CN204213489U - A kind of textile machinery cable bearer - Google Patents
A kind of textile machinery cable bearer Download PDFInfo
- Publication number
- CN204213489U CN204213489U CN201420676907.5U CN201420676907U CN204213489U CN 204213489 U CN204213489 U CN 204213489U CN 201420676907 U CN201420676907 U CN 201420676907U CN 204213489 U CN204213489 U CN 204213489U
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- tapped holes
- pressing plate
- rolling disc
- pressing plates
- holding down
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Abstract
The utility model relates to a kind of textile machinery cable bearer, and the angle that cable can be made to install, just, front and back regulate, and bracket is collapsible.A chute is vertically arranged; A slide block of vertical setting has No. two tapped holes; The lower end of lower rolling disc is fixed with No. two slide blocks; The upper end of lower rolling disc has No. four tapped holes and rotary shaft hole; Bracket is fixed on the upper end of rolling disc; A slide block is connected with a slide; A holding down bolt can be connected by disengaged with a tapped hole and No. two tapped holes; No. two slide blocks are connected with No. two slide; No. two holding down bolts can be connected by disengaged with No. three tapped holes and No. six tapped holes; No. three holding down bolts can be connected by disengaged with No. four tapped holes and No. five tapped holes; No. two pressing plate one end and a pressing plate one end hinged, the other end and No. three pressing plate one end hinged; The other end of a pressing plate is fixed with an axle; The other end of No. three pressing plates is fixed with No. two axles; An axle and No. two axles are all slidably connected with lower groove.
Description
Technical field
The utility model relates to a kind of textile machinery cable bearer, for installing the cable of textile machinery.
Background technique
Textile machinery cable bearer is the device of the cable for fixing textile machinery.The textile machinery cable bearer of prior art is all fixed, cable install angle, just, front and back are unadjustable, use inconvenience, if need to regulate, reinstall after whole textile machinery cable bearer being disassembled, very inconvenient.
Model utility content
The purpose of this utility model is to overcome above shortcomings in prior art, and provides a kind of textile machinery cable bearer of reasonable in design, and the angle that cable is installed, just, front and back are all adjustable, and bracket is collapsible.
The technical scheme in the invention for solving the above technical problem is: a kind of textile machinery cable bearer, comprises the vertical supporting base, the support beam of cross setting, the bracket that arrange; It is characterized in that: also comprise rolling disc, lower rolling disc, a holding down bolt, No. two holding down bolts, No. three holding down bolts; Supporting base has a chute and a tapped hole; A chute is vertically arranged; A tapped hole is at least two, vertical array; Support beam is fixed with a slide block, and a slide block is vertically arranged, and a slide block has No. two tapped holes; Support beam has No. three tapped holes and No. two chutes; No. two chute cross settings; No. three tapped holes are at least two, transversely arranged; The lower end of lower rolling disc is fixed with No. two slide blocks, and No. two slide blocks have No. six tapped holes; The upper end of lower rolling disc has No. four tapped holes and rotary shaft hole; No. four tapped holes at least three, annular array; The upper end of upper rolling disc has No. five tapped holes, and lower end is fixed with rotating shaft; A slide block is connected with a slide; A holding down bolt can be connected by disengaged with a tapped hole and No. two tapped holes; No. two slide blocks are connected with No. two slide; No. two holding down bolts can be connected by disengaged with No. three tapped holes and No. six tapped holes; Rotating shaft and rotary shaft hole are rotationally connected; No. three holding down bolts can be connected by disengaged with No. four tapped holes and No. five tapped holes; Rolling disc has No. three chutes, No. three chute cross settings; No. three chutes are T-shaped, and it is made up of upper groove body and lower groove, and the width of upper groove body is less than the width of lower groove; Bottom bracket is made up of a pressing plate, No. two pressing plates, No. three pressing plates, axle, No. two axles; No. two pressing plate one end and a pressing plate one end hinged, the other end and No. three pressing plate one end hinged; The other end of a pressing plate is fixed with an axle; The other end of No. three pressing plates is fixed with No. two axles; An axle and No. two axles are all slidably connected with lower groove; The width of a pressing plate, No. two pressing plates, No. three pressing plates is all less than the width of upper groove body, the height of a pressing plate, No. two pressing plates, No. three pressing plates is all less than the height of upper groove body, and the length sum of a pressing plate, No. two pressing plates, No. three pressing plates is less than the length of upper groove body.
A slide block described in the utility model and a chute are wedge shape.
A slide block described in the utility model and a chute are T-shaped.
No. two slide blocks described in the utility model and No. two chutes are wedge shape.
No. two slide blocks described in the utility model and No. two chutes are T-shaped.
The utility model compared with prior art, has the following advantages and effect: reasonable in design, do not need textile machinery cable bearer to disassemble just can install cable angle, just, front and back regulate, easy to use; When being in packed state or non-using state, pressing plate, No. two pressing plates, No. three pressing plates can be hidden in upper groove body after stretching completely, decrease and take up room, reduce transport and packing cost.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model embodiment.
Fig. 2 is the plan structure schematic diagram of lower rolling disc 5.
Fig. 3 is the broken section structural representation of the utility model embodiment.
Fig. 4 is the structural representation of the utility model embodiment bracket.
Fig. 5 is the cross section broken section structural representation of the utility model embodiment support beam.
Fig. 6 is the partial lateral sectional structure schematic diagram of Fig. 3.
Embodiment
Below in conjunction with accompanying drawing, also by embodiment, the utility model is described in further detail, and following examples are that the utility model is not limited to following examples to explanation of the present utility model.
See Fig. 1 ~ Fig. 6, the utility model embodiment comprises the vertical supporting base 1, the support beam 2 of cross setting, bracket 3, upper rolling disc 4, the lower rolling disc 5 that arrange.Supporting base 1 is fixed on the place such as body of wall, massif, and bracket 3 is for installing cable.
Supporting base 1 has a chute 6 and a tapped hole 7, chute 6 is vertically arranged.
Support beam 2 is fixed with a slide block 8, slide block 8 vertically arrange.Support beam 2 has No. three tapped holes 9, No. two chutes 19, No. two chute 19 cross settings.A slide block 8 has No. two tapped holes 13.
The lower end of lower rolling disc 5 is fixed with No. two slide blocks 10.The upper end of lower rolling disc 5 has No. four tapped holes 11 and rotary shaft hole 18.No. two slide blocks 10 have No. six tapped holes 15.Rotary shaft hole 18
The upper end of upper rolling disc 4 has No. five tapped holes 12, is fixed with rotating shaft 17 in the lower end of upper rolling disc 4.
A slide block 8 and a chute 6 are slidably connected, and support beam 2 and supporting base 1 are vertically slidably connected; A slide block 8 and a chute 6 are wedge shape, or a slide block 8 and a chute 6 are T-shaped, prevent support beam 2 and supporting base 1 from departing from.A holding down bolt 20 can be connected by disengaged with a tapped hole 7 and No. two tapped holes 13; A tapped hole 7 is at least two, vertical array, and such support beam 2 has multiple vertical position location on supporting base 1.Unclamp a holding down bolt 20, a holding down bolt 20 departs from a tapped hole 7 and No. two tapped holes 13, when support beam 2 slides into certain position location on supporting base 1, No. two tapped holes 13 and certain tapped hole 7 just aligns, tighten a holding down bolt 20, a holding down bolt 20 is connected with a tapped hole 7 and No. two tapped holes 13, support beam 2 and supporting base 1 is fixed.The position of such cable can just regulate.
No. two slide blocks 10 and No. two chutes 19 are slidably connected, and lower rolling disc 5 is laterally slidably connected with support beam 2; No. two slide blocks 10 and No. two chutes 19 are wedge shape, or No. two slide blocks 10 and No. two chutes 19 are T-shaped, can prevent lower rolling disc 5 from departing from support beam 2.No. two holding down bolts 14 can be connected by disengaged with No. three tapped holes 9 and No. six tapped holes 15; No. three tapped holes 9 are at least two, transversely arranged, descend rolling disc 5 on support beam 2, have multiple horizontal position location like this.Unclamp No. two holding down bolts 14, No. two holding down bolts 14 depart from No. three tapped holes 9 and No. six tapped holes 15, instantly when rolling disc 5 slides into certain position location on support beam 2, No. six tapped holes 15 and certain No. three tapped holes 9 just align, tighten No. two holding down bolts 14, No. two holding down bolts 14 are connected with No. three tapped holes 9 and No. six tapped holes 15, are fixed by lower rolling disc 5 with support beam 2.The position of such cable can regulate front and back.
Rotating shaft 17 and rotary shaft hole 18 are rotationally connected, and lower rolling disc 5 is rotationally connected with upper rolling disc 4.No. three holding down bolts 16 can be connected by disengaged with No. four tapped holes 11 and No. five tapped holes 12; No. four tapped holes 11 at least three, annular array, goes up the position location that rolling disc 4 has multiple circumference on lower rolling disc 5 like this.Unclamp No. three holding down bolts 16, No. three holding down bolts 16 depart from No. four tapped holes 11 and No. five tapped holes 12, when upper rolling disc 4 turns to certain position location at lower rolling disc 5, No. five tapped holes 12 and certain No. four tapped holes 11 just align, tighten No. three holding down bolts 16, No. three holding down bolts 16 are connected with No. four tapped holes 11 and No. five tapped holes 12, upper rolling disc 4, lower rolling disc 5 are fixed.The setting angle of such cable regulates.
Rolling disc 4 has No. three chutes 21, No. three chute 21 cross settings.No. three chutes 21 are T-shaped, and it is made up of upper groove body 22 and lower groove 23, and the width of upper groove body 22 is less than the width of lower groove 23.
Bracket 3 is arranged on support beam 2, and it is made up of a pressing plate 25, No. two pressing plates 26, No. three pressing plates 27, axle 28, No. two axles 29.
No. two pressing plate 26 one end and pressing plate 25 one end hinged, the other end and No. three pressing plate 27 one end hinged; The other end of a pressing plate 25 is fixed with an axle 28; The other end of No. three pressing plates 27 is fixed with No. two axles 29.An axle 28 and No. two axles 29 are all slidably connected with lower groove 23.
The width of a pressing plate 25, No. two pressing plates 26, No. three pressing plates 27 is all less than the width of upper groove body 22, the height of a pressing plate 25, No. two pressing plates 26, No. three pressing plates 27 is all less than the height of upper groove body 22, and the length sum of a pressing plate 25, No. two pressing plates 26, No. three pressing plates 27 is less than the length of upper groove body 22.Under this structure, when being in packed state or non-using state, can being hidden in completely in upper groove body 22 after a pressing plate 25, No. two pressing plates 26, No. three pressing plates 27 stretch, decreasing and take up room.
During use, by a pressing plate 25, No. two pressing plates 26, No. three pressing plates 27 to pull-up, an axle 28 and No. two axles 29 relative sliding on lower groove 23, a pressing plate 25, No. two pressing plates 26, No. three pressing plates 27 shrink to arch upward and form mounting hole 24.Cable is installed in mounting hole 24, then with a wire rope 13 and No. two wire rope 14, cable and support beam 2 tighten are fixed, and then tighten, on the annular groove 12 of fixing column 11, can carry out welding to a wire rope 13 and No. two wire rope 14 and make itself and fixing column 11 fix after a wire rope 13 and No. two wire rope 14 are passed cord hole 10.Such cable has just been fixed on the present embodiment.
In addition, it should be noted that, the specific embodiment described in this specification, the shape, institute's title of being named etc. of its parts and components can be different, and the above content described in this specification is only to the explanation of the utility model structure example.
Claims (5)
1. a textile machinery cable bearer, comprises the vertical supporting base, the support beam of cross setting, the bracket that arrange; It is characterized in that: also comprise rolling disc, lower rolling disc, a holding down bolt, No. two holding down bolts, No. three holding down bolts; Supporting base has a chute and a tapped hole; A chute is vertically arranged; A tapped hole is at least two, vertical array; Support beam is fixed with a slide block, and a slide block is vertically arranged, and a slide block has No. two tapped holes; Support beam has No. three tapped holes and No. two chutes; No. two chute cross settings; No. three tapped holes are at least two, transversely arranged; The lower end of lower rolling disc is fixed with No. two slide blocks, and No. two slide blocks have No. six tapped holes; The upper end of lower rolling disc has No. four tapped holes and rotary shaft hole; No. four tapped holes at least three, annular array; The upper end of upper rolling disc has No. five tapped holes, and lower end is fixed with rotating shaft; A slide block is connected with a slide; A holding down bolt can be connected by disengaged with a tapped hole and No. two tapped holes; No. two slide blocks are connected with No. two slide; No. two holding down bolts can be connected by disengaged with No. three tapped holes and No. six tapped holes; Rotating shaft and rotary shaft hole are rotationally connected; No. three holding down bolts can be connected by disengaged with No. four tapped holes and No. five tapped holes; Rolling disc has No. three chutes, No. three chute cross settings; No. three chutes are T-shaped, and it is made up of upper groove body and lower groove, and the width of upper groove body is less than the width of lower groove; Bottom bracket is made up of a pressing plate, No. two pressing plates, No. three pressing plates, axle, No. two axles; No. two pressing plate one end and a pressing plate one end hinged, the other end and No. three pressing plate one end hinged; The other end of a pressing plate is fixed with an axle; The other end of No. three pressing plates is fixed with No. two axles; An axle and No. two axles are all slidably connected with lower groove; The width of a pressing plate, No. two pressing plates, No. three pressing plates is all less than the width of upper groove body, the height of a pressing plate, No. two pressing plates, No. three pressing plates is all less than the height of upper groove body, and the length sum of a pressing plate, No. two pressing plates, No. three pressing plates is less than the length of upper groove body.
2. textile machinery cable bearer according to claim 1, is characterized in that: a described slide block and a chute are wedge shape.
3. textile machinery cable bearer according to claim 1, is characterized in that: a described slide block and a chute are T-shaped.
4. textile machinery cable bearer according to claim 1, is characterized in that: No. two described slide blocks and No. two chutes are wedge shape.
5. textile machinery cable bearer according to claim 1, is characterized in that: No. two described slide blocks and No. two chutes are T-shaped.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN201420676907.5U CN204213489U (en) | 2014-11-13 | 2014-11-13 | A kind of textile machinery cable bearer |
Applications Claiming Priority (1)
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CN201420676907.5U CN204213489U (en) | 2014-11-13 | 2014-11-13 | A kind of textile machinery cable bearer |
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CN204213489U true CN204213489U (en) | 2015-03-18 |
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CN201420676907.5U Expired - Fee Related CN204213489U (en) | 2014-11-13 | 2014-11-13 | A kind of textile machinery cable bearer |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN110668193A (en) * | 2019-05-11 | 2020-01-10 | 浙江家得宝科技股份有限公司 | A equipment that gathers materials for paper pulp tableware |
-
2014
- 2014-11-13 CN CN201420676907.5U patent/CN204213489U/en not_active Expired - Fee Related
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN110668193A (en) * | 2019-05-11 | 2020-01-10 | 浙江家得宝科技股份有限公司 | A equipment that gathers materials for paper pulp tableware |
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Legal Events
Date | Code | Title | Description |
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C14 | Grant of patent or utility model | ||
GR01 | Patent grant | ||
CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150318 Termination date: 20151113 |
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EXPY | Termination of patent right or utility model |