motor, the receiving driving wheel and the receiving driven wheel; the material receiving driving wheel is positioned on the rotating main board, the back side of the rotating main board is provided with a material receiving motor, and an output shaft of the material receiving motor is connected to a connecting shaft of the material receiving driving wheel; a material receiving driven wheel is fixedly arranged on the rotating main plate at the lower part of the material receiving driving wheel.

Furthermore, the material receiving sensor is fixed between the material receiving driving wheel and the material receiving driven wheel of the rotating main board.

Furthermore, the two material receiving adjusting blocks are arranged at the bottom of the feeding channel of the rocker.

Furthermore, the feeding encoder is fixed on the rotary main board and detects the number of meters of the LED lamp strips sent out by the feeding wheel.

In the invention, the X, Y shaft rotation is realized by connecting the rotating main plate with the rotating mechanism, and the rotating main plate is fixedly connected with the bottom end of a rotating main shaft in the rotating mechanism; the rotary mechanism comprises: the device comprises a rotary main shaft, a rotary motor, a motor gear, a large gear, a cylinder, a slip ring and a small lifting plate assembly; the small lifting plate assembly comprises: the rotary electric machine comprises a horizontal plate, a vertical plate, a guide groove, a rotary motor fixing plate and a slip ring fixing plate, wherein the top end of the vertical plate is fixedly connected with the horizontal plate, one side of the horizontal plate extends on the vertical plate along the direction away from a rotary main shaft, the edge of the other side of the horizontal plate is flush with the edge of the vertical plate, the guide groove is arranged on the vertical plate positioned below the horizontal plate, the tail end of an air cylinder is fixed with a connecting frame, a piston rod at the telescopic end of the air cylinder is positioned in the guide groove, the top end of the piston rod is fixedly connected onto the horizontal plate, and the piston rod of the air cylinder reciprocates up and down to drive a small lifting plate to lift up and down; a sliding ring and a large gear respectively penetrate through the rotating main shaft from the bottom end to the top; the slip ring is communicated with a plurality of air inlet pipes and air outlet pipes, and is communicated with the main material pressing wheel cylinder and the auxiliary material pressing wheel cylinder through the air inlet pipes and the air outlet pipes; the rotary main shaft is connected with the sliding ring through a bearing, the rotary main shaft is arranged between the top end of the sliding ring and the big gear, the rotary motor is arranged at the bottom of the rotary motor fixing plate, the output end of the rotary motor is connected with a motor gear, and the motor gear is meshed with the big gear; during operation, the rotating motor is driven, the motor gear on the rotating motor drives the gear wheel to rotate, so that the rotating main shaft drives the rotating main board at the lower part to rotate in the slip ring, the slip ring is guaranteed not to rotate, and the air inlet pipes and the air outlet pipes on the slip ring are prevented from being wound in a rotating mode.

The slip ring fixing plate is arranged on a vertical plate of the small lifting plate component below the rotating motor fixing plate and used for better positioning the slip ring;

in the process, the lamp strip is fed downwards from the lamp strip disc, and the lamp strip extends into the inner cavity of the slip ring along the rotating main shaft and extends into the feeding mechanism of the rotating main board.

Further, the upper part of the rotating main shaft is connected with a lamp belt bracket, and a lamp belt disc mechanism at the upper part of the rotating main shaft is connected through the lamp belt bracket; the lamp takes a set of mechanism and includes: the lamp belt comprises a lamp belt rotating shaft, a ratchet wheel combination, a lamp belt disc and a lamp belt disc base; the top end of the lamp strip support is connected to the lamp strip disc through the lamp strip rotating shaft, the lamp strip disc is connected to the lamp strip disc base through the lamp strip rotating shaft, and the lamp strip is wound in the lamp strip disc; the lamp area dish is downward through sending lamp area rotation axis pay-off downwards, and the lamp area passes through the lamp area support, reaches the feeding wheel among the feeding mechanism again, reentrants the pay-off passageway, sends to main pressure material wheel department.

The lamp strip mounting device with the structure is adopted, a lamp strip is fed downwards from the lamp strip disc at the top of the device, the lamp strip passes through the rotating main shaft and extends into the sliding ring inner cavity of the rotating mechanism, the feeding wheel of the lamp strip extending to the rotating main board enters the feeding channel through the encoder, the lamp strip extending from the feeding channel is subjected to protection film separation at the bottom of the main pressing wheel, the lamp strip is subjected to material receiving and protection film separation through the material receiving driving wheel of the material receiving mechanism, and the separated protection film is recovered to the material receiving driving wheel along the bottom of the rocker for recovery;

the strip lamp is disconnected from the protective film thereof, and the receiving sensor sends a signal to the machine to pause;

the rotating mechanism moves back and forth, left and right in the X, Y axial direction, the rotating motor is started, the motor gear on the rotating motor drives the big gear, and then the rotating main shaft is driven to rotate by 360 degrees.

The LED lamp strip is assembled on the lamp strip along the path of the character;

after the lamp is installed, the main pressing wheel cylinder retracts to drive the rocker, the main pressing wheel returns, the auxiliary pressing wheel moves downwards through the auxiliary pressing wheel cylinder, and the LED lamp strip is pressed;

the lamp strip scissors are opened, the scissors telescopic cylinder extends out of the scissors to cut the lamp strip, the lamp strip is cut at a position needing to be cut through calculation of the encoder, and the whole process of mounting work of the lamp strip is completed.

After the lamp strip is cut off, the electric spindle cuts the character bottom plate adhered to the lamp strip along the cutting path of the character downwards.

Further, the LED strip mounting device of the present invention further includes a strip cutting system, and the strip cutting system includes: the lifting device comprises a large lifting plate, a lifting screw rod, an electric spindle and an electric spindle fixing plate; the big lifting plate is connected with a lifting screw rod, the electric spindle is connected to the electric spindle fixing plate, and the lifting screw rod is connected with the big lifting plate and the electric spindle fixing plate.

The lifting screw drives the large lifting plate to move downwards, the lifting screw drives the large lifting plate and the electric spindle fixing plate when cutting is started, and the electric spindle cuts a workpiece output path.

The invention has the beneficial effects that:

according to the LED lamp strip mounting device, the rotating mechanism is driven by the driving device to realize horizontal mounting of the lamp strip under the action of the press mounting mechanism, so that the lamp strip is assembled along a word path; cutting the pressed lamp strip in a pneumatic mode; and cut out along the route of word, need not manual operation, improved work efficiency and guarantee the installation accuracy in lamp area.

In the lamp strip press-mounting process, a main pressing wheel mechanism of the press-mounting mechanism adopts a V-shaped design angle, and the main pressing wheel plays a role in buffering when passing over the raised lamp strip; the moving track of the main pressing wheel is arc-shaped in the process that the main pressing wheel designed by the V-shaped angle crosses the protruding position of the lamp strip, and compared with the moving track of the main pressing wheel which is designed by the vertical angle and moves up and down in the process that the main pressing wheel crosses the protruding position, the stress of the main pressing wheel mechanism is buffered; therefore, the press-mounting mechanism designed at the V-shaped angle has a certain noise reduction effect, and the overall efficiency of the lamp strip mounting is improved.

Drawings

FIG. 1 is a block diagram of the present invention.

Fig. 2 is a side view of fig. 1.

Fig. 3 is an enlarged view of a portion of the structure of fig. 1.

Fig. 4 is a structural diagram of a lamp tape tray mechanism of the LED tape mounting device of the present invention.

In the figure, 1, a large lift 2, an electric spindle fixing plate 3, an electric spindle 4, a cylinder 5, a small lifting plate component 5.1, a horizontal plate, 5.2, a vertical plate, 5.3, a guide groove, 5.4, a rotating motor fixing plate 5.5, a slip ring fixing plate 6, a lifting screw 7, a large gear 8, a motor gear 9, a rotating spindle 10, a rotating motor 11, a material receiving sensor 12, a feeding encoder 13, a slip ring 14, a rotating main aluminum plate 15, a material receiving driving wheel 16, a material receiving motor 17, a material receiving driven wheel 18, a rocker 19, a first material receiving adjusting block 20, a second material receiving adjusting block 21, a second feeding wheel 22, a feeding channel 23, a main pressure wheel 24, a lamp strip scissors 25, a lamp strip auxiliary pressure wheel 26, a scissors telescopic cylinder 27, an auxiliary pressure wheel cylinder 28, a main pressure wheel cylinder 29 and a lamp strip support 30, the lamp belt comprises a lamp belt rotating shaft 31, a ratchet wheel combination 32, a lamp belt disc 33, a lamp belt disc bottom support 34, a first feeding wheel 35, a heater 36 and a connecting pipe.

Detailed Description

The invention is further illustrated with reference to the accompanying drawings:

as shown in fig. 1-4, the LED strip mounting device includes: the lamp strip disk mechanism comprises a rotating main board 14, a press-mounting mechanism, a rotating mechanism, a lamp strip bracket 29 and a lamp strip disk mechanism, wherein the press-mounting mechanism, the rotating mechanism, the lamp strip bracket 29 and the lamp strip disk mechanism are arranged on the rotating main board 14; the press-fitting mechanism includes: the rotating main board 14 is provided with a material receiving mechanism; the top of the rotating main board 14 is connected with the rotating main shaft 9 in the rotating mechanism, the top of the rotating main shaft 9 is connected to the lamp strip support 29, the top of the lamp strip support 29 is provided with a lamp strip disk mechanism, and the lamp strip is arranged in the lamp strip disk 32.

A material receiving sensor 11 is further arranged in the material receiving mechanism, a material receiving adjusting block is further arranged at the lower part of the main material pressing wheel mechanism, and a feeding encoder 12 is further arranged on the rotating main board 14; a first feed wheel 34 is provided adjacent the rotary main plate at the position of the feed encoder 12,

a main pressing wheel mechanism of the press-mounting mechanism is fixed at the center of the rotating main board 14, an auxiliary pressing wheel mechanism is fixedly connected to one side of the main pressing wheel mechanism, and a material receiving mechanism is fixedly connected to the other side of the main pressing wheel mechanism; the rotating main board 14 positioned at the lower part of the auxiliary material pressing wheel mechanism is also provided with a lamp strip shearing mechanism;

the main pinch roller mechanism comprises: the main nip wheel cylinder 28, the rocker 18, the second feeding wheel 21, the feeding channel 22 and the main nip wheel 23; one end of a piston rod of the main pinch roller cylinder 28 is fixedly connected with one end of a rocker 18, and the other end of the rocker 18 faces the material receiving mechanism and is fixedly connected with the rotating main board 14; a V-shaped angle is arranged between the main pressure wheel cylinder 28 and the rocker 18; a main pinch roller 23 is fixed at the bottom end of one end of the rocker 18 connected with a piston rod of the main pinch roller cylinder 28, a second feeding roller 21 is arranged on the rocker 18 at a distance away from the main pinch roller 23, and a feeding channel 22 is arranged between the main pinch roller 23 and the second feeding roller 21;

in a V-shaped angle formed between the main material pressing wheel cylinder 28 and the rocker 18, the main material pressing cylinder 28 forms an included angle with the horizontal operating surface, and the rocker 18 forms an included angle with the horizontal operating surface.

Supplementary swager mechanism include: an auxiliary nip wheel cylinder 27, an auxiliary nip wheel 25; the cylinder body of the auxiliary pressing wheel cylinder 27 is fastened on the rotating main plate 14 through a bolt, and one end part of the piston rod of the auxiliary pressing wheel cylinder 27 is fixedly connected with the auxiliary pressing wheel 25;

a heater 35 is further arranged on the rotating main plate 14 at a position corresponding to the main pinch roller cylinder 28, a connecting pipe 36 is arranged at the bottom of the heater 35, one end of the connecting pipe 36 is communicated with the heater 35, and the outlet end of the other end of the connecting pipe 36 is close to the position of the main pinch roller 23;

the lamp area cut mechanism include: a scissor telescopic cylinder 26 and a lamp with scissors 24; the tail end of the scissors telescopic cylinder 26 is fixedly connected to the rotating main board 14, the telescopic end of the scissors telescopic cylinder 26 is fixedly connected with the lamp strip scissors 24, and the lamp strip is cut by controlling the position of the lamp strip scissors 24 through the scissors telescopic cylinder 26;

receiving agencies include: a material receiving motor 16, a material receiving driving wheel 15 and a material receiving driven wheel 17; the material receiving driving wheel 15 is positioned on the rotating main board 14, the material receiving motor 16 is arranged on the back side of the rotating main board 14, and the output shaft of the material receiving motor 16 is connected to the connecting shaft of the material receiving driving wheel 15; a material receiving driven wheel 17 is fixedly arranged on the rotating main plate 14 at the lower part of the material receiving driving wheel 15;

the material receiving sensor 11 is fixed between a material receiving driving wheel 15 and a material receiving driven wheel 17 of the rotating main plate 14;

the two material receiving adjusting blocks 19 and 20 are arranged at the bottom of the feeding channel 22 of the rocker 18.

In the invention, the rotating main board 14 realizes X, Y-axis rotation by being connected with a rotating mechanism, and the rotating main board 14 is fixedly connected with the bottom end of a rotating main shaft 9 in the rotating mechanism; the rotary mechanism comprises: the device comprises a rotary main shaft 9, a rotary motor 10, a motor gear 8, a large gear 7, a cylinder 4, a slip ring 13 and a small lifting plate assembly 5; the small lifter plate assembly 5 includes: the device comprises a horizontal plate 5.1, a vertical plate 5.2, a guide groove 5.3, a rotating motor fixing plate 5.4 and a sliding ring fixing plate 5.5, wherein the top end of the vertical plate 5.2 is fixedly connected with the horizontal plate 5.1, one side of the horizontal plate 5.1 extends on the vertical plate 5.2 along the direction away from a rotating main shaft 9, the other side edge is flush with the edge of the vertical plate 5.2, the guide groove 5.3 is arranged on the vertical plate 5.2 positioned below the horizontal plate 5.1, the top end of a cylinder 4 is fixed with a connecting frame, a piston rod at the telescopic end of the cylinder 4 is positioned in the guide groove 5.3, the top end of the piston rod is fixedly connected onto the horizontal plate 5.1, and the piston rod of the cylinder 4 moves up and down in a reciprocating manner to drive the small lifting plate assembly 5 to lift up and down; a sliding ring 13 and a large gear 7 are respectively arranged on the rotating main shaft 9 from the bottom end to the top in a penetrating way; the slip ring 13 is communicated with a plurality of air inlet pipes and air outlet pipes, and is communicated with a main swaging wheel cylinder 28 and an auxiliary swaging wheel cylinder 27 through the air inlet pipes and the air outlet pipes; the large gear 7 at the top of the rotating main shaft 9 is fixedly connected with the rotating main shaft 9, the rotating main shaft 9 penetrates through the center of the sliding ring 13 and is movably connected with the sliding ring 13, the rotating main shaft 9 between the top end of the sliding ring 13 and the large gear 7 is connected with a rotating motor fixing plate 5.4 through a bearing, the rotating motor 10 is arranged at the bottom of the rotating motor fixing plate 5.4, the output end of the rotating motor 10 is connected with a motor gear 8, and the motor gear 8 is meshed with the large gear 7; during operation, the rotating motor 10 is driven, the motor gear 8 on the rotating motor 10 drives the large gear 7 to rotate, so that the rotating main shaft 9 drives the rotating main board 14 on the lower portion to rotate in the sliding ring 13, the sliding ring 13 is guaranteed not to rotate, and the air inlet pipes and the air outlet pipes on the sliding ring 13 are prevented from being wound in a rotating mode.

The slip ring fixing plate 5.5 is arranged on a vertical plate 5.2 of the small lifting plate component below the rotating motor fixing plate 5.4 and used for better positioning the slip ring 13;

the upper part of the rotating main shaft 9 is connected with a lamp strip support 29, and a lamp strip disc mechanism on the upper part of the rotating main shaft is connected through the lamp strip support 29; the lamp takes a set of mechanism and includes: the lamp belt rotating shaft 30, the ratchet wheel combination 31, the lamp belt disc 32 and the lamp belt disc base 33; the top end of the lamp tape support 29 is connected to a lamp tape reel 32 through a lamp tape rotating shaft 30, the lamp tape reel 32 is connected to a lamp tape reel base 33 through the lamp tape rotating shaft 30, and the lamp tape is wound in the lamp tape reel 32; the lamp strip disk 32 feeds downwards through the lamp strip rotating shaft 30, the lamp strip passes through the lamp strip support 29, then reaches the feeding wheel 21 encoder 12 in the feeding mechanism, then enters the feeding channel 22, and is fed to the main material pressing wheel 23.

The lamp strip mounting device adopting the structure is characterized in that a lamp strip is fed downwards from a lamp strip disc 32 at the top of the device, the lamp strip passes through a rotating main shaft 30 and extends into an inner cavity of a sliding ring 13 of a rotating mechanism, the lamp strip extends to a first feeding wheel 34 and a feeding encoder 12 of a rotating main board 14, the feeding encoder 12 calculates the number of meters to enter a feeding channel 22, the lamp strip extending out of the feeding channel 22 is subjected to protective film separation at the bottom of a main pressing wheel 23, the lamp strip is subjected to material collection and protective film separation through a material collecting driving wheel 15 of a material collecting mechanism, and the separated protective film is recovered to the material collecting driving wheel 15 through a material collecting sensor 11 along the bottom of a rocker 18 to be recovered;

when the lamp strip is disconnected from the protective film, the receiving sensor 11 sends a signal to the machine to pause;

the rotating mechanism moves back and forth, left and right in the X, Y axial direction, the rotating motor 10 is started, the motor gear 8 on the rotating motor 10 drives the large gear 7, and then the rotating main shaft 9 is driven to rotate by 360 degrees;

the LED lamp strip is assembled on the lamp strip along the path of the character;

after the lamp is installed, the main pressing wheel cylinder 28 is retracted to drive the rocker 18, the main pressing wheel 23 returns, the auxiliary pressing wheel 25 moves downwards through the auxiliary pressing wheel cylinder 27, and the LED lamp strip is pressed;

the lamp strip scissors 24 are unfolded, the scissors telescopic cylinder 26 extends out of the scissors to cut the lamp strip, the lamp strip is cut at a position needing to be cut through calculation of the feeding encoder 12, and then the lamp strip is cut off along a word path through the electric spindle, and the mounting work of the whole process of the lamp strip is completed.

The material receiving sensor is mainly used for detecting that if the film is disconnected in the feeding process, the machine stops working, and the machine continues to work after being connected manually.

In the embodiment, the slip ring is purchased from Shenzhen Cijia Chi electromechanical technology Limited, http:// www.szjarch.cn/.

The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and all persons skilled in the art should be able to cover the technical solutions of the present invention and the equivalent alternatives or modifications thereof within the technical scope of the present invention.