1. The utility model provides a natural language processing equipment based on artificial intelligence, its structure includes, casing (1), host computer end (2), spacing piece (3), extrusion piece (4), trigger button (5) its characterized in that: the shell (1) and the host end (2) are integrated, the spacing block (3) is embedded into the side edge of the host end (2), the extrusion block (4) is arranged in the spacing block (3), and the trigger button (5) is in clearance fit with the extrusion block (4);

host computer end (2) are equipped with stopper (21), handle end (22), mounting groove (23), activity ring (24), signal transmission end (25), stopper (21) carry out fixed connection with handling end (22), mounting groove (23) communicate with each other with handling end (22), activity ring (24) cover in the outside of mounting groove (23), signal transmission end (25) are embedded in the inboard of activity ring (24).

2. An artificial intelligence based natural language processing apparatus according to claim 1, wherein: signal transmission end (25) are equipped with protector (251), locating piece (252), audio effect conduction hole (253), connecting axle (254), feedback layer (255), the outside in locating piece (252) is installed in protector (251), locating piece (252) carry out fixed connection with audio effect conduction hole (253), connecting axle (254) carries out the circular telegram with audio effect conduction hole (253) and is connected, feedback layer (255) are embedded in among connecting axle (254).

3. An artificial intelligence based natural language processing apparatus according to claim 2, wherein: the protector (251) is provided with an elastic layer (a 1), an auxiliary wheel (a 2) and an empty groove (a 3), the elastic layer (a 1) is in clearance fit with the auxiliary wheel (a 2), and the empty groove (a 3) is communicated with the auxiliary wheel (a 2).

4. An artificial intelligence based natural language processing apparatus according to claim 3, wherein: the auxiliary wheel (a 2) is provided with a groove (a 21), a wheel body (a 22), a guide tube (a 23) and a moving device (a 24), the groove (a 21) and the wheel body (a 22) are integrated, the guide tube (a 23) is embedded in the wheel body (a 22) and integrated with the groove (a 21), and the moving device (a 24) is communicated with the guide tube (a 23).

5. An artificial intelligence based natural language processing apparatus according to claim 4, wherein: the movable device (a 24) is provided with a rolling groove (b 1), a guide block (b 2) and a guide-out hole (b 3), the rolling groove (b 1) is communicated with the guide block (b 2), and the guide-out hole (b 3) is embedded in the guide block (b 2) and is integrated.

6. An artificial intelligence based natural language processing apparatus according to claim 2, wherein: two ends of the feedback layer (255) are provided with a conduction shaft (c 1), an induced draft channel (c 2) and an intersection end (c 3), the conduction shaft (c 1) penetrates through the induced draft channel (c 2), and the intersection end (c 3) is communicated with and movably connected with the induced draft channel (c 2).

7. An artificial intelligence based natural language processing apparatus according to claim 6, wherein: intersection end (c 3) are equipped with slide rail (c 31), activity wheel (c 32), give off board (c 33), swiveling wheel (c 34), slide rail (c 31) carry out clearance fit with activity wheel (c 32), give off board (c 33) and activity wheel (c 32) and carry out swing joint, swiveling wheel (c 34) carry out fixed connection with giving off board (c 33).

8. An artificial intelligence based natural language processing apparatus according to claim 7, wherein: the diffusion plate (c 33) is provided with a penetration layer (d 1), an auxiliary hole (d 2) and a junction channel (d 3), the penetration layer (d 1) and the auxiliary hole (d 2) are integrated, and the junction channel (d 3) is embedded in the auxiliary hole (d 2).

Background

The natural daily speech refers to the language which is daily exchanged by human beings, so that the functions of translating different languages, automatically storing abstracts and the like on important information can be realized through the language processing equipment according to the setting of the system, and the effects of convenience and quick storage are realized under the effects of translating different languages and extracting key points;

in summary, the inventor finds that the existing natural language processing device mainly has the following defects: the artificial intelligence language processing equipment can be displaced along with a user through the shape of a sphere per se, so that the artificial intelligence language processing equipment can be continuously displaced and simultaneously can be communicated with the user to carry out language, because the sphere is in a zero-distance contact state with a road surface, a signal transmitter at a moving end can be continuously collided with stones on the road surface, so that corresponding damage is easily caused in a continuous collision state, the damaged signal transmitter cannot be correctly used for further processing and storing the language, and the phenomenon that the equipment is damaged during displacement is easily caused.

Disclosure of Invention

The technical scheme adopted by the invention for realizing the technical purpose is as follows: the utility model provides a natural language processing equipment based on artificial intelligence, its structure includes casing, host computer end, spacer block, extrusion piece, trigger button the casing is as an organic whole with the host computer end, the spacer block imbeds in the side of host computer end, the extrusion piece with install among the spacer block, trigger button and extrusion piece carry out clearance fit.

The host computer end is equipped with stopper, processing end, mounting groove, activity ring, signal transmission end, the stopper carries out fixed connection with the processing end, the mounting groove communicates with each other with the processing end, the activity ring covers in the outside of mounting groove, signal transmission end imbeds in the inboard of activity ring, the stopper is trapezoidal shape and is equipped with two altogether and forms symmetrical phenomenon.

As a further improvement of the present invention, the signal transmission end is provided with a protector, a positioning block, a sound effect conducting hole, a connecting shaft, and a feedback layer, the protector is installed outside the positioning block, the positioning block is fixedly connected with the sound effect conducting hole, the connecting shaft is electrically connected with the sound effect conducting hole, the feedback layer is embedded in the connecting shaft, and the protector is arc-shaped.

As a further improvement of the present invention, the protector is provided with an elastic layer, an auxiliary wheel and a hollow groove, the elastic layer is in clearance fit with the auxiliary wheel, the hollow groove is communicated with the auxiliary wheel, and the elastic layer is made of rubber material, so that the auxiliary wheel is provided with five auxiliary wheels in total and has corresponding gaps, and the hollow groove is arc-shaped hollow.

As a further improvement of the present invention, the auxiliary wheel is provided with a groove, a wheel body, a conduit and a movable device, the groove and the wheel body are integrated, the conduit is embedded in the wheel body and integrated with the groove, the movable device is communicated with the conduit, the groove is provided with six grooves on the wheel body, and the number of the inner conduits and the number of the grooves are the same while each conduit is fixedly connected and communicated with the movable device.

As a further improvement of the invention, the movable device is provided with a rolling groove, a guide block and a leading-out hole, the rolling groove is communicated with the guide block, the leading-out hole is embedded in the guide block and is integrated, the rolling groove is hollow, the guide block is made of stainless steel materials, the surface of the guide block is polished, and therefore the leading-out hole is transparent.

As a further improvement of the invention, two ends of the feedback layer are provided with a conduction shaft, an induced draft channel and a junction end, the conduction shaft penetrates through the induced draft channel, the junction end is communicated with and movably connected with the induced draft channel, and the two induced draft channels are provided and form a symmetrical phenomenon.

As a further improvement of the invention, the intersection end is provided with a slide rail, a movable wheel, a distribution plate and a rotating wheel, the slide rail is in clearance fit with the movable wheel, the distribution plate is movably connected with the movable wheel, the rotating wheel is fixedly connected with the distribution plate, and the distribution plate is provided with three distribution plates in total and forms a triangular shape.

As a further improvement of the invention, the diffusion plate is provided with a penetration layer, auxiliary holes, and junction channels, wherein the penetration layer and the auxiliary holes are integrated, the junction channels are embedded in the auxiliary holes, and the auxiliary holes are provided with three in the penetration layer and have corresponding intervals.

Compared with the prior art, the invention has the following beneficial effects:

1. according to the movable ring, the protector arranged at the signal transmission end in the movable ring can carry out omnibearing protection on the signal transmission end through the elastic layer and the auxiliary wheel of the protector while the movable ring drives the signal transmission end to continuously move, so that the damage caused by collision of stones is prevented, the movement efficiency of the movable ring is increased, the movable range is increased, stones on the road surface can be guided into the rolling groove through the mutual matching of the groove of the auxiliary wheel and the movable device, and the stones can be discharged to the road surface again through the guide block and the guide hole according to the rotating direction of the auxiliary wheel, so that the stones can be effectively prevented from being clamped in place and being incapable of moving due to the stones.

2. According to the invention, the newly added air inducing channel and the intersection end of the feedback layer can effectively guide external air energy continuously through the air inducing channel of the protector when the protector carries out omnibearing protection on related components so as to drive the emission plate at the intersection end to move, so that the emission plate can effectively and continuously alternate the heat of the feedback layer with external air through the auxiliary hole and the intersection channel of the emission plate, thereby effectively maintaining the balance temperature inside the component while completely protecting the related components, and preventing the component overload phenomenon caused by overhigh temperature generated in the airtight protection process.

Drawings

Fig. 1 belongs to a schematic structural diagram of a natural language processing device based on artificial intelligence.

Fig. 2 is a schematic structural diagram of a host end as a whole.

Fig. 3 is a schematic structural diagram of a signal transmission terminal provided with a component.

Fig. 4 is a schematic front view of a protector.

Fig. 5 is a schematic view of the structure of the inside of an auxiliary wheel.

Fig. 6 is a schematic sectional view of an actuator.

Fig. 7 is a schematic view of a structure in which a feedback layer is provided with a member.

Fig. 8 is a schematic structural diagram of the entirety of the meeting end.

Fig. 9 is a front view of a diffusion plate.

In the figure: the device comprises a shell-1, a host end-2, a spacing block-3, an extrusion block-4, a trigger button-5, a limiting block-21, a processing end-22, a mounting groove-23, a movable ring-24, a signal transmission end-25, a protector-251, a positioning block-252, a sound effect conducting hole-253, a connecting shaft-254, a feedback layer-255, an elastic layer-a 1, an auxiliary wheel-a 2, an empty groove-a 3, a groove-a 21, a wheel body-a 22, a conduit-a 23, a movable device-a 24, a rolling groove-b 1, a guide block-b 2, a guide hole-b 3, a conducting shaft-c 1, an induced air channel-c 2, an intersection end-c 3, a slide rail-c 31, a movable wheel-c 32, a diffusion plate-c 33, a rotating wheel-c 34, a penetrating layer-d 1, a sound effect-b 2, a signal transmission end-c 3626, a signal transmission end-c 23, a signal transmission end, a, Auxiliary hole-d 2, intersection channel-d 3.

Detailed Description

The invention is further described below with reference to the accompanying drawings:

example 1:

fig. 1 to 6 show:

the invention provides a natural language processing device based on artificial intelligence,

the structure of the device comprises a shell 1, a host end 2, a spacing block 3, an extrusion block 4 and a trigger button 5, wherein the shell 1 and the host end 2 are integrated, the spacing block 3 is embedded into the side edge of the host end 2, the extrusion block 4 is installed in the spacing block 3, and the trigger button 5 is in clearance fit with the extrusion block 4.

Host computer end 2 is equipped with stopper 21, handles end 22, mounting groove 23, activity ring 24, signal transmission end 25, stopper 21 carries out fixed connection with handling end 22, mounting groove 23 communicates with each other with handling end 22, activity ring 24 covers the outside in mounting groove 23, signal transmission end 25 imbeds in the inboard of activity ring 24, stopper 21 is trapezoidal shape and is equipped with two altogether and forms the symmetry phenomenon, stopper 21 can be effectual be fixed in the specific position of equipment handling end 22 through the trapezoidal shape of self and symmetrical state.

Wherein, signal transmission end 25 is equipped with protection ware 251, locating piece 252, audio effect conduction hole 253, connecting axle 254, feedback layer 255, protection ware 251 is installed in the outside of locating piece 252, locating piece 252 carries out fixed connection with audio effect conduction hole 253, connecting axle 254 carries out the circular telegram with audio effect conduction hole 253 and is connected, feedback layer 255 imbeds among connecting axle 254, protection ware 251 is arc shape, protection ware 251 can carry out all-round protection through the outside of self arc shape effectual with audio effect conduction hole 253.

The protector 251 is provided with an elastic layer a1, an auxiliary wheel a2 and an empty groove a3, the elastic layer a1 and the auxiliary wheel a2 are in clearance fit, the empty groove a3 is communicated with the auxiliary wheel a2, the elastic layer a1 is made of rubber, so that the auxiliary wheels a2 are provided with five wheels in total and have corresponding gaps, the empty groove a3 is in an arc hollow phenomenon, the elastic layer a1 can effectively improve the bouncing force of the device and the impact condition between the buffer device and an external hard object through the rubber material, and meanwhile, the auxiliary wheels a2 can improve the motion effect of the device through the number of the auxiliary wheels.

The auxiliary wheel a2 is provided with a groove a21, a wheel body a22, a guide tube a23 and a movable device a24, the groove a21 and the wheel body a22 are integrated, the guide tube a23 is embedded in the wheel body a22 and integrated with the groove a21, the movable device a24 is communicated with the guide tube a23, the groove a21 is provided with six grooves in total on the wheel body a22, the number of the inner guide tubes a23 and the number of the grooves a22 are the same, meanwhile, each guide tube a23 is fixedly connected and communicated with the movable device a24, and the grooves a21 can effectively guide stones into the movable device a24 through the guide tubes a23 by the number of the grooves a21, so that the phenomenon that the stones are blocked and cannot pass through the grooves.

The movable device a24 is provided with a rolling groove b1, a guide block b2 and a guide hole b3, the rolling groove b1 is communicated with the guide block b2, the guide hole b3 is embedded into the guide block b2 and integrated with the guide block b2, the rolling groove b1 is hollow, the guide block b2 is made of stainless steel and the surface of the guide block b2 is polished, so that the guide hole b3 is transparent, the rolling groove b1 can effectively move stones inside through the hollow phenomenon, and the guide block b2 can enable the stones to be discharged from the transparent phenomenon of the guide hole b3 after the stones jump at the upper end of the guide block b2 through the effect of the stainless steel.

The specific functions and operation flow of this embodiment are as follows:

in the invention, the artificial intelligence language processing device is started by the trigger button 5 of the spacing block 3 through the host end 2 in the housing 1, and then the host end 2 can move together with the user through the movable ring 24, and simultaneously the signal transmission end 25 can continuously process the words spoken by the user, so that the movable ring 24 can carry out omnibearing protection on the sound effect transmission hole 253 and the feedback layer 255 through self parts after the movement of the movable ring 24 meets corresponding stones, thereby preventing the device fault caused by the bruise, further the protector 251 can carry out omnibearing protection on internal related parts under the condition of effectively improving the movable route of the device and enhancing the bouncing force of the device through the mutual matching of the self auxiliary wheel a2 and the elastic layer a1, further the auxiliary wheel a2 can guide the stones into the movable device a24 through the guide tube a23 by the self groove a21, so that the stones will make irregular movement in the rolling groove b1 inside the mobilizer a24 through the movement orientation of the equipment and finally be discharged to the road surface again from any guide hole b3 through the guide block b2, thereby preventing the blocking phenomenon after encountering the stones, and in conclusion, the relative components inside the equipment can be effectively protected in all directions through the mutual cooperation of the components, and the movable range of the equipment can be lifted and the blocking phenomenon by the road stones can be prevented.

Example 2:

fig. 7 to 9 show:

the invention provides a natural language processing device based on artificial intelligence,

the structure of the air-guiding device comprises a conduction shaft c1, an air-guiding channel c2 and an intersection end c3 which are arranged at two ends of a feedback layer 255, wherein the conduction shaft c1 penetrates through the air-guiding channel c2, the intersection end c3 is communicated with and movably connected with the air-guiding channel c2, two air-guiding channels c2 are arranged together and form a symmetrical phenomenon, and the air-guiding channel c2 can effectively conduct continuous flow guiding on the outside air and drive the intersection end c3 through the symmetrical phenomenon.

Wherein, intersection end c3 is equipped with slide rail c31, activity wheel c32, gives off board c33, swiveling wheel c34, slide rail c31 carries out clearance fit with activity wheel c32, it carries out swing joint with activity wheel c32 to give off board c33, swiveling wheel c34 carries out fixed connection with giving off board c33, give off board c33 and be equipped with three and form the triangle-shaped shape altogether, give off board c33 and can be effectual carry out the effect of quick balanced temperature with the part of inside under the quantity that is equipped with and the shape that forms the triangle-shaped.

The diffusion plate c33 is provided with a penetration layer d1, an auxiliary hole d2 and a junction channel d3, the penetration layer d1 and the auxiliary hole d2 are integrated, the junction channel d3 is embedded in the auxiliary hole d2, three auxiliary holes d2 are arranged in the penetration layer d1, the auxiliary holes d2 have corresponding intervals, and the auxiliary holes d2 can further improve the efficiency of temperature balance and can rapidly introduce outside air.

The specific functions and operation flow of this embodiment are as follows:

in the present invention, under the basic action of embodiment 1, under the action of the induced air channel c2 and the intersection end c3 provided in the feedback layer 255, the induced air channel c2 can continuously guide the external air through its induced air performance and discharge the air from the other end of the induced air channel c2 during the movement of the device, and at the same time, can drive the emission plate c33 of the intersection end c3 communicated with the induced air channel c3 to move through the rotating wheel c34, so that the emission plate c33 can improve its own movement balance through the connection effect of the movable wheel c32 and the sliding rail c31 while moving, so that the heat of the internal components can be summarized into the intersection channel d3 through the auxiliary hole d2 while the emission plate c33 moves, and the external air is introduced into the components, thereby achieving the effect of temperature balance, and in the mutual cooperation of the components, the internal temperature can be effectively maintained when the protector 251 performs sealed protection on the key components of the device in all directions, thereby preventing the internal temperature from being prevented from being changed by the mutual cooperation of the protector 251 The heat generated by the equipment in continuous operation cannot be dissipated in the closed space, so that the phenomenon of equipment failure caused by overhigh heating of parts is caused.

The technical solutions of the present invention or similar technical solutions designed by those skilled in the art based on the teachings of the technical solutions of the present invention are all within the scope of the present invention to achieve the above technical effects.