CN204861360U - Automatic transfer interval device - Google Patents
Automatic transfer interval device Download PDFInfo
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- CN204861360U CN204861360U CN201520576915.7U CN201520576915U CN204861360U CN 204861360 U CN204861360 U CN 204861360U CN 201520576915 U CN201520576915 U CN 201520576915U CN 204861360 U CN204861360 U CN 204861360U
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Abstract
The utility model discloses an automatic transfer interval device. Automatic transfer interval device includes the support component, removes part and adjustment Assembly. The support component has support and fixed arm, and the fixed arm is connected in the support. Removing the part and having guide bar, a plurality of movable block and a plurality of transfer line, on the guide bar was fixed in the support, movable block sliding connection was used for connections to need spacing's equipment in the guide bar, and all articulated on the movable block have the transfer line, and a plurality of transfer lines all are located same plane, and adjacent transfer line articulates. Adjustment Assembly has accommodate the lead screw, axle sleeve and a driver part, and on the driver part was fixed in the fixed arm, the rotation that is used for driving accommodate the lead screw in accommodate the lead screw was connected to the driver part, and accommodate the lead screw is on a parallel with the guide bar, the axle sleeve cover locate accommodate the lead screw and accommodate the lead screw threaded connection, the axle sleeve still is fixed in one of them movable block. The utility model discloses an automatic transfer interval device enables the polycell holding control and adjusts the interval accuracy.
Description
Technical field
The utility model relates to field of textile machinery, particularly relates to one and automatically adjusts spacing device.
Background technology
In field of textiles, often can relate to the adjustment at the interval to multiple equipment.As taken out stitches in operation, during to multiple same specification garment pieces partition, fixing while multiple garment pieces, needing especially to ensure the consistent of the interval between fixture.If by artificial adjustment, then waste time and energy, inefficiency.If adjusted by automation, then can increase work efficiency.But existing equidistant linear adjusting device in the market, reaction is comparatively slow, and use unit number less, bearing capacity is also little, affects operating efficiency.And the scope of application of above-mentioned equidistant linear adjusting device is limited.
Utility model content
Based on this, be necessary to provide one can complete multiple-unit synchronous adjustment and adjust spacing and automatically adjust spacing device accurately.
One adjusts spacing device automatically, comprising:
Support component, described support component has support and fixed arm, and described fixed arm is connected to described support,
Moving-member, described moving-member has guide post, multiple movable block and multiple drive link, described guide post is fixed on described support, described movable block is slidably connected to described guide post for connecting the equipment needing spacing, described movable block is hinged with described drive link, and multiple described drive link is all positioned at same plane, adjacent drive link is hinged; And
Adjustment member, described adjustment member has adjustment screw mandrel, axle sleeve and driver part, described driver part is fixed on described fixed arm, described driver part is connected to described adjustment screw mandrel for driving the rotation of described adjustment screw mandrel, described adjustment screw mandrel is parallel to described guide post, described axle sleeve is sheathed on described adjustment screw mandrel and is connected with described adjustment wire rod thread, and described axle sleeve is also fixed on one of them movable block.
Wherein in an embodiment, the quantity of described guide post is two, and two described guide posts are fixed on described support abreast, has interval between two described guide posts;
Described movable block is strip, and movable block synchronous slide described in each is connected to two described guide posts, and the long axis normal of described movable block is in described guide post.
Wherein in an embodiment, described support has two the first booms and two the second booms, and wherein more described second boom of the length of the first boom is long, and two described first booms and two described second booms form rectangle;
The two ends of two described guide posts are individually fixed in two described second booms, and two described guide posts are parallel to described first boom.
Wherein in an embodiment, described fixed arm is strip, the two ends of described fixed arm are individually fixed in two the first booms, described driver part is fixed on described fixed arm, one end of described adjustment screw mandrel is connected to described driver part, and the other end is arranged on one of them second boom by clamping part part.
Wherein in an embodiment, the quantity of described fixed arm is multiple, and the both ends of multiple described fixed arm are individually fixed in two described first booms, and multiple described fixed arm is parallel, fixed arm described in each is equipped with described clamping part part.
Wherein in an embodiment, also comprise sliding sleeve and the first connector, two described guide posts are arranged with the described sliding sleeve equal with the quantity of described movable block respectively, axle sleeve described in each is all fixed with described first connector;
On two described guide posts, two of the corresponding position equal synchronized links of described first connector have a described movable block.
Wherein in an embodiment, also comprise the second connector, on two described guide posts, two of the corresponding position equal synchronized links of described first connector have described second connector, and the second connector described in each is connected to described movable block.
Wherein in an embodiment, described second connector is strip, and described second connector is between two described guide posts, and described second connector both ends are individually fixed in the first connector on two guide posts;
Drive link described in each is articulated with described second connector respectively, and the middle part of the middle part of described drive link and described second connector is hinged.
Wherein in an embodiment, also comprise manual adjustments parts, described manual adjustments parts have rotating disk, rotating shaft and handle, and described rotating disk is connected to described adjustment screw mandrel by described rotating shaft and rotates for driving described adjustment screw mandrel, and described handle is fixed on described rotating disk.
The automatic tune spacing device that the utility model relates to, be provided with support component, moving-member and adjustment member, the support had by support component and fixed arm play the effect of support, for stable guide post and movable block, ensure the stability of movable block when mobile.The setting of the guide post that moving-member has, multiple movable block and multiple drive link, makes movable block move along guide post, and the path of movement is linearly.Screw mandrel, axle sleeve and driver part is regulated to provide the power of movable block movement.The adjustment screw mandrel, axle sleeve and the driver part that are had by adjustment member, achieve automation and drive the rotation regulating screw mandrel, regulate the rotation of screw mandrel to drive axle sleeve regulating the movement on screw mandrel, thus achieve the movement of movable block along guide post of this axle sleeve connection.Each movable block being articulated and connected by drive link, achieves and only needs a mobile movable block, can drive the movement of other movable block, and movement is equidistant, ensure that accuracy and the stability of movement.The automatic tune spacing device that the utility model relates to, by being provided with multiple movable block, increases bearing capacity, can be used in the spacing adjustment of the large equipment of multiple weight completely, and when adjusting, reacts rapider.The automatic tune spacing device that the utility model relates to, achieves multiunit synchronous, straight line, accurately positioned at intervals.This adjusts spacing device automatically, simple and compact for structure, and a plurality of use of installation capable of being combined, can be used in multiple needs in the automation equipment of spacing.As in combination automatic winding and the use of moving back on line unit, the automation demand that the partition that this application improves weaving collar/sleeve is processed, has very positive meaning.
The automatic tune spacing device that the utility model relates to, the quantity of guide post is two, and two guide posts are fixed on described support abreast; Each movable block is slidably connected to two described guide posts simultaneously, and the long axis normal of movable block is in guide post.Above-mentioned setting, makes same movable block obtain the connection of two guide posts, fully ensure that the stability of movable block movement, and also increases whole device weight capacity.
The automatic tune spacing device that the utility model relates to, described support has two the first booms and two the second booms, and wherein more described second boom of the length of the first boom is long, and two described first booms and two described second booms form rectangle; The two ends of two described guide posts are individually fixed in two described second booms, and two described guide posts are parallel to described first boom.The support of rectangle that two the first booms and two the second booms are formed, increases the stability of support, avoids the vibrations at moving member moving process medium-height trestle and result in the inaccuracy that interval regulates.
The automatic tune spacing device that the utility model relates to, fixed arm is strip, and the two ends of fixed arm are individually fixed in two the first booms, and driver part is fixed on fixed arm, regulate one end of screw mandrel to be connected to driver part, the other end is arranged on one of them second boom by clamping part part.The setting of multiple fixed arm ensure that the stability regulating screw mandrel, when adjustment screw mandrel rotates, because the equipment that multiple movable block and movable block connect will be driven, therefore, the power regulating screw mandrel to be subject to is larger, by arranging multiple fixed arm and clamping part part, make to regulate screw mandrel to be firmly attached on support.
The automatic tune spacing device that the utility model relates to, also comprises sliding sleeve, the first connector and the second connector.The setting of sliding sleeve, is convenient to being slidably matched between movable block and screw mandrel, and sliding sleeve more easily slides on the guide bar, and frictional force is little, and more easily, the resistance regulating screw mandrel to be subject to is little for slip ratio.Movable block is fixed on sliding sleeve, is convenient to implement being slidably matched between movable block and guide post.The setting of the second connector, is convenient to the connection between two the first connectors corresponding on enforcement two guide posts, is all easy to operation, saves time and manpower in dismounting and installation process.
The automatic tune spacing device that the utility model relates to, each drive link is articulated with the second connector respectively, be connected between eliminating between movable block with drive link, dismounting between drive link and movable block and install better convenient, when changing different movable blocks as needed, do not need the connection between dismounting second connector and drive link, only need dismantle movable block.The middle part of drive link and the middle part of the second connector hinged.Make movable block when mobile, driven in other the process of movable block movement by drive link, the force rate that each movable block is subject to is comparatively even, and the movable block avoiding occurring on one of them guide post moves the movable block faster than correspondence position on another guide post.The translational speed of the movable block of the correspondence position on two guide posts is consistent, ensure that accuracy and the stability of movement.
The automatic tune spacing device that the utility model relates to, further comprises manual adjustments parts, the design of manual adjustments parts, is matched with the automatic adjustment of driver part.At some in particular cases, when driver part cannot normally work, or when there is deviation, manual adjustments parts auxiliary adjustment can be started, meet the smooth and easy of the adjustment of interval between equipment largely.
Accompanying drawing explanation
Fig. 1 is that the utility model one embodiment adjusts spacing device front view automatically;
Fig. 2 is the automatic tune spacing device front view described in Fig. 1;
Fig. 3 is the automatic tune spacing device upward view described in Fig. 1;
Fig. 4 is the automatic tune spacing device side view described in Fig. 1.
Description of reference numerals
10, automatically spacing device is adjusted; 111a, 111b, the first boom; 112a, 112b, the second boom; 121, the first fixed arm; 122, the second fixed arm; 210, guide post; 220, sliding sleeve; 230, the first connector; 240, the second connector; 2501, the first movable block; 2502, the second movable block; 2503, the 3rd movable block; 2504, the 4th movable block; 2505, the 5th movable block; 2506, the 6th movable block; 2507, the 7th movable block; 2508, the 8th movable block; 2509, the 9th movable block; 2510, the tenth movable block; 310, screw mandrel is regulated; 320, driver part; 330, clamping part part; 340, axle sleeve; 350, manual adjustments parts; 351, rotating disk; 352, handle; 360, fixed block.
Detailed description of the invention
For the ease of understanding the utility model, below with reference to relevant drawings, the utility model is described more fully.Preferred embodiment of the present utility model is given in accompanying drawing.But the utility model can realize in many different forms, is not limited to embodiment described herein.On the contrary, provide the object of these embodiments be make the understanding of disclosure of the present utility model more comprehensively thorough.
It should be noted that, when element is called as " being fixed on " another element, directly can there is element placed in the middle in it on another element or also.When an element is considered to " connection " another element, it can be directly connected to another element or may there is centering elements simultaneously.
Unless otherwise defined, all technology used herein and scientific terminology are identical with belonging to the implication that those skilled in the art of the present utility model understand usually.The object of the term used in description of the present utility model herein just in order to describe specific embodiment, is not intended to be restriction the utility model.Term as used herein "and/or" comprises arbitrary and all combinations of one or more relevant Listed Items.
Shown in Fig. 1 and Fig. 2, the present embodiment relate to a kind of spacing device 10 of tune automatically.This adjusts spacing device 10 to comprise support component, moving-member, adjustment member and manual adjustments parts 350 automatically.
Shown in Fig. 1 and Fig. 2, support component has support and fixed arm.Support has two first booms 111a, 111b and two second booms 112a, 112b, wherein comparatively second boom 112a, 112b is long for the length of first boom 111a, 111b, and two first booms 111a, 111b and two second booms 112a, 112b form rectangle.Fixed arm is strip, and the quantity of fixed arm is two, is respectively the second boom 121 and the second fixed arm 122.The quantity of fixed arm is not limited to two, can also be three, four etc.The two ends of two fixed arms (second boom 121 and the second fixed arm 122) are individually fixed on two first booms 111a, 111b, 2 fixed arms (second boom 121 and the second fixed arm 122) are parallel to second boom 112a, 112b, and the second boom 121 and the second fixed arm 122 are parallel to each other.In this enforcement, wherein the second boom 121 is positioned at the middle position of first boom 111a, 111b, and the second fixed arm 122 is positioned at 1/4 position of first boom 111a, 111b.The setting of multiple fixed arm ensure that the stability regulating screw mandrel 310, when adjustment screw mandrel 310 rotates, because the equipment that multiple movable block and movable block connect will be driven, therefore, the power regulating screw mandrel 310 to be subject to is larger, by arranging multiple fixed arm and clamping part part 330, make to regulate screw mandrel 310 to be firmly attached on support.
Shown in Fig. 1 and Fig. 2, moving-member has guide post 210, sliding sleeve 220, first connector 230, second connector 240, multiple movable block, multiple drive link.Movable block is strip.In the present embodiment, the quantity of movable block is ten, is respectively the first movable block 2501, second movable block 2502, the 3rd movable block 2503, the 4th movable block 2504, the 5th movable block 2505, the 6th movable block 2506, the 7th movable block 2507, the 8th movable block 2508, the 9th movable block 2509, the tenth movable block 2510.The quantity of movable block is not limited to ten, also can be other quantity, as two, three ... 11 etc.The quantity of drive link is equal to the quantity of above-mentioned movable block, is also ten.The quantity of drive link is respective change along with the change of the quantity of above-mentioned movable block.
Shown in Fig. 1 and Fig. 2, the quantity of above-mentioned guide post 210 is two, and the quantity of guide post 210 also can be three or four etc.Guide post 210 is in cylindrical shape.The two ends of two guide posts 210 are individually fixed in two second booms 112a, 112b, and two guide posts 210 are parallel to first boom 111a, 111b.Between guide post 210, there is interval, and between two guide posts 210 and first boom 111a, the 111b on both sides, there is equal interval.Also namely, two the first boom 111a, 111b, two second boom 112a, 112b and two guide posts 210 form the figure of axial symmetry shape.The support of the rectangle that two first booms 111a, 111b and two second booms 112a, 112b are formed, increases the stability of support, avoids the vibrations at moving member moving process medium-height trestle and result in the inaccuracy that interval regulates.
Shown in Figure 2, the quantity of the first connector 230 is 20.The quantity of the second connector 240 is ten.The quantity of the first connector 230 is the twice of above-mentioned movable block quantity, and this quantity changes according to the change of movable block quantity.The quantity of the second connector 240 is caught up with and is stated the equal of movable block quantity, and this quantity changes according to the change of movable block quantity.
Second connector 240 is in strip.On two guide posts 210, difference sheathed ten sliding sleeves 220, each sliding sleeve 220 are all fixed with the first connector 230.From one of them second boom 112a, 112b to another the second boom 112a, 112b direction, on two guide posts 210, two the first connectors 230 of first position are connected with second connector 240 simultaneously.On two guide posts 210, two the first connectors 230 of second position are connected with second connector 240 simultaneously, by that analogy.The second connector 240 both ends on each position are separately fixed on the first connector 230 on two guide posts 210.10 the second connectors 240 are positioned at the middle of two guide posts 210.The quantity of guide post 210 is two, and two guide posts 210 are fixed on support abreast; Each movable block is slidably connected to two guide posts 210 simultaneously, and the long axis normal of movable block is in guide post 210.Above-mentioned setting, makes same movable block obtain the connection of two guide posts 210, fully ensure that the stability of movable block movement, and also increases whole device weight capacity.The setting of sliding sleeve 220, is convenient to being slidably matched between movable block and screw mandrel, and sliding sleeve 220 is easier to slide on guide post 210, and frictional force is little, and more easily, the resistance regulating screw mandrel 310 to be subject to is little for slip ratio.Movable block is fixed on sliding sleeve 220, is convenient to implement being slidably matched between movable block and guide post 210.The setting of the second connector 240, is convenient to the connection between two the first connectors 230 corresponding on enforcement two guide posts 210, is all easy to operation, saves time and manpower in dismounting and installation process.
10 drive links are articulated with on 10 the second connectors 240 respectively, and the middle part of the middle part of drive link and the second connector 240 is hinged.The length being positioned at the drive link on the second connector 240 of first position and the second connector 240 of the tenth position is the half of other the second connector 240 upper driving pole lengths.Two drive links be positioned on the second connector 240 of first position and the second connector 240 of the tenth position are all hinged by the second connector 240 of the end of this drive link and the second connector 240 of first position and the tenth position.Other drive link is all by wherein second connector 240 of portion respectively with corresponding is hinged.The end of adjacent drive link is hinged.10 drive links are all positioned at same plane.
From left to right, ten the second connectors 240 are connected to above-mentioned the first movable block 2501, second movable block 2502, the 3rd movable block 2503, the 4th movable block 2504, the 5th movable block 2505, the 6th movable block 2506, the 7th movable block 2507, the 8th movable block 2508, the 9th movable block 2509, the tenth movable block 2510.
Shown in Fig. 1 and Fig. 2, adjustment member has adjustment screw mandrel 310, axle sleeve 340, clamping part part 330, fixed block 360 and driver part 320.The length of screw mandrel 310 is regulated to be greater than the length of half first boom 111a, 111b.Driver part 320 is fixed on the second boom 121.At the middle part of the second above-mentioned boom 121 and the second fixed arm 122, there is clamping part part 330.Clamping part part 330 is in semicircle shape.After clamping part part 330 is fixedly connected with the second boom 121 and the second fixed arm 122, and all form through hole between the second boom 121 and the second fixed arm 122.
Regulate screw mandrel 310 through above-mentioned through hole, and regulate one end of screw mandrel 310 to be connected to driver part 320, the other end protrudes from second boom 112a, 112b.On this second boom 112a, be also provided with clamping part part 330, for regulating, screw mandrel 310 and the second boom 112a's is fixing.The size of through hole is greater than and regulates the diameter of screw mandrel 310 to make to regulate screw mandrel 310 can rotate in through hole.Regulate screw mandrel 310 to be parallel to guide post 210 to arrange.Now, in the plane that first boom 111a, 111b and second boom 112a, 112b is formed, screw mandrel 310 is regulated to be positioned at the position, middle of two guide posts 210.Driver part 320 is connected to and regulates screw mandrel 310 for driving the rotation regulating screw mandrel 310.Regulate the part of screw mandrel 310 between the second boom 121 and the second fixed arm 122 to have external screw thread, remainder is smooth pole face, is convenient to reduce to regulate the frictional force between screw mandrel 310 and clamping part part 330.
Axle sleeve 340 is sheathed on and regulates screw mandrel 310 and be threaded with adjustment screw mandrel 310.Axle sleeve 340 is in adjustment screw mandrel 310 position between the second boom 121 and the second fixed arm 122.Axle sleeve 340 is connected with above-mentioned fixed block 360, and this fixed block 360 is also connected on the second connector 240 of being positioned on the 7th movable block 2507, and is connected to the middle part of this second connector 240.
Shown in Fig. 2 and Fig. 4, manual adjustments parts 350 have rotating disk 351, rotating shaft and handle 352, and above-mentioned rotating shaft does not mark in the drawings.Rotating disk 351 is connected to the end regulating screw mandrel 310 to protrude from the second boom 112a by rotating shaft, and regulates screw mandrel 310 perpendicular to rotating disk 351.Rotating disk 351 regulates screw mandrel 310 to rotate for driving.Handle 352 is fixed in rotating disk 351 one side towards the outside, and handle 352, for the gripping of staff, is convenient to firmly.When driver part 320 runs out of steam, the rotating disk 351 of manually adjustment member 350 can rotate above-mentioned adjustment screw mandrel 310, in order to drive the rotation regulating screw mandrel 310, realize the adjustment of the spacing of the multiple equipment be connected on each movable block.Cooperatively interacting of automatic adjustment and manual adjustments, ensure that the smooth and easy of adjustment.At some in particular cases, when driver part 320 cannot normally work, or when there is deviation, manual adjustments parts 350 auxiliary adjustment can be started, meet the smooth and easy of the adjustment of interval between equipment largely.
The automatic tune spacing device 10 that the present embodiment relates to is when the interval adjustment for multiple unit, and the automatic tune distance method related to, comprises the steps:
By the interval of adjustment ten units in the present embodiment, the first movable block 2501 is connected to by needing ten of spacing equipment, second movable block 2502, 3rd movable block 2503, 4th movable block 2504, 5th movable block 2505, 6th movable block 2506, 7th movable block 2507, 8th movable block 2508, 9th movable block 2509, on tenth movable block 2510, driver part 320 drives and regulates screw mandrel 310 to rotate, the adjustment screw mandrel 310 rotated orders about axle sleeve 340 and moves on adjustment screw mandrel 310, the 7th movable block 2507 that the axle sleeve 340 of movement drives it to connect moves, the equipment moving that 7th movable block 2507 drives it to connect,
7th movable block 2507 of movement drives the first movable block 2501, second movable block 2502, the 3rd movable block 2503, the 4th movable block 2504, the 5th movable block 2505, the 6th movable block 2506, the 8th movable block 2508, the 9th movable block 2509, the tenth movable block 2510 to move by its hinged drive link, interval between adjacent movable block increases gradually, until after needing the equipment adjusting interval to reach default distance, driver part 320 drives and regulates screw mandrel 310 to rotate.
The automatic tune spacing device 10 that the utility model relates to, be provided with support component, moving-member and adjustment member, the support had by support component and fixed arm play the effect of support, for stable guide post 210 and movable block, ensure the stability of movable block when mobile.The setting of the guide post 210 that moving-member has, multiple movable block and multiple drive link, movable block is moved along guide post 210, and the path of movement is linearly.Screw mandrel 310, axle sleeve 340 and driver part 320 is regulated to provide the power of movable block movement.The adjustment screw mandrel 310 had by adjustment member, axle sleeve 340 and driver part 320, achieve automation and drive the rotation regulating screw mandrel 310, regulate the rotation of screw mandrel 310 to drive axle sleeve 340 regulating the movement on screw mandrel 310, thus achieve the movement of movable block along guide post 210 of this axle sleeve 340 connection.Each movable block being articulated and connected by drive link, achieves and only needs a mobile movable block, can drive the movement of other movable block, and movement is equidistant, ensure that accuracy and the stability of movement.The automatic tune spacing device 10 that the utility model relates to, by being provided with multiple movable block, increases bearing capacity, can be used in the spacing adjustment of the large equipment of multiple weight completely, and when adjusting, reacts rapider.The automatic tune spacing device 10 that the utility model relates to, achieves multiunit synchronous, straight line, accurately positioned at intervals.This adjusts spacing device 10 automatically, simple and compact for structure, and a plurality of use of installation capable of being combined, can be used in multiple needs in the automation equipment of spacing.
The automatic tune spacing device 10 that the utility model relates to, each drive link is articulated with the second connector 240 respectively, be connected between eliminating between movable block with drive link, dismounting between drive link and movable block and install better convenient, when changing different movable blocks as needed, do not need the connection between dismounting second connector 240 and drive link, only need dismantle movable block.The middle part of drive link and the middle part of the second connector 240 hinged.Make movable block when mobile, driven in other the process of movable block movement by drive link, the force rate that each movable block is subject to is comparatively even, and the movable block avoiding occurring on one of them guide post 210 moves the movable block faster than correspondence position on another guide post 210.The translational speed of the movable block of the correspondence position on two guide posts 210 is consistent, ensure that accuracy and the stability of movement.
The above embodiment only have expressed several embodiment of the present utility model, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the utility model the scope of the claims.It should be pointed out that for the person of ordinary skill of the art, without departing from the concept of the premise utility, can also make some distortion and improvement, these all belong to protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be as the criterion with claims.
Claims (9)
1. automatically adjust a spacing device, it is characterized in that, comprising:
Support component, described support component has support and fixed arm, and described fixed arm is connected to described support;
Moving-member, described moving-member has guide post, multiple movable block and multiple drive link, described guide post is fixed on described support, described movable block is slidably connected to described guide post for connecting the equipment needing spacing, described movable block is hinged with described drive link, and multiple described drive link is all positioned at same plane, adjacent drive link is hinged; And
Adjustment member, described adjustment member has adjustment screw mandrel, axle sleeve and driver part, described driver part is fixed on described fixed arm, described driver part is connected to described adjustment screw mandrel for driving the rotation of described adjustment screw mandrel, described adjustment screw mandrel is parallel to described guide post, described axle sleeve is sheathed on described adjustment screw mandrel and is connected with described adjustment wire rod thread, and described axle sleeve is also fixed on one of them movable block.
2. automatic tune spacing device according to claim 1, is characterized in that, the quantity of described guide post is two, and two described guide posts are fixed on described support abreast, has interval between two described guide posts;
Described movable block is strip, and movable block synchronous slide described in each is connected to two described guide posts, and the long axis normal of described movable block is in described guide post.
3. automatic tune spacing device according to claim 2, it is characterized in that, described support has two the first booms and two the second booms, and wherein more described second boom of the length of the first boom is long, and two described first booms and two described second booms form rectangle;
The two ends of two described guide posts are individually fixed in two described second booms, and two described guide posts are parallel to described first boom.
4. automatic tune spacing device according to claim 3, it is characterized in that, described fixed arm is strip, the two ends of described fixed arm are individually fixed in two the first booms, described driver part is fixed on described fixed arm, one end of described adjustment screw mandrel is connected to described driver part, and the other end is arranged on one of them second boom by clamping part part.
5. automatic tune spacing device according to claim 4, it is characterized in that, the quantity of described fixed arm is multiple, and the both ends of described fixed arm are individually fixed in two described first booms, multiple described fixed arm is parallel, and described fixed arm is provided with described clamping part part.
6. the automatic tune spacing device according to claim 2-5 any one, it is characterized in that, also comprise sliding sleeve and the first connector, two described guide posts are arranged with the described sliding sleeve equal with the quantity of described movable block respectively, axle sleeve described in each is all fixed with described first connector;
On two described guide posts, two of the corresponding position equal synchronized links of described first connector have a described movable block.
7. automatic tune spacing device according to claim 6, it is characterized in that, also comprise the second connector, on two described guide posts, two of the corresponding position equal synchronized links of described first connector have described second connector, and the second connector described in each is connected to described movable block.
8. automatic tune spacing device according to claim 7, it is characterized in that, described second connector is strip, and described second connector is between two described guide posts, and described second connector both ends are individually fixed in the first connector on two guide posts;
Drive link described in each is articulated with described second connector respectively, and the middle part of the middle part of described drive link and described second connector is hinged.
9. the automatic tune spacing device according to claim 1-5 any one, it is characterized in that, also comprise manual adjustments parts, described manual adjustments parts have rotating disk, rotating shaft and handle, described rotating disk is connected to described adjustment screw mandrel by described rotating shaft and rotates for driving described adjustment screw mandrel, and described handle is fixed on described rotating disk.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520576915.7U CN204861360U (en) | 2015-07-30 | 2015-07-30 | Automatic transfer interval device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520576915.7U CN204861360U (en) | 2015-07-30 | 2015-07-30 | Automatic transfer interval device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204861360U true CN204861360U (en) | 2015-12-16 |
Family
ID=54805807
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520576915.7U Withdrawn - After Issue CN204861360U (en) | 2015-07-30 | 2015-07-30 | Automatic transfer interval device |
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|---|---|
| CN (1) | CN204861360U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105167293A (en) * | 2015-07-30 | 2015-12-23 | 广东溢达纺织有限公司 | Automatic interval adjusting device and automatic interval adjusting method |
-
2015
- 2015-07-30 CN CN201520576915.7U patent/CN204861360U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105167293A (en) * | 2015-07-30 | 2015-12-23 | 广东溢达纺织有限公司 | Automatic interval adjusting device and automatic interval adjusting method |
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