CN209222464U - A kind of cable spray robot of easy disassembly - Google Patents

Abstract

The utility model discloses a kind of cable spray robots of easy disassembly, belong to overhead cable spraying robot apparatus field, traveling wheel including spray head and walking on cable, glue spraying chamber is equipped in spray head, coating is transported in glue spraying chamber and contacts with cable surface, the cable spray robot includes the head cartridge for connecting spray head, the spray head includes the first splicing block and the second splicing block mutually spliced, perforation is formed between first splicing block and the second splicing block so that cable passes through, the individual member of a fast assembling-disassembling is integrally formed in first splicing block and the second splicing block, the spray head monoblock type and head cartridge releasable connection.The utility model has the advantage of convenient for users to replacing spray head, the working efficiency of cable spraying is improved.The utility model is for spraying overhead cable.

Description

A kind of cable spray robot of easy disassembly

[technical field]

Utility model is related to a kind of cable spray robot of easy disassembly, belongs to overhead cable spraying equipment field.

[background technique]

The maintenance and protection of overhead cable are that electric power relevant departments compare stubborn problem all the time, because of high altitude operation Safety issue always exist, such as the insulating protection problem of overhead cable needs to spray one layer of insulation guarantor for overhead cable Sheath.

Such issues that in order to solve, also starts the high-altitude robot for having occurred spraying overhead cable, mesh on the market The cable spray robot of preceding this kind of high altitude operation generally includes walking mechanism, spray equipment, glue-squeezing mechanism, and glue-squeezing mechanism is by glue Coating in tank is extruded into spray equipment, is sprayed to cable.

Current spray equipment, most important part are spray heads, current cable spray robot, and spray head is usually solid After fixed pattern spray head is generally set to not easy to disassemble or does not dismantle substantially, but coating sprays, coating can remain in spray head Internal glue spraying is intracavitary, causes every time to bring a lot of trouble high-altitude spraying operation using that will clear up spray head after preceding or use, And fixed spray head is when encountering line footpath different cable, it is also possible to cause work that can not carry out.

[summary of the invention]

Utility model technical problem to be solved is overcome the deficiencies in the prior art and provides a kind of easy disassembly Cable spray robot improves the working efficiency of cable spraying convenient for users to replacing spray head.

Above-mentioned technical problem is solved, utility model adopts the following technical scheme that

A kind of cable spray robot of easy disassembly is set in spray head including spray head and the traveling wheel on cable of walking There is glue spraying chamber, coating is transported in glue spraying chamber and contacts with cable surface, and the cable spray robot includes for connecting spray The head cartridge of head, the spray head include the first splicing block and the second splicing block mutually spliced, and the first splicing block and second are spelled It connects and forms perforation between block so that cable passes through, the independent structure of a fast assembling-disassembling is integrally formed in the first splicing block and the second splicing block Part, the spray head monoblock type and head cartridge releasable connection.

Using utility model the utility model has the advantages that

In utility model, cable spray robot is provided with one for connecting the head cartridge of spray head, while first spells It connects block and the individual member of a fast assembling-disassembling, the spray head monoblock type and the removable company of head cartridge is integrally formed in the second splicing block It connects, user is before spraying operation or after spraying operation, it is only necessary to the quick demolition, installation from head cartridge will be sprayed, if Spray head itself uses lower-cost material, such as when plastic nozzle, it might even be possible to accomplish disposable tip, that is, work as spraying operation After, directly spray head is removed and is recycled, next time then directly changes new spray head using preceding, in addition, there are also spraying operations Stifled glue problem can be also encountered in the process, can encounter many safety problems if user needs to clear up dredging on the spot, and is used Can be with quick-replaceable after the utility model, this similar in the case where, the cost of replacement is many there is no increasing, but to work The promotion of efficiency is very high.

In addition, the utility model utilizes the Whole-dismountable structure of spray head, it can allow cable spray robot that can be applicable in The cable of various difference line footpath specifications, because for the cable of different size, it is only necessary to spray of the replacement with different perforation bores Head, operates very convenient.

Preferably, the cable spray robot is transported in glue spraying chamber by feed pipe, the feed pipe includes the One feed pipe and the second feed pipe, first splicing block are equipped with the first connecting hole for connecting with the first feed pipe, and described the Two splicing blocks are equipped with the second connecting hole connecting with the second feed pipe, and the first connecting hole and the second connecting hole are located at spray head It is not ipsilateral.

Preferably, one of the first splicing block and the second splicing block are connect by the first fastener with head cartridge, It is fixedly connected between first splicing block and the second splicing block by the second fastener.

Preferably, also being fixed while the second fastener is fixed by the first splicing block, the second splicing block with head cartridge Connection.

Preferably, first fastener and/or the second fastener include fastening screw and tightening nut；Alternatively, institute It states the first fastener and/or the second fastener is fastener.

Preferably, first splicing block is equipped with the first groove, second splicing block is equipped with the second groove, the One groove and the second groove are spliced to form the glue spraying chamber, and one of first groove and the second groove are equipped with ring along outer ring Shape protrusion, another is equipped with annular recess along outer ring, and when the first splicing block and the second splicing block splice, the annular projection is located at In annular groove.

Preferably, first splicing block is located at the top of cable, second splicing block is located at the lower section of cable, institute State the first splicing block and head cartridge releasable connection.

Preferably, first splicing block and the second splicing block, one of them is equipped with the first vertically arranged positioning Slot, another is equipped with the first locating convex block of the first locating slot of vertical insertion.

Preferably, one of the head cartridge and spray head are equipped with the second locating slot, another, which is equipped with, is located in The second locating convex block in second locating slot.

Preferably, the spray head is moulding.

These features and advantages of utility model will the detailed exposure in following specific embodiment, attached drawing.

[Detailed description of the invention]

Utility model is described further with reference to the accompanying drawing:

Fig. 1 is the structural schematic diagram of cable spray robot in utility model embodiment one；

Fig. 2 is the structural schematic diagram of spray head in utility model embodiment one；

Fig. 3 is spray head in utility model embodiment one, head cartridge, the decomposition diagram between cable；

Fig. 4 is the perspective view of the explosion of spray head in utility model embodiment one；

Fig. 5 is the schematic cross-sectional view of spray head in the utility model embodiment one；

Fig. 6 is the schematic cross-sectional view of the components such as spray head, head cartridge, auxiliary wheel in the utility model embodiment one；

Fig. 7 is the top view of the utility model embodiment one；

Fig. 8 is the bottom schematic view of the utility model embodiment one.

[specific embodiment]

The technical solution of utility model embodiment is explained and illustrated below with reference to the attached drawing of utility model embodiment, But following embodiments are only the preferred embodiment of utility model, and not all.Based on the implementation example in the implementation mode, this field skill Art personnel obtained other embodiments without making creative work, belong to the protection scope of utility model.

In the following description, occur term "inner", "outside", "upper", "lower", the indicating positions such as "left", "right" or Positional relationship, description embodiment merely for convenience and simplified description, rather than the device or member of indication or suggestion meaning Part must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as the limitation to utility model.

Embodiment one:

As shown in Figures 1 to 8, the present embodiment is a kind of cable spray robot, the cable spraying robot in the present embodiment People includes walking mechanism, glue-squeezing mechanism, spraying mechanism, and walking mechanism driving cable spray robot is walked on cable C, plastic squeeze Mechanism is used in the coating extrusion to spraying mechanism in glue tank A-1, and coating is then sprayed to cable C Surface by spraying mechanism.

Walking mechanism includes traveling wheel A-2, and spraying mechanism includes spray head A-3, and traveling wheel A-2 is mounted at the top of cable C, spray It is equipped with glue spraying chamber A-302 in head A-3, coating is transported in glue spraying chamber A-302 by feed pipe and is contacted with cable C Surface, institute It includes mutually spliced that state cable spray robot, which include the head cartridge A-4, the spray head A-3 for connecting spray head A-3, One splicing block A-31 and the second splicing block A-32 forms perforation A-301 between the first splicing block A-31 and the second splicing block A-32 So that cable C is passed through, in the present embodiment, the only of a fast assembling-disassembling is integrally formed in the first splicing block A-31 and the second splicing block A-32 Vertical component, the spray head A-3 monoblock type and head cartridge A-4 releasable connection.

In the present embodiment, cable spray robot is provided with one for connecting the head cartridge A-4 of spray head A-3, simultaneously The individual member of a fast assembling-disassembling, the spray head A-3 monoblock type is integrally formed in first splicing block A-31 and the second splicing block A-32 With head cartridge A-4 releasable connection, user is before spraying operation or after spraying operation, it is only necessary to will spray from head cartridge A- Quick demolition, installation on 4, if spray head A-3 itself uses lower-cost material, such as when plastic nozzle, it might even be possible to do To disposable tip, i.e., after spraying operation, directly spray head A-3 is removed and is recycled, next time is then directly changed using preceding Upper new spray head A-3, in addition, there are also can also encounter stifled glue problem during spraying operation, if user needs to clear up on the spot Dredging can then encounter many safety problems, and use can be this similar in the case where with quick-replaceable after the present embodiment, replacement Cost is many there is no increasing, but very high to the promotion of working efficiency.In the present embodiment, spray head A-3 is preferably molded Part.

In addition, the present embodiment utilizes the Whole-dismountable structure of spray head A-3, it can allow cable spray robot that can be applicable in The cable C of various difference line footpath specifications, because for the cable C of different size, it is only necessary to which replacement is with different perforation bores Spray head A-3 operates very convenient.

In the present embodiment, one of the first splicing block A-31 and the second splicing block A-32 by the first fastener A-33 with Head cartridge A-4 connection, is fixed between the first splicing block A-31 and the second splicing block A-32 by the second fastener A-34 Connection.Such design during installation can first one of the first splicing block A-31 and the second splicing block A-32 is first and spray Head bracket A-4 goes to connect, and is installed on the first splicing block A-31 after cable C is put into, then by the second splicing block A-32, in this way More convenient user's alignment, installation.First splicing block A-31 and the second splicing block A-32 can also be first attached to by certain user On cable C, then it is co-mounted on head cartridge A-4.

In the present embodiment, preferably, the first splicing block A-31 is located at the top of cable C, second splicing block A-32 is located at the lower section of cable C, and the first splicing block A-31, which is located above cable C, first to be connect with head cartridge A-4, and described the One splicing block A-31 and head cartridge A-4 releasable connection.

The first fastener A-33, the second fastener A-34 are preferably fastening screw and tightening nut in the present embodiment, are screwed Nut facilitates operation, in addition, in order to reduce screwing operations, the second fastener A-34 is by the first splicing block A-31, the second splicing block A-32 is also fixedly connected while fixed with head cartridge A-4, for details, reference can be made in Fig. 3, in the second fastener A-34 second Fastening screw successively passes through the second splicing block A-32, the second splicing block A-32, head cartridge A-4 from the bottom up, eventually by the Two tightening nuts are fixed, that is, utilize a second fastener A-34 by the first splicing block A-31, the second splicing block A-32, spray head branch Frame A-4 three connection, the part of assembly are less.

And the first fastener A-33, the first tightening nut and the first fastening screw of the first fastener A-33 in the present embodiment It is integrated, the screw hole being screwed into the first splicing block A-31 from top to bottom.Certainly, the first fastener A-33 can also be used and second The structure of fastener A-34 passes from below through the first splicing block A-31, head cartridge A-4, and is fixed with tightening nut.

It should be noted that the design of those skilled in the art through this embodiment is also readily apparent that, for the first fastening Part A-33, the second fastener A-34 embodiment can be a variety of variations, such as can also by the way of fastener, i.e., Be connected by a snap between one splicing block A-31, the second splicing block A-32, the first splicing block A-31 and the second splicing block A-32 it Between be connected by a snap, this kind of embodiment each falls within the protection scope of the utility model.

By in this present embodiment, spray head A-3 is spliced to form by the first splicing block A-31 and the second splicing block A-32, It is easy the presence of excessive glue in stitching portion, in order to reduce excessive glue situation, to being improved inside spray head A-3 in the present embodiment, The first splicing block A-31 is equipped with the first groove A-311, the second splicing block A-32 and is equipped with the second groove A-321, First groove A-311 and the second groove A-321 is spliced to form the glue spraying chamber A-302, and the first groove A-311 and second is recessed One of slot A-321 is equipped with annular projection A-322 along outer ring, another is equipped with annular recess, the first splicing block A- along outer ring 31 and second splicing block A-32 splicing when, the annular projection A-322 is located in annular groove.

For details, reference can be made to Fig. 4 or Fig. 5, annular projection A-322 is located on the second splicing block A-32 in the present embodiment, and annular is recessed Slot is located on the second splicing block A-32, can be found in Fig. 5 after the completion of splicing, and annular projection A-322 is equivalent to one layer of barrier, is stopped Glue in glue spraying chamber A-302 is overflowed toward outer ring.In addition, the cooperation of annular groove and annular projection A-322 can also reinforce first The locating effect of splicing block A-31 and the second splicing block A-32.

By the second fastener A-34 in this present embodiment only one, in order to improve the first splicing block A-31 and second splicing Connective stability between block A-32, the first splicing block A-31 and the second splicing block A-32, one of them is equipped with vertically The first locating slot A-313 being arranged, another is equipped with the first locating convex block A-323 of the first locating slot A-313 of vertical insertion, In this way, will not rotate between the first splicing block A-31 and the second splicing block A-32.

In addition, there are two the first locating slot A-313 in the present embodiment, the opposing sidewalls of the first splicing block A-31 are set On, the first locating convex block A-323 is also correspondingly provided with two, is arranged in two opposing sidewalls of the second splicing block A-32, two The cooperation of first locating slot A-313 and two the first locating convex block A-323 can also realize that the first splicing block A-31 and second is spelled Connect the clamping of block A-32 left and right directions.

By in this present embodiment, the first fastener A-33 is also only arranged one, the first splicing block A-31 and spray in order to prevent It rotates between head bracket A-4, one of the head cartridge A-4 and spray head A-3 are equipped with the second locating slot A-314, separately One is equipped with the second locating convex block being located in the second locating slot A-314.

In the present embodiment, the cable spray robot is transported in glue spraying chamber A-302 by feed pipe, wherein this reality Applying feed pipe described in example includes the first feed pipe and the second feed pipe, and the first splicing block A-31 is equipped with and the first feeding First connecting hole A-315, the second splicing block A-32 of pipe connection is equipped with the second connecting hole connecting with the second feed pipe A-325, the first connecting hole A-315 and the second connecting hole A-325 is located at the left and right sides of spray head A-3 in the present embodiment, this The purpose of sample design is that the first feed pipe can be connected to the first connecting hole A- in advance when installing spray head A-3 by user On 315, the second feed pipe is connected on the second connecting hole A-325, then again by the first splicing block A-31, the second splicing block A-32 When being installed on cable C, while dismounting, also directly the first splicing block A-31, the second splicing block A-32 are removed i.e. from cable C Can, it does not need to extract the first feed pipe from the first splicing block A-31, not need the second feed pipe from the second splicing block yet It is extracted on A-32, can overflow to avoid coating when feed pipe extraction in this way, and be usually arranged on traditional spray head A-3 multiple Connecting hole, and multiple connecting holes are located on the same splicing block, cause to have to first extract feed pipe when dismounting splicing block Splicing can just be removed fastly.

In the present embodiment, the first connecting hole A-315 and the second connecting hole A-325 are located at the not ipsilateral of spray head A-3, with Facilitate cabling to arrange, the first feed pipe and the second feed pipe can be reduced to the greatest extent and touched with cable C.

In addition, the line footpath due to overhead cable C is not monolithic, it is understood that there may be thickness problem, and cable C sheet In air, problem of expanding with heat and contract with cold is influenced by external force, and outer diameter can also change for body exposure, and there are also cable C high aerial It is not complete straight line, is with cambered, so covering and walking on the cable C of non-fully straight line for spray head A-3 When, it is easy the problem of clamping stagnation occurs on cable C, causes unobstructed degree bad, in order to reduce to the greatest extent between spray head A-3 and cable C Catching phenomenon, the present embodiment improves the connection type of spray head A-3.

Specifically, in the present embodiment, auxiliary wheel A-40 is equipped on the head cartridge A-4 in conjunction with Fig. 3 and Fig. 6, assist Wheel A-40 is fixedly connected relative to spray head A-3 and vertically floats setting relative to head cartridge A-4, the cable spraying robot The auxiliary wheel A-40 is pressed against at the top of cable C by people by Gravitative Loads, between the auxiliary wheel A-40 and head cartridge A-4 Equipped with elastic component A-44.

In the present embodiment, auxiliary wheel A-40 is set, auxiliary wheel A-40 can realize adaptive floating on head cartridge A-4 It adjusts, because elastic component A-44 is arranged between auxiliary wheel A-40 and head cartridge A-4, while again since spraying robot self weight is former Cause, auxiliary wheel A-40 are pressed in naturally at the top of cable C, when cable C line footpath changes or straightness changes, auxiliary wheel A- 40 overcome the elastic force of elastic component A-44 to realize self-adapting float, when auxiliary wheel A-40 floats, just drive spray head A-3 naturally It floats up and down, so as to adaptively adjust the radial clearance problem between spray head A-3 and cable C.

In addition, even spray head A-3 is replaced, the adaptive design in the present embodiment, auxiliary wheel will not be influenced A-40, head cartridge A-4 etc. do not need to replace, as long as the spray head A-3 more renewed, very convenient, sample diversified in specifications Spray head A-3 can be mounted directly on head cartridge A-4, and install rear auxiliary wheel A-40 and this kind of spray head A-3 can be realized Automatic adjusument.

In the present embodiment, the head cartridge A-4 be specifically include fixed bracket A-41 and relative to fixed bracket A-41 Float the floating bracket A-42 of setting, and the auxiliary wheel A-40 is mounted on the floating bracket A-42, the spray head A-3 and floating Dynamic bracket A-42 is fixedly connected, specifically, being also connected with Extension support A-43 on floating bracket A-42, spray head A-3, which is mounted on, to be prolonged It stretches on frame A-43, elastic component A-44 is then located between floating bracket A-42 and fixed bracket A-41.

In the present embodiment, in order to improve the contact stabilization of auxiliary wheel A-40 Yu cable C, so that auxiliary wheel A-40 is to cable The straightness guiding of C is more preferable, and the quantity of the auxiliary wheel A-40 includes at least two, and at least two auxiliary wheel A-40 are along cable C It is arranged at axially spaced intervals on floating bracket A-42, is preferably two in the present embodiment, two auxiliary wheel A-40 push down cable C, can So that better straightness is presented in the cable C between two auxiliary wheel A-40, while spray head A-3 is located just at auxiliary wheel A-40 Rear side thereby may be ensured that the cable C and cable C below auxiliary wheel A-40 in spray head A-3, straightness are substantially The same, degree of deformation will not be very big, so that the cable C straightness being located inside spray head A-3 is preferable, guarantees spray head A-3 energy Enough pass through cable C.

It should be noted that the design of those skilled in the art through this embodiment is readily apparent that, the utility model its In his embodiment, it is not limited to use two auxiliary wheel A-40, be also possible to single auxiliary wheel A-40, be also possible to three It is a, four etc..

In addition, sagging radian is unavoidably had in the air in height since cable C is hung from above, in order to allow cable spray robot to exist In walking process, two auxiliary wheel A-40 can more be bonded the radian of cable C, and the fixed bracket A-41 includes first support The A-411 and second support A-412 being rotatablely connected with first support A-411, the floating bracket A-42 is relative to second support A-412 floating connection, the elastic component A-44 are located between second support A-412 and floating bracket A-42.By second support A- 412 are rotatablely connected with second support A-412, are designed in this way, what second support A-412 can be adaptive according to the radian of cable C It changes, is moved so that two auxiliary wheel A-40 can be more fitted on cable C.

In order to allow floating bracket A-42 not depart from when floating up and down, the fixed bracket A-41 and floating bracket A-42 it Between be equipped with limitation floating bracket A-42 floating range gag lever post A-45, gag lever post A-45 includes fixing end A-451 and positive stop end A-452, one of fixed bracket A-41, floating bracket A-42 are fixedly connected with fixing end A-451, another floats in fixation It holds between A-451 and positive stop end A-452.

In the present embodiment, the fixing end A-451 is fixedly connected with floating bracket A-42, and positive stop end A-452, which is passed through, to be fixed Bracket A-41 and the top for being located at fixed bracket A-41, specifically, fixing end A-451 is a screw, the spiral shell in the present embodiment Nail is passed through below floating bracket A-42 and is fixedly connected with the bottom gag lever post A-45, and positive stop end A-452 is then mounted in gag lever post Limit film at the top of A-45, limit film can be circular gasket or circlip, and fixing end A-451 is arranged in floating bracket A-42 On, positive stop end A-452 setting can avoid as far as possible positive stop end A-452 from contacting with cable C on fixed bracket A-41, and if Positive stop end A-452 is positioned below, on fixed bracket A-41, floating bracket A-42 is floating up and down for fixing end A-451 setting In the process, can there are problems that positive stop end A-452 is contacted with cable C.

In addition, in the process of walking due to cable spray robot, floating bracket A-42 can frequently float, therefore limit Relative motion can frequently occur between bar A-45 and fixed bracket A-41, the hole fixed on bracket A-41 in order to prevent is ground Damage fixes bracket A-41 and is equipped with resistance to equipped with wear-resistant sleeve A-46, specifically second support A-412 described in the present embodiment Grinding set A-46, the gag lever post A-45 is movable to be inserted into wear-resistant sleeve A-46, and wear-resistant sleeve A-46 can use hard material, than If alloy steel material is made, wear resistance is good, can reduce abrasion loss in this way, so that cable spray robot service life is more It is long.

In the present embodiment, the elastic component A-44 is preferably spring, the fixed bracket A-41 and/or floating bracket A-42 It is equipped with the spring groove A-47 of positioning elastic part, is fixed on bracket A-41 and floating bracket A-42 in the present embodiment and is equipped with spring Slot A-47 can realize preferably positioning using spring groove A-47 to spring.

In addition, having also been made improvement to glue-squeezing mechanism in the present embodiment, in existing cable spray robot, there are plastic squeezes to be The mode of vertical plastic squeeze, this plastic squeeze mode are relatively high to vertical direction spatial requirement, result in cable spray robot in work in this way When making, the vertical spacing between glue tank A-1 or glue-squeezing mechanism and cable C is small, and it is inadequate to will lead to safe distance in this way, in addition, Have and plastic squeeze mode is changed to lateral plastic squeeze, but some lateral plastic squeeze modes, the especially qualitative deficiency of stable gravity center, cause cable to spray Painting robot shakes bigger when walking on cable C.

In the present embodiment, the glue tank A-1 is transversely and horizontally placed, and the glue-squeezing mechanism is located at the axial direction of the end glue tank A-1 Side, the glue-squeezing mechanism include driving motor A-50, rotary screw rod A-51, the transmission nut being connected on rotary screw rod A-51 A-52, the transmission nut A-52 are connected with push rod A-53, and the push rod A-53 pushes the piston of glue tank A-1, the rotation silk The central axes of bar A-51 and the central axes of cable C are located in the same vertical plane.

Firstly, glue tank A-1 is transversely and horizontally mode in the present embodiment, no matter the axial length of glue tank A-1 how long, all will not The vertical spacing between glue tank A-1 and cable C is influenced, can guarantee the peace between glue tank A-1, glue-squeezing mechanism and cable C as far as possible Full distance, since glue tank A-1 is laterally disposed, glue-squeezing mechanism be also respective transversal setting because glue-squeezing mechanism per se with motor, Rotary screw rod A-51 etc., the weight of these components and the weight of glue tank A-1 can keep certain balance.

Secondly, for the balance of the left and right sides, in the present embodiment, the central axes of rotary screw rod A-51, cable C axis Line is located in the same vertical plane, so that the center of gravity of rotary screw rod A-51 and cable C are substantially remained on a vertical direction, this Sample stability is more preferable, can reduce the shaking of left and right directions to the greatest extent, reference can be made to Fig. 7.

Finally, carry out plastic squeeze using the transmission mechanism of feed screw nut, major advantage be drive noise is small, thrust compared with Greatly, and transmission is more steady, is suitble to slow plastic squeeze.

Equally, the quantity of the A-1 of glue tank described in the present embodiment is preferably two, the two glue tank A-1 are arranged side by side, described Rotary screw rod A-51 is located among two glue tank A-1, and two push rod A-53 are located at left and right sides of the radial direction of rotary screw rod A-51, and two Root push rod A-53 is symmetrically arranged at the left and right sides of rotary screw rod A-51, while corresponding two glue tanks A-1 is also relative to rotation The central axes of screw rod A-51 are symmetrical arranged, so that the center of gravity of two glue tank A-1 also relative equilibrium.

The glue-squeezing mechanism further includes connecting rod A-57, and two push rod A-53 are connected to the two of connecting rod A-57 End, the centre connecting rod A-57 are connect with transmission nut A-52.

In addition, in order to further ensure the steadily of centre of gravity of cable spray robot, the central axes of the driving motor A-50 It also is located in the perpendicular where the central axes of rotary screw rod A-51.In this way, being equivalent to driving motor A-50, rotary screw rod A- 51, the gravity balance point of two glue tank A-1, is the underface for concentrating on cable C, such integral layout design, so that line Cable spray robot stability when walking work is more preferable.

In the present embodiment, the cable spray robot includes the glue tank A-1 frame for placing glue tank A-1, glue tank A-1 Frame includes first end cover board A-54 and second end cover board A-55, and glue tank A-1 is then placed in first end cover board A-54 and second In space between end casing A-55, the glue-squeezing mechanism and glue tank A-1 are located at the not ipsilateral of first end cover board A-54, described to push away One end of bar A-53 passes through the piston that first end cover board A-54 contradicts glue tank A-1.

In order to improve the stretch stability of push rod A-53, the first end cover board A-54 is equipped with and is used to support push rod A-53 Stop sleeve A-56, the one end the push rod A-53 pass through stop sleeve A-56 offset with piston, setting stop sleeve A-56 after, Stop sleeve A-56 can use the better material of wear resistance, such as alloy material, and such push rod A-53 is in stop sleeve A-56 When interior telescopic movable, the abrasion of stop sleeve A-56 is smaller, while push rod A-53 length is longer, and setting stop sleeve A-56 also has Help reduce radial shaking of the push rod A-53 in telescopic movable.

In addition, being equipped with electric machine support on the first end cover board A-54, the driving motor A-50 passes through electric machine support It is mounted on first end cover board A-54, deceleration device is equipped between the driving motor A-50 and rotary screw rod A-51, it is described to subtract Speed variator is mounted on electric machine support.

The above, the only specific embodiment of utility model, but the protection scope of utility model is not limited thereto, Being familiar with the those skilled in the art should be understood that utility model includes but is not limited to attached drawing and retouches in specific embodiment above The content stated.The modification of any function and structure principle without departing from utility model is intended to be included in the range of claims In.

Claims (10)

1. a kind of cable spray robot of easy disassembly is equipped in spray head including spray head and the traveling wheel on cable of walking Glue spraying chamber, coating are transported in glue spraying chamber and contact with cable surface, which is characterized in that the cable spray robot includes using In the head cartridge of connection spray head, the spray head includes the first splicing block and the second splicing block mutually spliced, the first splicing block And second form perforation between splicing block so that cable passes through, a fast assembling-disassembling is integrally formed in the first splicing block and the second splicing block Individual member, the spray head monoblock type and head cartridge releasable connection.

2. cable spray robot as described in claim 1, which is characterized in that the cable spray robot passes through feed pipe It is transported in glue spraying chamber, the feed pipe includes the first feed pipe and the second feed pipe, and first splicing block is equipped with and the First connecting hole of one feed pipe connection, second splicing block are equipped with the second connecting hole connecting with the second feed pipe, the One connecting hole and the second connecting hole are located at the not ipsilateral of spray head.

3. cable spray robot as described in claim 1, which is characterized in that the first splicing block and the second splicing block wherein it One is connect by the first fastener with head cartridge, solid by the second fastener between first splicing block and the second splicing block Fixed connection.

4. cable spray robot as claimed in claim 3, which is characterized in that the second fastener is by the first splicing block, second Splicing block is also fixedly connected while fixed with head cartridge.

5. cable spray robot as claimed in claim 3, which is characterized in that first fastener and/or the second fastening Part includes fastening screw and tightening nut；Alternatively, first fastener and/or the second fastener are fastener.

6. cable spray robot as described in claim 1, which is characterized in that it is recessed that first splicing block is equipped with first Slot, second splicing block are equipped with the second groove, and the first groove and the second groove are spliced to form the glue spraying chamber, and described first One of groove and the second groove are equipped with annular projection along outer ring, another is equipped with annular recess, the first splicing block along outer ring When with the splicing of the second splicing block, the annular projection is located in annular groove.

7. cable spray robot as described in claim 1, which is characterized in that first splicing block is located at the upper of cable Side, second splicing block are located at the lower section of cable, first splicing block and head cartridge releasable connection.

8. cable spray robot as claimed in claim 7, which is characterized in that first splicing block and the second splicing block, One of them is equipped with the first vertically arranged locating slot, another is equipped with the first convex of the first locating slot of vertical insertion Block.

9. cable spray robot as described in claim 1, which is characterized in that one of the head cartridge and spray head are set There is the second locating slot, another is equipped with the second locating convex block being located in the second locating slot.

10. cable spray robot as described in claim 1, which is characterized in that the spray head is moulding.