CN208826666U - A kind of robot - Google Patents

Abstract

The utility model provides a kind of robot, is related to field of artificial intelligence.Robot provided by the utility model includes fuselage, and fuselage includes the exposed component in setting regions, and robot further includes the trim being covered in setting regions, and the edge of trim and setting regions is connected together.The utility model is connected together by the setting regions in fuselage trim, the component for being located at fuselage setting regions is covered using the trim, i.e. the exposed member covers outside fuselage can be avoided exposed component from being damaged by trim, improve the service life and aesthetics of robot.

Description

A kind of robot

Technical field

The utility model relates to field of artificial intelligence more particularly to a kind of robots.

Background technique

With the rapid development of modern industrialization, people gradually increase material and cultural needs, and robot starts in people Life in popularize gradually.

Wherein, the human-like robot of some classes in commercial exhibition using relatively broad, be mainly used in bank, quotient The places such as field, hotel, exhibition, in these occasions, robot mainly by way of human-computer interaction, for customer make guidance or Prompt, or help staff's acquisition and handle the data such as some images, sound.

However, the component that the setting regions of fuselage is arranged in is generally in naked state, these are naked in existing robot The component for being exposed at setting regions is easy to be influenced by environment, external force etc., causes easily to be damaged in long-time use process, drops In addition the service life of Di Liao robot also influences the beauty of robot.

Utility model content

The utility model provides a kind of robot, for improving the service life of robot and improving the beauty of robot Property.

To achieve the goals above, robot provided by the utility model includes fuselage, and the fuselage includes exposed setting Determine the component in region, the robot further includes the trim being covered in the setting regions, and the trim is set with described The edge for determining region is connected together.

Compared with prior art, robot provided by the utility model has the advantages that

Robot provided by the utility model is connected together by the setting regions in fuselage trim, utilizes the decoration Lid covers the component for being located at fuselage setting regions, i.e., the exposed member covers outside fuselage can be prevented environment, outer by trim Power etc. acts directly on the damage reduced thereon to component, to improve the service life and aesthetics of robot.

Robot as described above, the both sides of the edge of the trim are provided with multiple buckles, the setting area of the fuselage Domain edge is provided with multiple card slots, and each buckle is connected together with a corresponding card slot.

Robot as described above, the trim are an integral molding structure with the buckle.

Robot as described above, the both sides of the edge of the trim are provided with multiple card slots, the setting area of the fuselage Domain edge is provided with multiple buckles, and each buckle is connected together with a corresponding card slot.

Robot as described above, along from the top of the fuselage to the direction of bottom, the width of the trim is gradually Increase；Along from the top of the fuselage to the direction of bottom, the spacing between the two neighboring buckle is gradually reduced, and adjacent two Spacing between a card slot is gradually reduced.

Robot as described above, the buckle include buckle leg and the elastic fastening hook that described buckle leg one end is arranged in； The card slot includes the first accommodating chamber matched with the buckle leg and is arranged in the side wall of first accommodating chamber Second accommodating chamber, second accommodating chamber fasten with the elastic fastening hook.

The shape of robot as described above, the buckle leg is strip, the elastic fastening hook and the buckle leg one It is body formed.

Robot as described above, the robot further include pedestal, and the bottom of the fuselage is mounted on the base.

Robot as described above, the bottom margin of the trim are provided with the interconnecting piece for being directed toward fuselage, the connection Portion is provided with the first screw hole, is provided with the second screw hole on the pedestal, in first screw hole and second screw The lock-screw for connecting the trim and the pedestal is provided in hole.

Robot as described above, the trim are polycarbonate (Polycarbonate, abbreviation PC) lid or propylene Nitrile-butadiene-styrene (Acrylonitrile Butadiene Styrene, abbreviation ABS) lid.

In addition to the utility model described above solve the technical issues of, constitute technical solution technical characteristic and by Outside beneficial effect brought by the technical characteristic of these technical solutions, robot provided by the utility model be able to solve its The other technical characteristics and these technical characteristic bring beneficial effects for including in his technical problem, technical solution, will have Further details of explanation is made in body embodiment.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be practical to this New embodiment or attached drawing needed to be used in the description of the prior art be briefly described, it should be apparent that, it is described below Attached drawing be only the utility model a part of the embodiment, these attached drawings and verbal description are not intended in any manner It limits the scope of the inventive concept of the present disclosure, but the concept of the present disclosure is explained for those skilled in the art by referring to specific embodiments, For those of ordinary skill in the art, without creative efforts, it can also be obtained according to these attached drawings Other attached drawings.

Fig. 1 is the left view of robot in the utility model embodiment；

Fig. 2 is the left view of robot when being not installed with trim in the utility model embodiment；

Fig. 3 is the bottom view of robot in the utility model embodiment；

Fig. 4 is the main view of trim in the utility model embodiment；

Fig. 5 is the cross-sectional view that buckle is connected together with card slot in the utility model embodiment.

Description of symbols:

100- fuselage；110- setting regions；

120- attachment screw；130- card slot；

200- trim；210- buckle；

211- buckles leg；212- elastic fastening hook；

220- lock-screw；300- pedestal.

Specific embodiment

The exposed service life for leading to robot outside of component in order to solve the setting regions of robot fuselage is low to ask Topic, the utility model embodiment provide a kind of robot, and being connected together by the setting regions in fuselage has trim, utilize The trim covers the component for being located at fuselage setting regions, i.e. trim can reduce the exposed member covers outside fuselage Damage to component, improves the service life and aesthetics of robot.

It, below will knot in order to keep the above objects, features, and advantages of the utility model embodiment more obvious and easy to understand The attached drawing in the utility model embodiment is closed, the technical scheme in the utility model embodiment is clearly and completely described. Obviously, described embodiment is only a part of the embodiment of the utility model, instead of all the embodiments.Based on this reality With the embodiment in novel, those of ordinary skill in the art without creative labor it is obtained it is all its Its embodiment belongs to the range of the utility model protection.

Please referring to Fig. 1 and Fig. 2, robot provided by the embodiment of the utility model includes fuselage 100 and trim 200, In, fuselage 100 includes the exposed component in setting regions 110, and trim 200 is covered in setting regions 110, and trim 200 are connected together with the edge of setting regions 110.

When it is implemented, robot provided in this embodiment generally includes fuselage 100, fuselage 100 is internally provided with sensing A variety of devices such as device, controller, radiator, be provided on these devices it is some there is groove, protrusion or the component in gap, these Component may be exposed outside fuselage 100, causes the profile pattern of fuselage 100 poor.These components can be for positioned at above-mentioned dress Set pit, groove, gap and/or the protrusion on surface, or the exposed connector on above-mentioned apparatus surface is such as exposed upper State multiple attachment screws 120 of apparatus surface.In the utility model embodiment, the setting regions 110 of fuselage 100, which refers to, to be located at On the fuselage 100 and region of the component with more pit, groove, gap and/or protrusion, and the component in the region is exposed in machine Outside body 100.

The setting regions 110 of fuselage 100 when being not installed with trim 200 described in the present embodiment, setting regions 110 Component is exposed outside fuselage 100, so that the component for being located at setting regions 110 is easy to happen damage.When setting regions 110 is equipped with After trim 200, the component of setting regions 110 can be prevented to be exposed to outer, damage of the reduction to component using trim 200, Such as it can be corroded to avoid exposed attachment screw 120.The setting regions 110 of fuselage 100 can be to appoint positioned at fuselage 100 The region of meaning position, such as setting regions 110 can be positioned at the region of 100 back of fuselage, be also possible to be located at 100 liang of fuselage The region of side is also possible to be located at the positive region of fuselage 100.Embodiment is positioned at fuselage 100 with setting regions 110 below The regions of two sides, component are to be described for multiple attachment screws 120.

100 two sides of the present embodiment middle fuselage are separately provided for the multiple of connection fuselage 100 and interior arrangement or part Attachment screw 120, the top cap of these attachment screws 120 are exposed to outside fuselage 100, and there are two trims 200, are separately mounted to machine 200 two sides of body, for covering above-mentioned multiple attachment screws 120.100 two sides of fuselage are respectively arranged with multiple attachment screws 120 Region is the setting regions 110 of 100 two sides of fuselage.

It is described by taking the side of fuselage 100 as an example, specifically, above-mentioned setting regions 110 is recessed on fuselage 100, on It states trim 200 to be mounted in setting regions 110, the outer surface of trim 200 and the flush with outer surface of fuselage 100.Trim 200 with the connection type of setting regions 110 it is general there are three types of, the first is to be connected together, and second is by adhesive tape or bonding Agent connection, the third is to be connected together to connect with adhesive to combine.

For example, being connected together between trim 200 and setting regions 110, wherein be provided with buckle on trim 200 210, setting regions 110 is provided with card slot 130 corresponding with above-mentioned buckle 210, and trim 200 passes through buckle 210 and card slot 130 Between fasten and be mounted in setting regions 110, to be connected with fuselage 100.It, will be on trim 200 in assembling process Buckle 210 extend into card slot 130, so that buckle 210 is connected together with card slot 130, so that trim 200 be made to be mounted on setting On region 110, such connection type is easily installed and dismantles.

For another example, trim 200 is connected with setting regions 110 by adhesive or adhesive tape, wherein adhesive can be heat Molten type adhesive, is also possible to solvent type adhesive, can also be liquid non-solvent adhesive.In assembling process, first will The removing surface that trim 200 is in contact with setting regions 110 is clean, it is ensured that the surface being in contact is without greasy dirt and moisture；Then Adhesive is uniformly smeared towards the one side of setting regions 110, the surface of setting regions 110 or both are upper in trim 200 Or jointing tape, while bubble should be avoided to generate as far as possible, avoiding the occurrence of stomata declines adhesive strength and causes to occur de- Glue；It should be noted that primary alignment position when finally trim 200 being mounted in setting regions 110, mistake no longer moved after installation Position.Furthermore it is also possible to which apply pressure to trim 200 makes to fill to exclude the air between trim 200 and setting regions 110 Be in close contact between decorative cover 200 and setting regions 110, thus bonding securely, such connection type improve trim 200 with The reliability of connection between setting regions 110.

For another example, trim 200 with setting regions 110 be connected together connected with adhesive combine by way of connect. When it is implemented, being provided with buckle 210 on trim 200, card corresponding with above-mentioned buckle 210 is provided in setting regions 110 Slot 130.It, first will be in the card slot 130 on the surface and setting regions 110 of the buckle 210 on trim 200 in assembling process It cleans out, it is ensured that the contact site of connector and link slot is without greasy dirt and moisture, then in buckle 210, card slot 130 or above-mentioned Adhesive is uniformly smeared in the two, to guarantee to infiltrate surface to be bonded, while bubble should be avoided to generate as far as possible, avoided the occurrence of Stomata declines adhesive strength and leads to occur degumming, and finally buckle 210 is extend into card slot 130, makes buckle 210 and card slot 130 bondings are secured, so that trim 200 be made to be connected firmly with setting regions 110.Such connection type improves trim The reliability being connect between 200 and setting regions 110.

In robot provided in this embodiment, being connected together by the setting regions 110 in fuselage 100 has trim 200, The component for being located at 100 setting regions 110 of fuselage is covered using the trim 200, i.e. trim 200 can be by exposed in fuselage Member covers outside 100 prevent environment, external force etc. from acting directly on the damage reduced thereon to component, to improve machine The service life and aesthetics of device people.

It is connected in a manner of being connected together between trim 200 and setting regions 110.It specifically can be on trim 200 Multiple buckles 210 are provided with, correspondingly, being provided with the multiple card slots matched with multiple buckles 210 in setting regions 110 130, buckle 210 is corresponded and is fastened with card slot 130；Alternatively, multiple card slots 130 can be provided on trim 200, Correspondingly, the multiple buckles 210 matched with multiple card slots 130 are provided in setting regions 110, buckle 210 and card slot 130 It corresponds and fastens.The both the above mode that is connected together is illustrated below.

The mode that is connected together one

It is provided with multiple buckles 210 on trim 200, is provided in setting regions 110 and matches with multiple buckles 210 Multiple card slots 130.Position of the buckle 210 on trim 200 can be located at the edge of trim 200, can also be located at The central region of trim 200, alternatively, being provided with above-mentioned buckle 210, card slot at the edge and central region of trim 200 130 is corresponding with the buckle 210 on trim 200 in the position of setting regions 110.It is understood that the middle part of trim 200 Region is the region other than the edge of trim 200.

For the ease of installing and removing trim 200, it is preferable that as shown in figure 4, the both sides of the edge of trim 200 are arranged There are multiple buckles 210,110 edge of setting regions of fuselage 100 is provided with multiple card slots 130, each buckle 210 and corresponding one A card slot 130 is connected together.

When it is implemented, buckle 210 can be arranged with card slot 130 in a manner of " face-to-face " in a kind of preferred embodiment, 210 side of the trim 200 towards setting regions 110 is arranged in buckle, and is directed toward fuselage 100, and card slot 130 is from setting regions 110 surface is to 100 inner recess of fuselage.In assembling process, buckle 210, which protrudes into card slot 130, to be engaged, and makes trim 200 It is mounted in the setting regions 110 of fuselage 100, the outer profile of trim 200 matches with the profile of setting regions 110, decoration The outer surface of lid 200 and the flush with outer surface of fuselage 100.Trim 200 in setting regions 110 is mounted on by setting regions 110 multiple attachment screws 120 cover, avoid attachment screw 120 it is exposed outside caused by aesthetics difference and service life Short problem.

In another preferred embodiment, buckle 210 is arranged on the both sides of the edge of trim 200, and along trim 200 Circumferentially extending of the end face to trim 200, for the orientation shown in Fig. 2, buckle 210 prolongs to the left and right sides of trim 200 It stretches, correspondingly, card slot 130 is arranged at 110 edge of setting regions, i.e. the two of fuselage 100 and trim 200 are arranged in card slot 130 On the position that side edge is in contact, and card slot 130, along the circumferential direction recess of fuselage 100, card slot 130 and buckle 210 correspond simultaneously It fastens, when trim 200 is mounted in setting regions 110, the outer profile and the profile phase of setting regions 110 of trim 200 It mutually coincide, and the flush with outer surface of the outer surface of trim 200 and fuselage 100.

You need to add is that buckle 210 usually has elasticity in above-described embodiment, block to buckle 210 with card slot 130 Conjunction and trim easy to disassemble 200.

Further, trim 200 can be an integral molding structure with buckle 210.Specifically, 210 setting of buckle is being decorated On the both sides of the edge of lid 200, buckle 210 is fabricated with trim 200 by integrally formed mode, integrally formed structure Convenient for manufacture, and it can guarantee the reliability connected between trim 200 and the fuselage 100 of setting regions 110.

Further, along from the top of fuselage 100 to the direction of bottom, the width of trim 200 is gradually increased；Along slave The top of body 100 is to the direction of bottom, and the two neighboring spacing buckled between 210 is gradually reduced, between two neighboring card slot 130 Spacing be gradually reduced.Specifically, the width of the setting regions 110 on fuselage 100 gradually increases from the top of fuselage 100 to bottom Greatly, corresponding, the width for the trim 200 being mounted in setting regions 110 is gradually increased from the top of fuselage 100 to bottom. In the present embodiment, along the direction on the top of fuselage 100 to bottom, will buckle 210 and with 210 corresponding card slots of buckle 130 be set as close distribution form under dredging, and can be improved and connects between trim 200 and the fuselage 100 of setting regions 110 Reliability prevents 200 warpage of trim.

Further, as shown in figure 5, buckle 210 includes buckle leg 211 and the elastic card that buckle 211 one end of leg is arranged in Hook 212；Card slot 130 includes the first accommodating chamber matched with buckle leg 211 and is arranged in the side wall of the first accommodating chamber Second accommodating chamber, the second accommodating chamber fasten with elastic fastening hook 212.Specifically, when buckle 210 is arranged on trim 200, One end of buckle leg 211 is connect with trim 200, and the other end is directed toward inside fuselage 100, and the setting of elastic fastening hook 212 is in buckle leg 211 are directed toward one end inside fuselage 100；When buckle 210 is arranged in setting regions 110, one end and the setting of leg 211 are buckled The fuselage 100 in region 110 connects, and the other end is directed toward outside fuselage 100, and the setting of elastic fastening hook 212 is directed toward fuselage in buckle leg 211 One end outside 100.The effect that both the above set-up mode is realized is essentially identical, can make trim 200 and setting regions 110 are connected together.

By buckle 210 be arranged on trim 200, buckle 210 with card slot 130 can for it is " face-to-face " be arranged for carry out Description.In the present embodiment, buckle 210 is arranged in side of the trim 200 towards setting regions 110 and is directed toward fuselage 100, Card slot 130 is from the surface of setting regions 110 to 100 inner recess of fuselage.Buckle 210 includes buckle leg 211 and elastic fastening hook 212, one end of buckle leg 211 is connected to the edge of trim 200, buckles leg 211 perpendicular to trim 200 or and trim Formation is slightly less than 90 ° of acute angle between 200.The other end for buckling leg 211 connects elastic fastening hook 212, it is preferred that elastic fastening hook 212 are connected to the outside of buckle leg 211, and outside refers to buckle leg 211 close to the side at the edge of trim 200.Elastic fastening hook An acute angle is formed between 212 and buckle leg 211, which is arranged between 10 °~30 °, to guarantee that elastic fastening hook 212 can It is fastened on the second accommodating chamber and will not slip.First accommodating chamber of card slot 130 is from the surface of setting regions 110 into fuselage 100 Heart direction opens up, and the first accommodating chamber is used to match with buckle leg 211, and the position of the side wall of the first accommodating chamber and close bottom is opened Equipped with the second accommodating chamber, the second accommodating chamber with elastic fastening hook 212 for matching.

During engaging above-mentioned buckle 210 with card slot 130, buckle 210 is protruded into the first accommodating chamber, is located at buckle Elastic fastening hook 212 on leg 211 generates elastic deformation and draws close to the direction of buckle leg 211, to keep buckle 210 whole smoothly Into in the first accommodating chamber, when buckling leg 211 and reaching the bottom of the first accommodating chamber far from one end of trim 200, due to the The second accommodating chamber is provided on one accommodating chamber side wall, the deformation of elastic fastening hook 212 restores and is caught in the second accommodating chamber, makes to buckle 210 entirety are fastened in card slot 130.

In addition, each buckle 210 may include two buckle legs 211 and two elastic fastening hooks 212, each buckle leg 211 On be correspondingly connected with an elastic fastening hook 212, two buckle legs 211 are formed perpendicular to trim 200 or between trim 200 It is slightly less than 90 ° of acute angle；Correspondingly, card slot 130 includes first accommodating chamber and two the second accommodating chambers, two second receivings Chamber is separately positioned in the opposite two side walls of the first accommodating chamber.When buckle 210 enters in card slot 130, two elastic fastening hooks 212 generation elastic deformations are drawn close to the direction of buckle leg 211, and two buckle legs 211 also generate elastic deformation and mutually draw close, card Button 210 is whole to be entered in the first accommodating chamber, when the bottom of one end arrival first accommodating chamber of the buckle leg 211 far from trim 200 When, the deformation of two elastic fastening hooks 212 restores and is respectively clamped into two the second accommodating chambers, to make the whole engaging of buckle 210 In card slot 130.

Further, the shape for buckling leg 211 is strip, and elastic fastening hook 212 and buckle leg 211 are integrally formed.At this In embodiment, buckle leg 211 is set as strip, and corresponding, the first accommodating chamber of card slot 130 is also configured as strip.With For buckle 210 is including a buckle leg 211 and an elastic fastening hook 212, the setting of elastic fastening hook 212 is separate in buckle leg 211 One end of trim 200 and the outside for being located at buckle leg 211, the shape of elastic fastening hook 212 may be strip, strip bullet Property grab 212 one end be connected with buckle leg 211, the protruding buckle leg 211 with strip of the other end forms acute angle.Bullet Property grab 212 and buckle leg 211 setting be an integral molding structure convenient for manufacture, and can guarantee buckle 210 and card slot 130 between The reliability being connected together.

The mode that is connected together two

The both sides of the edge of trim 200 are provided with multiple card slots 130, and 110 edge of setting regions of fuselage 100 is provided with more A buckle 210, each buckle 210 are connected together with a corresponding card slot 130.

When it is implemented, buckle 210 can be arranged for " face-to-face " setting, buckle 210 in setting regions with card slot 130 100 outside of fuselage is simultaneously directed toward in 110 surface, and buckle 210 can be set with fuselage 100 to be an integral molding structure.130 self-chambering of card slot Decorative cover 200 is recessed towards the inner surface of setting regions 110 to the direction of 200 outer surface of trim.In assembling process, make to buckle 210 protrude into card slot 130 and engage, so that it is mounted on trim 200 in the setting regions 110 of fuselage 100, trim 200 Outer profile matches with the profile of setting regions 110, the outer surface of trim 200 and the flush with outer surface of fuselage 100.It is mounted on Trim 200 in setting regions 110 covers multiple attachment screws 120 in setting regions 110, avoids attachment screw 120 it is exposed outside caused by aesthetics difference and the short problem of service life.

In another embodiment, the edge of setting regions 110 is arranged in buckle 210, that is, buckles 210 and be arranged in fuselage 100 positions being in contact with the both sides of the edge of trim 200, and 210 are buckled along the circumferential direction trim 200 of fuselage 100, buckle 210 can be set with fuselage 100 and be an integral molding structure.Correspondingly, the end face of the both sides of the edge of 130 self-chambering decorative cover 200 of card slot Circumferential direction along trim 200 is recessed inwardly, and card slot 130 is corresponded and fastened with buckle 210, and trim 200, which is mounted on, to be set When determining on region 110, the outer profile of trim 200 and the profile of setting regions 110 mutually coincide, and the appearance of trim 200 The flush with outer surface in face and fuselage 100.

It should be noted that being described in a progressive manner between the above-mentioned mode one and two that is connected together, each embodiment What is stressed is the difference from other embodiments, the same or similar parts in each embodiment cross-reference.

Further, on the basis of the above embodiment, as shown in Fig. 2, robot further includes pedestal 300, fuselage 100 Bottom be mounted on pedestal 300.Specifically, robot provided in this embodiment is provided with pedestal 300, the bottom of fuselage 100 It is fixedly connected with pedestal 300, is fixedly mounted on fuselage 100 on pedestal 300, ensure that the stability of fuselage 100.

Further, as shown in figure 3, the bottom margin of trim 200 is provided with the interconnecting piece for being directed toward fuselage 100, connection Portion is provided with the first screw hole, is provided with the second screw hole on pedestal 300, is provided in the first screw hole and in the second screw hole Connect the lock-screw 220 of trim 200 and pedestal 300.Specifically, on the basis of the above embodiment, trim 200 Both sides of the edge are connected with the fuselage 100 of setting regions 110, and the bottom of trim 200 is in contact with pedestal 300.Trim 200 Bottom be provided with the interconnecting piece for lock-screw 220 to be arranged, the connecting portion is in the bottom margin of trim 200, by filling The bottom margin fold inward of decorative cover 200 is formed, which extends to the direction at 100 center of fuselage, is provided on interconnecting piece First screw hole；The second screw hole is provided on pedestal 300, when trim 200 is mounted in setting regions 110, above-mentioned company Socket part is in contact with pedestal 300, and the first screw hole is aligned with the second screw hole, and in assembling process, lock-screw 220 is from pedestal 300 are sequentially screwed into the second screw hole and the first screw hole upwards, so that trim 200 be made to be fixed together with pedestal 300. In the present embodiment, the bottom of trim 200 is fixedly connected with pedestal 300 by lock-screw 220, due to lock-screw 220 from the interconnecting piece that pedestal 300 extends upwardly into trim 200, so that lock-screw 220 is hidden in the bottom of robot, no It will affect the aesthetics of robot, and can be improved the stability that trim 200 is mounted in setting regions 110.

Based on any of the above-described embodiment, it is connected together between trim 200 and fuselage 100, the external coating of trim 200 There is protective paint, the color of protective paint can be identical as the color of fuselage 100, can not also be identical.Trim 200 is generally by following material Material is made.

In one embodiment, trim 200 is that polycarbonate lid or acrylonitrile-butadiene-styrene (ABS) ABS are covered. In the present embodiment, the lid of PC made of PC plastic is to be formed using polycarbonate as main component using coextrusion techniques.PC Resistance to neutral oil and weak acid, high temperature resistant are covered, is added alkaline-resisting after coating UV.In addition, PC lid has, transparency is high, light, shock resistance, every Sound, it is heat-insulated, fire retardant, anti-aging the features such as.

Further, since the flexible of PC lid is higher, when the both sides of the edge of trim 200 are arranged in buckle 210, as general Trim 200 is mounted in setting regions 110, and the bending of trim 200 can first be made to generate certain deformation, thus make to be located at its two The buckle 210 of side edge, which is extend into card slot 130, to be connected together, and assembly is completed when 200 deformation of decorative cover to be installed restores, thus Trim 200 is set to be connected together with setting regions 110.

In another embodiment, trim 200 is ABS lid, and ABS lid is made of ABS plastic.ABS (Acrylonitrile Butadiene Styrene) plastics are three kinds of acrylonitrile (A), butadiene (B), styrene (S) monomers Terpolymer, three kinds of monomer relative amounts can arbitrarily change, and various different types of ABS plastic are made.In this embodiment party In formula, trim 200 can be made of high glaze ABS plastic.

In the description of this specification, reference term " embodiment ", " some embodiments ", " schematically implementation The description of mode ", " example ", " specific example " or " some examples " etc. means embodiment or example is combined to describe specific Feature, structure, material or feature are contained at least one embodiment or example of the utility model.In this specification In, schematic expression of the above terms are not necessarily referring to identical embodiment or example.Moreover, the specific spy of description Sign, structure, material or feature can be combined in any suitable manner in any one or more embodiments or example.

Finally, it should be noted that the above various embodiments is only to illustrate the technical solution of the utility model, rather than it is limited System；Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should Understand: it is still possible to modify the technical solutions described in the foregoing embodiments, or to some or all of Technical characteristic is equivalently replaced；And these are modified or replaceed, it does not separate the essence of the corresponding technical solution, and this is practical new The range of each embodiment technical solution of type.

Claims (10)

1. a kind of robot, including fuselage, the fuselage includes the exposed component in setting regions, which is characterized in that the machine Device people further includes the trim being covered in the setting regions, and the trim engages company with the edge of the setting regions It connects.

2. robot according to claim 1, which is characterized in that the both sides of the edge of the trim are provided with multiple cards Button, the setting regions edge of the fuselage are provided with multiple card slots, and each buckle is connected together with a corresponding card slot.

3. robot according to claim 2, which is characterized in that the trim buckles the knot that is integrally formed with described Structure.

4. robot according to claim 1, which is characterized in that the both sides of the edge of the trim are provided with multiple cards Slot, the setting regions edge of the fuselage are provided with multiple buckles, and each buckle is connected together with a corresponding card slot.

5. according to the described in any item robots of claim 2-4, which is characterized in that along from the top of the fuselage to bottom The width in direction, the trim is gradually increased；

Along from the top of the fuselage to the direction of bottom, the spacing between the two neighboring buckle is gradually reduced, and adjacent two Spacing between a card slot is gradually reduced.

6. robot according to claim 5, which is characterized in that the buckle includes buckle leg and is arranged in the buckle The elastic fastening hook of leg one end；

The card slot includes the first accommodating chamber matched with the buckle leg and the side wall that first accommodating chamber is arranged in In the second accommodating chamber, second accommodating chamber fastens with the elastic fastening hook.

7. robot according to claim 6, which is characterized in that the shape of the buckle leg is strip, the elasticity Grab and the buckle leg are integrally formed.

8. robot according to claim 1, which is characterized in that the robot further includes pedestal, the bottom of the fuselage Portion is mounted on the base.

9. robot according to claim 8, which is characterized in that the bottom margin of the trim is provided with direction fuselage Interconnecting piece, the interconnecting piece is provided with the first screw hole, the second screw hole, first screw hole is provided on the pedestal The lock-screw for connecting the trim and the pedestal is provided in interior and described second screw hole.

10. robot according to claim 1, which is characterized in that the trim is polycarbonate lid or acrylonitrile- Butadiene-styrene ABS lid.