CN204506435U - A kind of trac. bimodulus regulates awning - Google Patents
A kind of trac. bimodulus regulates awning Download PDFInfo
- Publication number
- CN204506435U CN204506435U CN201520074684.XU CN201520074684U CN204506435U CN 204506435 U CN204506435 U CN 204506435U CN 201520074684 U CN201520074684 U CN 201520074684U CN 204506435 U CN204506435 U CN 204506435U
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- China
- Prior art keywords
- arm assembly
- rocker arm
- trac
- lifting
- elevating rocker
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
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Abstract
The utility model relates to a kind of trac. bimodulus and regulates awning to comprise the relief bracket be arranged on trac. body, tilt skeleton, covering, left elevating rocker arm assembly, right elevating rocker arm assembly, tranverse connecting rod, left lifting radius arm assembly, right lifting radius arm assembly, angle modulation arm, power-driven mechanism and stretching device; Trac. bimodulus of the present utility model regulates awning, it is easy to use, user can awning be regulated to be elevated trac. bimodulus very easily in trac. and front be full of and after stretch the adjustment of state, ensure that user can proceed operation when high temperature or some rainy days, meet actual various use needs, its practicality is high, is conducive to carrying out large-scale promotion and application.
Description
Technical field
It is fluffy that the utility model relates to a kind of bimodulus adjustable shade, particularly relates to a kind of bimodulus adjustable shade for trac. fluffy.
Background technology
Trac. is a kind of for drawing and driving Work machine to complete the self-propelled motor machine of every mobile operation, and in actual life, common is all the medium transmitted using balata belt as power.Trac. is mostly directly carry out operation in outdoor, so just need a tilt that chaufeur can be made normally to work under rainy day or hot weather, but existing tilt is directly installed on trac. inside mostly, its using state can not regulate, the range of use of such tilt narrows, bring certain inconvenience to the operation of user, the user demand of various reality cannot be met.
Utility model content
The utility model object provides a kind of easy to operate to overcome the deficiencies in the prior art, awning can be regulated to be elevated to trac. bimodulus and to be frontly full of and trac. bimodulus that retrude regulates regulates awning.
For achieving the above object, the technical solution adopted in the utility model is: a kind of trac. bimodulus regulates awning, comprises the relief bracket be arranged on trac. body, tilt skeleton, covering, left elevating rocker arm assembly, right elevating rocker arm assembly, tranverse connecting rod, left lifting radius arm assembly, right lifting radius arm assembly, angle modulation arm, power-driven mechanism and stretching device; Described tilt skeleton is arranged on relief bracket; Covering is coated with above described sunshade framework; Described left elevating rocker arm assembly and right elevating rocker arm assembly is rotatable is symmetricly set on outside relief bracket, and be connected by tranverse connecting rod; Described left elevating rocker arm assembly, to be fixedly connected by tilt skeleton fulcrum between right elevating rocker arm assembly and tilt skeleton; Described left lifting radius arm assembly and right lifting radius arm assembly are symmetricly set on outside relief bracket; Described left lifting radius arm assembly is connected with right elevating rocker arm assembly with left elevating rocker arm assembly respectively with right lifting radius arm assembly, for adjusting and limit the lifting travel of left elevating rocker arm assembly and right elevating rocker arm assembly; Described tilt skeleton is also provided with angle modulation arm, for regulate the retrude of tilt skeleton and before be full of; Described trac. body is provided with power-driven mechanism, for controlling rising and the reduction of tilt skeleton; Described trac. body is also provided with stretching device, for tensioning tilt skeleton.
Preferably, described right elevating rocker arm assembly comprises right elevating rocker arm, lifting clamp handle, lifting lock shaft and rocker shaft; The longitudinal direction of described right elevating rocker arm is provided with successively lifting lock shaft and rocker shaft; Described lifting lock shaft is provided with lifting clamp handle; Described left elevating rocker arm assembly is the symmetrical structure of right elevating rocker arm assembly; Described relief bracket both sides are provided with left bore and right bore; Described left elevating rocker arm assembly and right elevating rocker arm assembly can respectively around the line of centers reciprocating rotaries of left bore and right bore by rocker shaft; Described right elevating rocker arm assembly and left elevating rocker arm assembly are provided with the main fulcrum of sunshade framework.
Preferably, described tilt skeleton comprises the first dynamic component, the second dynamic component, first determines component, second and determine component, the 3rd and determine component, rest pin and connecting rod; Described first dynamic component, the second dynamic component, first are determined component, second and are determined component, the 3rd and determine component and combine by the main fulcrum of sunshade framework is rotatable successively, and are fixedly connected by two rest pins and left elevating rocker arm assembly, right elevating rocker arm assembly; Described relief bracket and first is determined to be connected by two connecting rods between component.
Preferably, the described first dynamic component is identical with the structure of the second dynamic component; Described first dynamic component comprises strut, angle modulation clamp handle, traveller and head piece; Symmetrically arranged two struts are provided with below described head piece; Described strut is provided with traveller; Described traveller is provided with angle modulation clamp handle; Described first determines component, second determines component and the 3rd to determine the structure of component identical; Described first determines component comprises strut and head piece; Symmetrically arranged two struts are provided with below described head piece.
Preferably, described angle modulation arm has angle modulation chute and D hole; Described angle modulation arm is symmetrical set the inner side of determining component first by D hole; Described first dynamic component and the second traveller moved on component are slidably arranged in angle modulation chute, and are fixedly connected with angle modulation arm by angle modulation clamp handle.
Preferably, described right lifting radius arm assembly comprises right lifting radius arm, falls stroke limit assembly and rise stroke limit assembly; Described right lifting radius arm has lifting chute; In described lifting chute, both sides are provided with and slidably fall stroke limit assembly and rise stroke limit assembly; Described left lifting radius arm assembly is the symmetrical structure of right lifting radius arm assembly; Lifting lock shaft on described left elevating rocker arm assembly, right elevating rocker arm assembly passes lifting chute outside left lifting radius arm assembly, right lifting radius arm assembly, and is fixedly linked by lifting clamp handle and left lifting radius arm assembly, right lifting radius arm assembly; Described lifting lock shaft is falling stroke limit assembly and is rising between stroke limit assembly.
Preferably, described stretching device comprises front draw ring, rear draw ring, front tensioned lines and rear tensioned lines; Described trac. body is provided with two front draw rings; Draw ring after described tranverse connecting rod two ends are provided with two; Described front draw ring and rear draw ring are by front tensioned lines and rear tensioned lines tensioning sunshade framework.
Preferably, described power-driven mechanism comprises manual device, A Universal pulley, B Universal pulley, rises drag-line, middle draw ring and fall drag-line; Described manual device is arranged in trac. body; Described A Universal pulley is arranged on trac. rear body; Described B Universal pulley is arranged on relief bracket top; Described middle draw ring is connected with tranverse connecting rod; Described middle draw ring respectively with rise drag-line and fall drag-line and be connected; The described drag-line that rises is connected with manual device by A Universal pulley; The described drag-line that falls oppositely is connected with A Universal pulley by B Universal pulley.
Preferably, described relief bracket and be also provided with gas strut between left elevating rocker arm assembly and right elevating rocker arm assembly; Described relief bracket is provided with E hole; Left elevating rocker arm assembly and right elevating rocker arm assembly are provided with C hole; Described gas strut one end is connected with C hole, and the other end is connected with E hole.
Due to the utilization of technique scheme, the utility model compared with prior art has following advantages: the utility model scheme trac. bimodulus regulate awning, it is simple to operate, user can awning be regulated to be elevated trac. bimodulus very easily in trac. and front be full of and after stretch the adjustment of state, allow user can proceed operation when high temperature or some rainy days, and the various use needs met in reality, improve the convenience of use, practicality is high, is conducive to carrying out large-scale promotion and application.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, technical solutions of the utility model are described further.
Accompanying drawing 1 is be full of the structural representation of low level before the utility model trac. bimodulus regulates awning to be in.
Accompanying drawing 2 is the partial enlarged drawing of accompanying drawing 1.
Accompanying drawing 3 be in accompanying drawing 1 A to structural representation.
Accompanying drawing 4 is the partial enlarged drawing of accompanying drawing 3.
Accompanying drawing 5 is be full of high-order structural representation before the utility model trac. bimodulus regulates awning.
Accompanying drawing 6 is the structural representation of right elevating rocker arm assembly.
Accompanying drawing 7 is the structural representation of right lifting radius arm assembly.
Accompanying drawing 8 is the structural representation of the first dynamic component.
Accompanying drawing 9 is the structural representation that the utility model trac. bimodulus regulates awning retrude low level.
Accompanying drawing 10 is the structural representation that the utility model trac. bimodulus regulates an awning retrude high position.
Wherein: 1, trac. body; 2, relief bracket; 3, covering; 4, tranverse connecting rod; 5, angle modulation arm; 6, right elevating rocker arm; 7, clamp handle is elevated; 8, lock shaft is elevated; 9, rocker shaft; 10, left bore; 11, right bore; 12, tilt skeleton fulcrum; 13, the first dynamic component; 14, the second dynamic component; 15, first determines component; 16, second determines component; 17, the 3rd determines component; 18, rest pin; 19, connecting rod; 20, strut; 21, angle modulation clamp handle; 22, traveller; 23, head piece; 24, angle modulation chute; 25, D hole; 26, right lifting radius arm; 27, stroke limit assembly falls; 28, stroke limit assembly is risen; 29, chute is elevated; 30, front draw ring; 31, rear draw ring; 32, front tensioned lines; 33, rear tensioned lines; 34, manual device; 35, A Universal pulley; 36, B Universal pulley; 37, drag-line is risen; 38, middle draw ring; 39, drag-line falls; 40, gas strut; 41, C hole; 42, E hole; 43, A hole; 44, B hole.
Detailed description of the invention
Below in conjunction with drawings and the specific embodiments, the utility model is described in further detail.
Described in the utility model a kind of trac. bimodulus as shown in accompanying drawing 1-10 regulates awning, comprises the relief bracket 2 be arranged on trac. body 1, tilt skeleton, covering 3, left elevating rocker arm assembly, right elevating rocker arm assembly, tranverse connecting rod 4, left lifting radius arm assembly, right lifting radius arm assembly, angle modulation arm 5, power-driven mechanism and stretching device; Described tilt skeleton is arranged on relief bracket 2; Covering 3 is coated with above described sunshade framework; Described left elevating rocker arm assembly and right elevating rocker arm assembly is rotatable is symmetricly set on outside relief bracket 2, and be connected by tranverse connecting rod 4; Described left elevating rocker arm assembly, to be fixedly connected by tilt skeleton fulcrum 12 between right elevating rocker arm assembly and tilt skeleton; Described left lifting radius arm assembly and right lifting radius arm assembly are symmetricly set on outside relief bracket 2; Described left lifting radius arm assembly is connected with right elevating rocker arm assembly with left elevating rocker arm assembly respectively with right lifting radius arm assembly, for adjusting and limit the lifting travel of left elevating rocker arm assembly and right elevating rocker arm assembly; Described tilt skeleton is also provided with angle modulation arm 5, for regulate the retrude of tilt skeleton and before be full of; Described trac. body 1 is provided with power-driven mechanism, for controlling rising and the reduction of tilt skeleton; Described trac. body 1 is also provided with stretching device, for tensioning tilt skeleton; Described right elevating rocker arm assembly comprises right elevating rocker arm 6, lifting clamp handle 7, lifting lock shaft 8 and rocker shaft 9; The longitudinal direction of described right elevating rocker arm 6 is provided with successively lifting lock shaft 8 and rocker shaft 9; Described lifting lock shaft 8 is provided with lifting clamp handle 7; Described left elevating rocker arm assembly is the symmetrical structure of right elevating rocker arm assembly; Described relief bracket 2 both sides are provided with left bore 10 and right bore 11; Described left elevating rocker arm assembly and right elevating rocker arm assembly can respectively around the line of centers reciprocating rotaries of left bore 10 and right bore 11 by rocker shaft 9; Described right elevating rocker arm assembly and left elevating rocker arm assembly are provided with the main fulcrum 12 of sunshade framework; Described tilt skeleton comprises the dynamic component 14, first of the first dynamic component 13, second to be determined component 15, second and determines component 16, the 3rd and determine component 17, rest pin 18 and connecting rod 19; The dynamic component 14, first of described first dynamic component 13, second determine component 15, second and is determined component 16, the 3rd and determine component 17 and combine by the main fulcrum of sunshade framework 12 is rotatable successively, and is fixedly connected by two rest pins 18 and left elevating rocker arm assembly, right elevating rocker arm assembly; Described relief bracket 2 and first is determined to be connected by two connecting rods 19 between component 15; Described first dynamic component 13 is identical with the structure of the second dynamic component 14; Described first dynamic component 13 comprises strut 20, angle modulation clamp handle 21, traveller 22 and head piece 23; Symmetrically arranged two struts 20 are provided with below described head piece 23; Described strut 20 is provided with traveller 22; Described traveller 22 is provided with angle modulation clamp handle 21; Described first determines component 15, second determines component 16 and the 3rd to determine the structure of component 17 identical; Described first determines component 15 comprises strut 20 and head piece 23; Symmetrically arranged two struts 20 are provided with below described head piece 23; Described angle modulation arm 5 has angle modulation chute 24 and D hole 25; Described angle modulation arm 5 is symmetrical set the inner side of determining component 15 first by D hole 25; Described first dynamic component 13 and the second traveller 22 moved on component 14 are slidably arranged in angle modulation chute 24, and are fixedly connected with angle modulation arm 5 by angle modulation clamp handle 21; Described right lifting radius arm assembly comprises right lifting radius arm 26, falls stroke limit assembly 27 and rise stroke limit assembly 28; Described right lifting radius arm 26 has lifting chute 29; In described lifting chute 29, both sides are provided with and slidably fall stroke limit assembly 27 and rise stroke limit assembly 28; Described left lifting radius arm assembly is the symmetrical structure of right lifting radius arm assembly; Lifting lock shaft 8 on described left elevating rocker arm assembly, right elevating rocker arm assembly passes lifting chute 29 outside left lifting radius arm assembly, right lifting radius arm assembly, and is fixedly linked with left lifting radius arm assembly, right lifting radius arm assembly by lifting clamp handle 7; Described lifting lock shaft 8 is falling stroke limit assembly 27 and is rising between stroke limit assembly 28; Described stretching device comprises front draw ring 30, rear draw ring 31, front tensioned lines 32 and rear tensioned lines 33; Described trac. body 1 is provided with two front draw rings 30; Draw ring 31 after described tranverse connecting rod 4 two ends are provided with two; Described front draw ring 30 and rear draw ring 31 are by front tensioned lines 32 and rear tensioned lines 33 tensioning sunshade framework; Described power-driven mechanism comprises manual device 34, A Universal pulley 35, B Universal pulley 36, rises drag-line 37, middle draw ring 38 and fall drag-line 39; Described manual device 34 is arranged in this 1 body of trac.; Described A Universal pulley 35 is arranged on trac. body 1 rear portion; Described B Universal pulley 36 is arranged on relief bracket 2 top; Described middle draw ring 38 is connected with tranverse connecting rod 4; Described middle draw ring 38 respectively with rise drag-line 37 and fall drag-line 39 and be connected; The described drag-line 37 that rises is connected with manual device 34 by A Universal pulley 35; The described drag-line 39 that falls oppositely is connected with A Universal pulley 35 by B Universal pulley 36; Described relief bracket 2 and be also provided with gas strut 40 between left elevating rocker arm assembly and right elevating rocker arm assembly; Described relief bracket 2 is provided with E hole 42; Left elevating rocker arm assembly and right elevating rocker arm assembly are provided with C hole 41; Described gas strut 40 one end is connected with C hole 41, and the other end is connected with E hole 42.
Described in the utility model a kind of trac. bimodulus as shown in accompanying drawing 1-10 regulates awning, its principle of work is as described below: when needs raise trac. bimodulus adjustment tilt, first unclamp front tensioned lines 32 and rear tensioned lines 33, unclamp the lifting clamp handle 7 on left elevating rocker arm assembly and right elevating rocker arm assembly again, oppositely be connected with A Universal pulley 35 by B Universal pulley 36 owing to falling drag-line 39, and A Universal pulley 35 is connected with manual device, when operator with hand manipulate manual device 34 allow fall drag-line 39 discharge tranverse connecting rod 4 time, rising drag-line 37 will pull tranverse connecting rod 4 down to move, make left elevating rocker arm assembly and right elevating rocker arm assembly synchronous rotary, lifting lock shaft 8 just down slides respectively in the lifting chute 29 of left lifting radius arm assembly and right lifting radius arm assembly, thus make trac. bimodulus regulate tilt entirety to raise, when trac. bimodulus regulates tilt to be elevated to suitable position, user first fastens front tensioned lines 32 and rear tensioned lines 33, and then utilize the lifting clamp handle 7 on left elevating rocker arm assembly and right elevating rocker arm assembly to lock the height of trac. bimodulus adjustment tilt, so just can ensure that trac. bimodulus regulates tilt to be in high-order state.
When needs reduce trac. bimodulus adjustment tilt, first unclamp front tensioned lines 32 and rear tensioned lines 33, unclamp the lifting clamp handle 7 on left elevating rocker arm assembly and right elevating rocker arm assembly again, oppositely be connected with A Universal pulley 35 by B Universal pulley 36 owing to falling drag-line 39, and A Universal pulley 35 is connected with manual device 34, when operator with hand manipulate manual device 34 make to rise drag-line 37 discharge tranverse connecting rod 4 time, falling drag-line 39 will pull tranverse connecting rod 4 up to move, left like this elevating rocker arm assembly and right elevating rocker arm total performance synchronous rotary, lifting lock shaft 8 is upward sliding in the lifting chute 29 of left lifting radius arm assembly and right lifting radius arm assembly respectively, thus make trac. bimodulus regulate tilt entire lowering, when trac. bimodulus regulates tilt to be reduced to correct position, user first fastens front tensioned lines 32 and rear tensioned lines 33, and then utilize the lifting clamp handle 7 on left elevating rocker arm assembly and right elevating rocker arm assembly to lock the height of trac. bimodulus adjustment tilt, thus make trac. bimodulus regulate tilt to be in the state of low level.
When needs adjustment trac. bimodulus regulate to be full of state before tilt is time, first unclamp front tensioned lines 32, then user unclamps the angle modulation clamp handle 21 needing on first of adjustment the dynamic component 13 and the second dynamic component 14 with hand, first dynamic component 13 and the second dynamic component 14 are promoted forward, traveller 22 on first dynamic component 13 and the second dynamic component 14 is moved in angle modulation chute 24, angle modulation clamp handle 21 is tightened after adjusting to correct position, fastening front tensioned lines 32 again, trac. bimodulus just can being allowed to regulate tilt for being full of state before being in.
Front tensioned lines 32 is unclamped when needs adjustment trac. bimodulus regulates and to be full of state before tilt is, user unclamps the angle modulation clamp handle 21 needed on first of adjustment the dynamic component 13 and the second dynamic component 14 with hand, first dynamic component 13 and the second dynamic component 14 are promoted backward, traveller 22 on first dynamic component 13 and the second dynamic component 14 is moved in angle modulation chute 24, angle modulation clamp handle 21 is tightened after adjusting to correct position, fasten front tensioned lines 32, trac. bimodulus can be made to regulate tilt to be in retrude state.
Further, falling stroke limit assembly 27 and rises stroke limit assembly 28 all can slip thus can to adjust the lifting travel of left lifting radius arm assembly and right lifting radius arm assembly spacing in lifting chute 29, fall stroke limit assembly 27 and rise after stroke limit assembly 28 mixes up and can lock, in order to meet different user demands.
Further, wherein manual device 34 can be arranged on inside seat handrail, also can be arranged on inside relief bracket 2.
Further, tranverse connecting rod 4 connects left elevating rocker arm assembly and right elevating rocker arm assembly by B hole 44.
Further, head piece 23 and strut 20 by welding, to rivet or bolt connects.
Further, left lifting radius arm assembly and right lifting radius arm assembly are symmetrical set outside relief bracket 2 by A hole 43.
Trac. bimodulus as above regulates awning, and wherein gas strut 40 is at relief bracket 2 and between left elevating rocker arm assembly and right elevating rocker arm assembly, and it mainly plays power-assisted, support, auxiliary positioning effect.
Trac. bimodulus of the present utility model regulates awning, it is easy to use, user can awning be regulated to be elevated trac. bimodulus very easily in trac. and front be full of and after stretch the adjustment of state, allow user can proceed operation when high temperature or some rainy days, meet actual various use needs, improve the convenience of use, its practicality is high, is conducive to carrying out large-scale promotion and application.
Below be only embody rule example of the present utility model, protection domain of the present utility model is not constituted any limitation.The technical scheme that all employing equivalents or equivalence are replaced and formed, all drops within the utility model rights protection scope.
Claims (9)
1. trac. bimodulus regulates an awning, it is characterized in that: comprise the relief bracket be arranged on trac. body, tilt skeleton, covering, left elevating rocker arm assembly, right elevating rocker arm assembly, tranverse connecting rod, left lifting radius arm assembly, right lifting radius arm assembly, angle modulation arm, power-driven mechanism and stretching device; Described tilt skeleton is arranged on relief bracket; Covering is coated with above described sunshade framework; Described left elevating rocker arm assembly and right elevating rocker arm assembly is rotatable is symmetricly set on outside relief bracket, and be connected by tranverse connecting rod; Described left elevating rocker arm assembly, to be fixedly connected by tilt skeleton fulcrum between right elevating rocker arm assembly and tilt skeleton; Described left lifting radius arm assembly and right lifting radius arm assembly are symmetricly set on outside relief bracket; Described left lifting radius arm assembly is connected with right elevating rocker arm assembly with left elevating rocker arm assembly respectively with right lifting radius arm assembly, for adjusting and limit the lifting travel of left elevating rocker arm assembly and right elevating rocker arm assembly; Described tilt skeleton is also provided with angle modulation arm, for regulate the retrude of tilt skeleton and before be full of; Described trac. body is provided with power-driven mechanism, for controlling rising and the reduction of tilt skeleton; Described trac. body is also provided with stretching device, for tensioning tilt skeleton.
2. trac. bimodulus according to claim 1 regulates awning, it is characterized in that: described right elevating rocker arm assembly comprises right elevating rocker arm, lifting clamp handle, lifting lock shaft and rocker shaft; The longitudinal direction of described right elevating rocker arm is provided with successively lifting lock shaft and rocker shaft; Described lifting lock shaft is provided with lifting clamp handle; Described left elevating rocker arm assembly is the symmetrical structure of right elevating rocker arm assembly; Described relief bracket both sides are provided with left bore and right bore; Described left elevating rocker arm assembly and right elevating rocker arm assembly can respectively around the line of centers reciprocating rotaries of left bore and right bore by rocker shaft; Described right elevating rocker arm assembly and left elevating rocker arm assembly are provided with the main fulcrum of sunshade framework.
3. trac. bimodulus according to claim 2 regulates awning, it is characterized in that: described tilt skeleton comprises the first dynamic component, the second dynamic component, first is determined component, second and determined component, the 3rd and determine component, rest pin and connecting rod; Described first dynamic component, the second dynamic component, first are determined component, second and are determined component, the 3rd and determine component and combine by the main fulcrum of sunshade framework is rotatable successively, and are fixedly connected by two rest pins and left elevating rocker arm assembly, right elevating rocker arm assembly; Described relief bracket and first is determined to be connected by two connecting rods between component.
4. trac. bimodulus according to claim 3 regulates awning, it is characterized in that: the described first dynamic component is identical with the structure of the second dynamic component; Described first dynamic component comprises strut, angle modulation clamp handle, traveller and head piece; Symmetrically arranged two struts are provided with below described head piece; Described strut is provided with traveller; Described traveller is provided with angle modulation clamp handle; Described first determines component, second determines component and the 3rd to determine the structure of component identical; Described first determines component comprises strut and head piece; Symmetrically arranged two struts are provided with below described head piece.
5. the trac. bimodulus according to claim 3 or 4 regulates awning, it is characterized in that: described angle modulation arm has angle modulation chute and D hole; Described angle modulation arm is symmetrical set the inner side of determining component first by D hole; Described first dynamic component and the second traveller moved on component are slidably arranged in angle modulation chute, and are fixedly connected with angle modulation arm by angle modulation clamp handle.
6. trac. bimodulus according to claim 5 regulates awning, it is characterized in that: described right lifting radius arm assembly comprises right lifting radius arm, falls stroke limit assembly and rise stroke limit assembly; Described right lifting radius arm has lifting chute; In described lifting chute, both sides are provided with and slidably fall stroke limit assembly and rise stroke limit assembly; Described left lifting radius arm assembly is the symmetrical structure of right lifting radius arm assembly; Lifting lock shaft on described left elevating rocker arm assembly, right elevating rocker arm assembly passes lifting chute outside left lifting radius arm assembly, right lifting radius arm assembly, and is fixedly linked by lifting clamp handle and left lifting radius arm assembly, right lifting radius arm assembly; Described lifting lock shaft is falling stroke limit assembly and is rising between stroke limit assembly.
7. trac. bimodulus according to claim 6 regulates awning, it is characterized in that: described stretching device comprises front draw ring, rear draw ring, front tensioned lines and rear tensioned lines; Described trac. body is provided with two front draw rings; Draw ring after described tranverse connecting rod two ends are provided with two; Described front draw ring and rear draw ring are by front tensioned lines and rear tensioned lines tensioning sunshade framework.
8. trac. bimodulus according to claim 7 regulates awning, it is characterized in that: described power-driven mechanism comprises manual device, A Universal pulley, B Universal pulley, rises drag-line, middle draw ring and fall drag-line; Described manual device is arranged in trac. body; Described A Universal pulley is arranged on trac. rear body; Described B Universal pulley is arranged on relief bracket top; Described middle draw ring is connected with tranverse connecting rod; Described middle draw ring respectively with rise drag-line and fall drag-line and be connected; The described drag-line that rises is connected with manual device by A Universal pulley; The described drag-line that falls oppositely is connected with A Universal pulley by B Universal pulley.
9. trac. bimodulus according to claim 8 regulates awning, it is characterized in that:
Described relief bracket and be also provided with gas strut between left elevating rocker arm assembly and right elevating rocker arm assembly; Described relief bracket is provided with E hole; Left elevating rocker arm assembly and right elevating rocker arm assembly are provided with C hole; Described gas strut one end is connected with C hole, and the other end is connected with E hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520074684.XU CN204506435U (en) | 2015-02-03 | 2015-02-03 | A kind of trac. bimodulus regulates awning |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520074684.XU CN204506435U (en) | 2015-02-03 | 2015-02-03 | A kind of trac. bimodulus regulates awning |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204506435U true CN204506435U (en) | 2015-07-29 |
Family
ID=53704434
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520074684.XU Withdrawn - After Issue CN204506435U (en) | 2015-02-03 | 2015-02-03 | A kind of trac. bimodulus regulates awning |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204506435U (en) |
-
2015
- 2015-02-03 CN CN201520074684.XU patent/CN204506435U/en not_active Withdrawn - After Issue
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150729 Effective date of abandoning: 20161012 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |