CN209483810U - Interval adjustable auxiliary device - Google Patents
Interval adjustable auxiliary device Download PDFInfo
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- CN209483810U CN209483810U CN201822063790.4U CN201822063790U CN209483810U CN 209483810 U CN209483810 U CN 209483810U CN 201822063790 U CN201822063790 U CN 201822063790U CN 209483810 U CN209483810 U CN 209483810U
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- guide rail
- removable guide
- sliding
- block
- removable
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Abstract
Above-mentioned interval adjustable auxiliary device, including pedestal, the first removable guide rail, the second removable guide rail, the first limit assembly and the second limit assembly；It first removable guide rail and the second removable guide rail face and is movably disposed on pedestal, the first removable guide rail and the second removable guide rail are provided with limiting groove towards the side to link block；In the mobilizable limiting groove that first removable guide rail is set of first limit assembly, in the mobilizable limiting groove that second removable guide rail is set of the second limit assembly；The respective sliding spacing of mobile spacing, the first limit assembly and the second limit assembly between first removable guide rail and the second removable guide rail is with the size adjustable to link block, and mobile spacing and slide spacing with being matched when the size of link block when, the first removable guide rail and the second removable guide rail are fixed on the base by fixing piece.Using the auxiliary device, the customization cost of equipment can be reduced and shorten the lead time.
Description
Technical field
This application involves mechano-electronic fields, more particularly to a kind of interval adjustable auxiliary device.
Background technique
For the electronic module in many electronic products, the mistake by many test and/or debugging is needed before factory
Journey, these processes require to be attached electronic module and relevant device, and then power-up is tested and/or debugged.In general,
In connection, for operator in order to will directly dock to the connector in link block with the connector in equipment, needing will be to
Link block is vertically mounted in equipment, after the completion of test and/or debugging, is needed under dismantling from equipment to link block
Come.In this connection procedure, need to make to tilt to link block as far as possible, prevent in module the connector plug of welding equipment with
The connector body of welding equipment is when carrying out plug on the adapter of equipment and/or equipment, due to the thinning of contact pin and slot
Trajector deviation is inserted, deformation and stress are formed, causes connector damage and the signal poor contact between equipment.
In traditional technology, equipment designer needs to customize a guide rail according to the size to link block, so as to set
Standby operator will be vertically mounted in equipment by the guide rail to link block；While it according to the size to link block and leading
The size of rail processes the mounting hole of customization guide rail on the adapter of equipment and/or equipment；It then, will be on guide rail by screw
The mounting hole for installing hole location and equipment connects, and guide rail can be fixed on the adapter of equipment and/or equipment.In this way, can be with
It is limited by the plug track that guide rail treats link block, prevents connector damage and the signal between equipment from contacting
It is bad.
However, there are many type due to module, size dimension also disunity, so that equipment designer is for different sizes
When link block designs equipment, one suitable guide rail of customization is required, so as to cause the equipment development period is long, cost
It is high.
Utility model content
Based on this, it is necessary in view of the above technical problems, provide a kind of interval adjustable auxiliary device.
A kind of interval adjustable auxiliary device, comprising: pedestal, the first removable guide rail, the second removable guide rail, the first limit
Hyte part and the second limit assembly；The first removable guide rail and the second removable guide rail face and moveable setting
On the base, the described first removable guide rail and the second removable guide rail are respectively provided with towards the side to link block
There is limiting groove；It is described in the mobilizable limiting groove that described first removable guide rail is set of first limit assembly
In the mobilizable limiting groove that described second removable guide rail is set of second limit assembly；
Mobile spacing, first limit assembly between the first removable guide rail and the second removable guide rail
With the respective sliding spacing of second limit assembly with the size adjustable to link block, and in the mobile spacing and institute
State sliding spacing with it is described match when the size of link block when, the first removable guide rail and it is described second move lead
Rail is fixed on the base by fixing piece.
The limit assembly includes two limited blocks in one of the embodiments, between the sliding between two limited blocks
Away from adjustable.
It is provided at least on the described first removable guide rail and the second removable guide rail in one of the embodiments,
Four locating slots；
The locating slot between the limited block sliding spacing with it is described matched when the size of link block when,
Pass through the removable guide rail on the fixed limited block of fixing piece and corresponding direction.
The limited block has guide portion and an abutting part in one of the embodiments, and two in the limit assembly
Limited block face, and the guide portion of two limited blocks is in " eight word " structure.
The pedestal has at least four first mounting grooves and at least one first installation in one of the embodiments,
Through-hole；Mobile spacing between the described first removable guide rail and the second removable guide rail and described to link block
When size matches, by the mutual cooperation of fixing piece and first mounting groove, by the described first removable guide rail and described the
Two removable guide rails are fixed on the base；It is described by first installation through-hole and to be located at the pedestal to link block
The equipment of lower section connects.
The pedestal has sliding groove in one of the embodiments, and the first removable guide rail includes: the first sliding block
With the first guide rail body, the second removable guide rail includes: the second sliding block and the second guide rail body；First guide rail body
It is connect with first sliding block, second guide rail body is connect with second sliding block；
First sliding block and second sliding block are slidably arranged in the sliding groove, the first removable guide rail and
Mobile spacing between the second removable guide rail under the action of first sliding block and second sliding block with it is described to
The size adjustable of link block.
The pedestal includes the side wall of mounting surface, the setting of two faces in one of the embodiments, and the side wall is inside
The top for being folded in the mounting surface forms suspending part；The mounting surface includes at least two second installation through-holes, for adjusting
Base installing hole away from；
The suspending part, the mounting surface and the side wall, form the sliding groove.
First sliding block and second sliding block include: two sliding parts and fixation in one of the embodiments,
Portion, described two sliding parts and fixed part form T-type structure；
Described two sliding parts are slidably arranged in the sliding groove；
The fixed part is for fixing first guide rail body or second guide rail body.
At least four second mounting grooves are offered on the suspending part in one of the embodiments, in the shifting
Dynamic spacing with it is described matched when the size of link block when, first sliding block and second sliding block are fixed by fixing piece
On the base.
Described device in one of the embodiments, further include: end socket, for limiting first sliding block and described second
Sliding block.
Above-mentioned interval adjustable auxiliary device, including pedestal, the first removable guide rail, the second removable guide rail, the first limit
Hyte part and the second limit assembly；First removable guide rail and the second removable guide rail face and it is movably disposed at pedestal
On, the first removable guide rail and the second removable guide rail are provided with limiting groove towards the side to link block；First limit
In the mobilizable limiting groove that the first removable guide rail is arranged in of hyte part, the second limit assembly is mobilizable to be arranged second
In the limiting groove of removable guide rail；Mobile spacing, the first limit between first removable guide rail and the second removable guide rail
Component and the respective sliding spacing of the second limit assembly are moving between spacing and sliding with the size adjustable to link block
Away from being matched when the size of link block when, the first removable guide rail and the second removable guide rail are fixed on bottom by fixing piece
On seat.Due to mobile spacing, the first limit assembly and the second limit between the first removable guide rail and the second removable guide rail
The respective sliding spacing of component is with the size adjustable to link block, therefore, equipment designer for it is various sizes of to
When link block design interface connecting adapter, one auxiliary device of custom-made is not needed, and can be used with standard component
Auxiliary device of form mass production, by adjusting the mobile spacing between the first removable guide rail and the second removable guide rail
To match between the above-mentioned width to link block, or above-mentioned first limit assembly of adjustment and the respective sliding of the second limit assembly
Away from the above-mentioned thickness to link block is matched, match above-mentioned mobile spacing and sliding spacing with the size of module to be measured, from
And plug track of the link block when mounting and dismounting in equipment is treated by the auxiliary device after matching and is limited, without
One auxiliary device of custom-made is needed, the customization processing cost of equipment is reduced；Simultaneously as customization guide rail process-cycle ratio
It is longer, using the auxiliary device in the application as standard component directly using the lead time that can also shorten equipment.
Detailed description of the invention
Fig. 1 is the structural schematic diagram for the interval adjustable auxiliary device that one embodiment provides；
Fig. 2 is the structural schematic diagram for the interval adjustable auxiliary device that another embodiment provides；
Fig. 3 is the structural schematic diagram for the interval adjustable auxiliary device that another embodiment provides；
Fig. 4 is the structural schematic diagram for the interval adjustable auxiliary device that another embodiment provides；
Fig. 5 is the structural schematic diagram for the interval adjustable auxiliary device that another embodiment provides；
Fig. 6 is the structural schematic diagram for the interval adjustable auxiliary device that another embodiment provides；
Fig. 7 is the structural schematic diagram for the interval adjustable auxiliary device that another embodiment provides；
Fig. 8 is the schematic diagram for the apparatus for examination and repair use environment that one embodiment provides.
Description of symbols:
10, interval adjustable auxiliary device；20, to link block；11, pedestal；
12, the first removable guide rail；13, the second removable guide rail；14, the first limit assembly；
15, the second limit assembly；121, limiting groove；141, limited block；
122, locating slot；1411, guide portion；1412, abutting part；
111, the first mounting groove；112, the first installation through-hole；113, sliding groove；
123, the first sliding block；124, the first guide rail body；131, the second sliding block；
132, the second guide rail body；114, mounting surface；115, side wall；
116, suspending part；1141, the second installation through-hole；1231, sliding part；
1232, fixed part；1161, the second mounting groove；1131, ball；
16, end socket.
Specific embodiment
Interval adjustable auxiliary device provided by the present application can be applied to treat in the scene that link block is attached,
It can also be applied to other to need in the scene of auxiliary device.
It is with reference to the accompanying drawings and embodiments, right in order to which the objects, technical solutions and advantages of the application are more clearly understood
The application is further elaborated.It should be appreciated that specific embodiment described herein is only used to explain the application, not
For limiting the application.
Fig. 1 is the structural schematic diagram for the interval adjustable auxiliary device that one embodiment provides, as shown in Figure 1, above-mentioned auxiliary
Helping device includes: pedestal 11, the first removable guide rail 12, the second removable guide rail 13, the first limit assembly 14 and the second limit
Component 15；It first removable guide rail 12 and the second removable 13 face of guide rail and is movably disposed on pedestal 11, first can
Moving guide rail 12 and the second removable guide rail 13 are provided with limiting groove 121 towards the side to link block；First limit
In the mobilizable limiting groove 121 that the first removable guide rail 12 is arranged in of component 14, the second limit assembly 15 is mobilizable to be set
It sets in the limiting groove 121 of the second removable guide rail 13；Between first removable guide rail 12 and the second removable guide rail 13
Mobile spacing, the first limit assembly 14 and the respective sliding spacing of the second limit assembly 15 can with the size to link block
Adjust, and mobile spacing and slide spacing with being matched when the size of link block when, the first removable guide rail 12 and second can
Moving guide rail 13 is fixed on the pedestal 11 by fixing piece.
Specifically, above-mentioned pedestal 11 can be plate, band groove type, be also possible to band boss type, pedestal shown in FIG. 1
11 shape is only a kind of example, and the present embodiment does not limit this.Above-mentioned first removable guide rail 12 and second removable is led
Rail 13 can be prismatic guide, cylindrical slideway, and the shape of removable guide rail shown in FIG. 1 is only a kind of example, this implementation
Example to this without limitation；Above-mentioned first removable guide rail 12 and the second removable guide rail 13 may be the same or different.On
Stating limiting groove can be rectangle, be also possible to trapezoidal, this implementation does not limit this.Above-mentioned first limit assembly 14 and second
Limit assembly 15 can be with the matched shape of above-mentioned limiting groove 121, be also possible to other shapes, can be arranged in above-mentioned limit
In groove 121.The thickness of above-mentioned first limit assembly 14 and the second limit assembly 15 can be moved with above-mentioned first and be led
Rail 12 is identical with the depth of the limiting groove 121 of the second removable guide rail 13, can also be more than or less than above-mentioned limiting groove
Depth, it is not limited here.Above-mentioned first limit assembly 14 and the second limit assembly 15 may be the same or different.
Operator, can by adjusting the first removable guide rail 12 and second when treating link block and being attached
Mobile spacing between moving guide rail 13, to match the above-mentioned width to link block；Operator can by above-mentioned first
After the mobile spacing of moving guide rail 12 and the second removable guide rail 13 determines, above-mentioned removable guide rail is fixed on pedestal 11
On, it can also be according to the position on pedestal with the installation of removable guide rail, to adjust above-mentioned mobile spacing, for above-mentioned mobile spacing
Adjustment form it is not limited here.Operator can also be each by adjusting the first limit assembly 14 and the second limit assembly 15
From sliding spacing, to match the above-mentioned thickness to link block, operator can pass through the above-mentioned limit assembly of parallel sliding
In adjustable position adjust above-mentioned sliding spacing, can also be adjusted by the above-mentioned adjustable position of rotational slide, for
The adjustment form of above-mentioned sliding spacing is it is not limited here.
When above-mentioned first removable guide rail 12 and the second removable guide rail 13 are fixed on above-mentioned pedestal 11 by fixing piece,
It can be fixed by sunk screw, be also possible to interior hexagonal fixing piece to fix, for the fixation side of above-mentioned removable guide rail
Formula is it is not limited here.
It adjusts above-mentioned mobile spacing and slides the interval adjustable auxiliary device after spacing, can make operator will be to
Link block is mounted in equipment along the above-mentioned first removable guide rail 12 and the second removable guide rail 13, passes through the first limit group
The plug track that part 14 and the second limit assembly 15 treat link block is limited, and prevents connector from damaging.
Above-mentioned interval adjustable auxiliary device can be processed using aluminium alloy, can also be added using other materials such as stainless steels
Work；The surface of above-mentioned interval adjustable auxiliary device can do hardening oxidation processing, can both carry out black oxidation processing, can also
To carry out true qualities oxidation processes, material and process of surface treatment for interval adjustable auxiliary device are it is not limited here.
Above-mentioned interval adjustable auxiliary device, including pedestal, the first removable guide rail, the second removable guide rail, the first limit
Hyte part and the second limit assembly；First removable guide rail and the second removable guide rail face and it is movably disposed at pedestal
On, the first removable guide rail and the second removable guide rail are provided with limiting groove towards the side to link block；First limit
In the mobilizable limiting groove that the first removable guide rail is arranged in of hyte part, the second limit assembly is mobilizable to be arranged second
In the limiting groove of removable guide rail；Mobile spacing, the first limit between first removable guide rail and the second removable guide rail
Component and the respective sliding spacing of the second limit assembly are moving between spacing and sliding with the size adjustable to link block
Away from being matched when the size of link block when, the first removable guide rail and the second removable guide rail are fixed on bottom by fixing piece
On seat.Due to mobile spacing, the first limit assembly and the second limit between the first removable guide rail and the second removable guide rail
The respective sliding spacing of component is with the size adjustable to link block, therefore, equipment designer for it is various sizes of to
When link block design interface connecting adapter, one auxiliary device of custom-made is not needed, and auxiliary dress can be used
It sets, it is above-mentioned to link block to match by adjusting the mobile spacing between the first removable guide rail and the second removable guide rail
Width, or above-mentioned first limit assembly of adjustment and the respective sliding spacing of the second limit assembly it is above-mentioned to link block to match
Thickness, make above-mentioned mobile spacing and sliding spacing match with the size of module to be measured, thus pass through match after auxiliary device
It will be connected directly between in equipment to link block, and reduce the customization processing cost of equipment；Simultaneously as customization guide rail processing week
Phase is long, using the auxiliary device in the application as standard component directly using the lead time that can also shorten equipment.
Fig. 2 is the structural schematic diagram for the interval adjustable auxiliary device that another embodiment provides, in above-described embodiment
On the basis of, as shown in Fig. 2, above-mentioned limit assembly includes two limited blocks 141, the sliding spacing between two limited blocks is adjustable.
Specifically, above-mentioned limited block can be rectangle, be also possible to ellipse, for above-mentioned limited block shape herein not
It limits.Optionally, above-mentioned limited block 141 has guide portion 1411 and abutting part 1412, two limits in above-mentioned limit assembly
Position 141 face of block, and the guide portion 1411 of two limited blocks 141 is in " eight word " structure.Guide sections 1411 are for guiding
The glide direction of above-mentioned limited block 141, can be triangle, be also possible to it is arc-shaped, for the shape of guide sections 1411
It is not limited here.Above-mentioned abutting part 1412 is used for behind the position that guide sections 1411 determine above-mentioned limited block 141, with
Guide sections 1411 are fixed on together on above-mentioned removable guide rail.
Further, at least four locating slots 122 are provided on the first removable guide rail 12 and the second removable guide rail 13；
When locating slot 122 is used for the sliding spacing between limited block 141 with matching when the size of link block, fixed by fixing piece
Removable guide rail on limited block 141 and corresponding direction.
Wherein, the size of aforementioned four locating slot 122 may be the same or different；The side of aforementioned four locating slot 122
To that can be horizontally oriented, it can also match with the direction of the guide portion of above-mentioned limited block 141, it is not limited here, can adjust
Sliding spacing between whole limited block 141.
Operator, can be by locating slot 122, using fixing piece by above-mentioned when treating link block and limiting
One removable guide rail 14 and the second guide rail 15 are fixed with limited block 141；Above-mentioned fixing piece can be sunk screw, can also be with
Interior hexagonal fixing piece, for above-mentioned fixing piece type it is not limited here.
Above-mentioned interval adjustable auxiliary device, limit assembly are made of two limited blocks, can adjust limit for greater flexibility
The sliding spacing of component, thus when module to be linked and equipment are attached by operator, it can be to above-mentioned mould to be connected
The plug track of block is limited, and can be shaken, be avoided to link block in above-mentioned removable guide rail to avoid to link block
It is shaken in guide rail and causes module impaired.
Fig. 3 is the structural schematic diagram for the interval adjustable auxiliary device that another embodiment provides, and the present embodiment is related to one
The structure chart of kind pedestal 11, on the basis of the above embodiments, as shown in figure 3, above-mentioned pedestal 11 has at least four first peaces
Tankage 111 and at least one first installation through-hole 112；Between the first removable guide rail 12 and the second removable guide rail 13
It, can by first by the mutual cooperation of fixing piece and the first mounting groove 111 when mobile spacing when the size of link block with matching
Moving guide rail 12 and the second removable guide rail 13 are fixed on the pedestal 11；Pass through the first installation through-hole 112 to link block
It is connect with the equipment for being located at 11 lower section of pedestal.
Wherein, two the first mounting grooves 111 are used to that the first removable guide rail 12 to be fixed on above-mentioned pedestal by fixing piece
On 11, other two first mounting groove 111 is used for the second removable guide rail 13 is fixed on above-mentioned pedestal 11 through fixing piece
On, and the moving direction of aforementioned four first mounting groove 111 and the above-mentioned first removable guide rail 12 and the second removable guide rail 13
In parallel, the length of aforementioned four first mounting groove 111 may be the same or different, it is not limited here.
Above-mentioned first installation through-hole 112 is used for the interface connection between link block and equipment.When to link block with
The interface for surveying equipment connection is located at above-mentioned when the bottom of link block, the interface to link block can be passed through above-mentioned the
One installation through-hole 112 is connected with interface corresponding in equipment.Above-mentioned first installation through-hole 112 can be the logical of a strip
All connecting interfaces can be attached by above-mentioned first installation through-hole 112 with the corresponding interface in equipment by hole；Separately
Outside, above-mentioned first installation through-hole 112 can also be with the matched multiple installation through-holes of interface quantity, for the first installation through-hole
112 concrete form is it is not limited here.
Above-mentioned interval adjustable auxiliary device, since setting can make first removable there are four the first mounting groove on pedestal
Mobile spacing between dynamic guide rail and the second removable guide rail, any adjustment in a certain range, so that above-mentioned auxiliary device can
For further reducing cost in the equipment to link block to any width in a certain range.
Fig. 4 is the structural schematic diagram for the interval adjustable auxiliary device that another embodiment provides, and the present embodiment is related to one
Understructure of the kind with sliding groove, on the basis of the above embodiments, as shown in figure 4, above-mentioned pedestal has sliding groove 113, the
One removable guide rail 12 includes the first sliding block 123 and the first guide rail body 124, and the second removable guide rail 13 includes the second sliding block
131 and second guide rail body 132；First guide rail body 124 is connect with the first sliding block 123, and the second guide rail body 132 and second is sliding
Block 131 connects；First sliding block 123 and the second sliding block 131 are slidably arranged in sliding groove 113, the first removable guide rail 12 and
Mobile spacing between two removable guide rails 13 is under the action of the first sliding block 123 and the second sliding block 131 with to link block
Size adjustable.
Wherein, above-mentioned first sliding block 123 and 131 shape of the second sliding block may be the same or different；Above-mentioned first guide rail
The connection of the bottom of ontology 124 and the first sliding block 123, the connection of the second guide rail body 132 and the second sliding block 131 can be solid
Fixed connection, such as weld, it can also be detachable connection, such as connect by screw fastener, for connection type sheet
Embodiment is it is not limited here.
Specifically, above-mentioned sliding groove 113 can be rectangular slide groove, can also be that cross section is round or ellipse
Sliding groove, the present embodiment to the shape of sliding groove 113 and without limitation, as long as 131 energy of above-mentioned first sliding block 123 and the second sliding block
Enough slidings carry out opposite or reversed sliding along sliding groove 113 in sliding groove.
Optionally, above-mentioned pedestal 11 may include the side wall 115 of 114, two faces of mounting surface setting, and side wall is folded inward
Suspending part 116 is formed in the top of mounting surface；Mounting surface 114 includes at least two second installation through-holes 1141, for adjusting bottom
The mounting hole spacing of seat 11；Suspending part 116, mounting surface 114 and side wall 115 form sliding groove 113.
Specifically, the thickness of the side wall 115 of above-mentioned two face setting may be the same or different；Above-mentioned two side
The top that wall 115 is inwardly folding at mounting surface forms suspending part 116, and the height for the suspending part 116 that different lateral is formed can phase
Together, it can also be different；It is not limited this in the present embodiment.Pass through the suspending part 116, mounting surface 114 and side wall of different height
115 form sliding groove 113 of different shapes.
Since the first sliding block 123 is connected with 124 bottom of the first guide rail body, the second sliding block 131 and the second guide rail body 132
Bottom connection, therefore, the sliding with the first sliding block 123 and the second sliding 131 along sliding groove 113, the first guide rail body 124
It is also moved with the second guide rail body 132.In this way for various sizes of to link block, operator can be according to even
The size of connection module adjusts the first guide rail body 124 and the second guide rail by the first sliding block 123 of sliding and the second sliding block 131
First sliding block 123 and the second sliding block 131 are fixed on bottom by fixing piece after adjustment is suitable by the sliding spacing between ontology 132
On seat 11, to will be mounted on to link block on the auxiliary device.
Above-mentioned second installation through-hole 1141 is used to adjust the mounting hole spacing of pedestal 11.When treating link block and being attached,
May need will be fixed on different devices to link block using above-mentioned auxiliary device, pass through second on mounting surface 114
Installation through-hole 1141 can match different installation sites, so that auxiliary device is fixed on different devices.Above-mentioned second
The direction of installation through-hole 1141 can be parallel with the direction of sliding groove 113, can also be vertical with the direction of sliding groove 113, this reality
Example is applied to the direction of the second installation through-hole 1141 without limitation, the installation hole location of different equipment can be matched.
Further, at least four second mounting grooves 1161 can be offered on suspending part 116, for mobile spacing with
It is by fixing piece that the first sliding block 123 and the second sliding block 131 is fixed on the pedestal 11 when the matching of the size of link block.
Above-mentioned interval adjustable auxiliary device, the first sliding block and the second sliding block move more steady along the direction of above-mentioned sliding groove
It is fixed, operator will be more stably fixed on auxiliary device to link block；Further, above-mentioned removable guide rail
It is made of sliding block and guide rail body, so that the processing of removable guide rail is simpler, removable guide rail can also be made to be used for multiple times
When installation hole location connection being caused not fasten, it is only necessary to which the sliding block replaced in the moving guide rail can be used continuously.
Fig. 5 is the structural schematic diagram for the interval adjustable auxiliary device that another embodiment provides, in above-described embodiment
On the basis of, as shown in figure 5, the first sliding block 123 and the second sliding block 131 include: two sliding parts 1231 and fixed part 1232, two
A sliding part 1231 and fixed part 1232 form T-type structure；Two sliding parts 1231 are slidably arranged in sliding groove 113；It is fixed
Portion 1232 is for fixing the first guide rail body 124 or the second guide rail body 132.
Wherein, the size of above-mentioned two sliding part 1231 may be the same or different, the ruler with above-mentioned suspending part 116
Very little adaptation；Fixation portions 1232 is used to the first guide rail body 124 being fixed on the first sliding block 123, or by second
Guide rail body 132 is fixed on the second sliding block 131, and shape can be the rectangular block being connected between two sliding parts 1231,
It is contacted by a face of rectangular block with the first guide rail body 124 or the second guide rail body 132；In addition, fixed part 1232 is also
It can be U-shaped piece, the first guide rail body 124 or the second guide rail body 132 can be embedded in U-shaped piece, for above-mentioned fixation
The shape in portion 1232 is it is not limited here.
Above-mentioned interval adjustable auxiliary device, the first sliding block and the second sliding block can by with the matched sliding part of sliding groove
It slides in sliding groove, will be more stably fixed to link block.
Fig. 6 is the structural schematic diagram for the interval adjustable auxiliary device that another embodiment provides, in above-described embodiment
On the basis of, as shown in fig. 6, the part that sliding groove 113 is contacted with sliding part 1231 is provided with ball 1131.Above-mentioned ball 1131 can
The position that sliding groove 113 is contacted with 1231 side of sliding part is arranged in, also can be set in sliding groove 113 and sliding part 1231
The position of bottom contact.Above-mentioned ball 1131 can make the sliding of the first sliding block 123 and the second sliding block 131 in sliding groove 113
It is more stable.
Fig. 7 is the structural schematic diagram for the interval adjustable auxiliary device that another embodiment provides, as shown in fig. 7, above-mentioned
Device further includes end socket 16, for limiting the first sliding block 123 and the second sliding block 131.
Wherein, above-mentioned end socket 16 can both be matched with the cross-sectional shape of above-mentioned sliding groove 113, by being arranged into sliding groove
113 both ends, to be limited to the first sliding block 123 and the second sliding block 131；In addition, above-mentioned end socket 16 can also be rectangular block
Etc. other shapes, by being fixed on the upper surface at 11 both ends of pedestal, to be limited to the first sliding block 123 and the second sliding block 131；
In addition, above-mentioned end socket can also be mounted on the upper surface of pedestal 11, between the first sliding block 123 and the second sliding block 131, pass through
Fixing piece is fixed on the second mounting groove 1161, for limiting to the first sliding block 123 and the second sliding block 131.It is right in the present embodiment
The shape of above-mentioned end socket 16 and with the connection type of pedestal 11 without limitation.
Above-mentioned interval adjustable auxiliary device can make operator removable in adjustment first due to being provided with end socket 16
During mobile spacing and installation module of dynamic guide rail 12 and the second removable guide rail 13 etc., the first sliding block 123 and the are avoided
Two sliding blocks 131 are detached from from pedestal 11, so that the use of above-mentioned auxiliary device is more convenient；In addition, when the setting of end socket 16 is the
When between one sliding block 123 and the second sliding block 131, can also prevent the first removable guide rail 12 and the second removable guide rail 13 due to
Stress and generate displacement.
Fig. 8 provides the schematic diagram of auxiliary device use environment for one embodiment of the utility model, to link block
Auxiliary device 10 adjustable in pitch is fixed on by the first sliding block 123 and the second sliding block 131 after in the removable guide rail of 20 slide-ins
On, then auxiliary device 10 adjustable in pitch is fixed in equipment again, to complete that equipment will be fixed on to link block 20
On.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it cannot be understood as the limitations to utility model patent range.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (10)
1. a kind of interval adjustable auxiliary device characterized by comprising pedestal, the first removable guide rail, second, which move, leads
Rail, the first limit assembly and the second limit assembly；The first removable guide rail and the second removable guide rail face and can
On the base, the first removable guide rail and the second removable guide rail are towards to link block for mobile setting
Side is provided with limiting groove；The mobilizable limit that the described first removable guide rail is arranged in of first limit assembly is recessed
In slot, in the mobilizable limiting groove that described second removable guide rail is set of second limit assembly；
Mobile spacing, first limit assembly and institute between the first removable guide rail and the second removable guide rail
The respective sliding spacing of the second limit assembly is stated with the size adjustable to link block, and in the mobile spacing and the cunning
Dynamic spacing with it is described matched when the size of link block when, the first removable guide rail and the second removable guide rail are logical
It is fixed on the base to cross fixing piece.
2. the apparatus according to claim 1, which is characterized in that the limit assembly includes two limited blocks, two limits
Sliding spacing between block is adjustable.
3. the apparatus of claim 2, which is characterized in that the first removable guide rail and described second removable is led
At least four locating slots are provided on rail；
The locating slot between the limited block sliding spacing with it is described matched when the size of link block when, pass through
Removable guide rail on the fixed limited block of fixing piece and corresponding direction.
4. the apparatus of claim 2, which is characterized in that the limited block has guide portion and abutting part, the limit
Two limited block faces in hyte part, and the guide portion of two limited blocks is in " eight word " structure.
5. interval adjustable auxiliary device according to claim 1-4, which is characterized in that the pedestal has extremely
Few four the first mounting grooves and at least one first installation through-hole；
Mobile spacing between the described first removable guide rail and the second removable guide rail and described to link block
When size matches, by the mutual cooperation of fixing piece and first mounting groove, by the described first removable guide rail and described the
Two removable guide rails are fixed on the base；
It is described to be connect by first installation through-hole with the equipment being located at below the pedestal to link block.
6. interval adjustable auxiliary device according to claim 1-4, which is characterized in that the pedestal, which has, to be slided
Dynamic slot, the first removable guide rail include: the first sliding block and the first guide rail body, and the second removable guide rail includes: the
Two sliding blocks and the second guide rail body；First guide rail body is connect with first sliding block, second guide rail body and institute
State the connection of the second sliding block；
First sliding block and second sliding block are slidably arranged in the sliding groove, the first removable guide rail and described
Mobile spacing between second removable guide rail is under the action of first sliding block and second sliding block with described wait connect
The size adjustable of module.
7. device according to claim 6, which is characterized in that the pedestal includes the side of mounting surface, the setting of two faces
Wall, the top that the side wall is inwardly folding at the mounting surface form suspending part；The mounting surface includes at least two second peaces
Fill through-hole, for adjust base installing hole away from；
The suspending part, the mounting surface and the side wall, form the sliding groove.
8. device according to claim 6, which is characterized in that first sliding block and second sliding block include: two
A sliding part and fixed part, described two sliding parts and fixed part form T-type structure；
Described two sliding parts are slidably arranged in the sliding groove；
The fixed part is for fixing first guide rail body or second guide rail body.
9. device according to claim 7, which is characterized in that offer at least four second installations on the suspending part
Slot, for the mobile spacing with it is described matched when the size of link block when, by fixing piece by first sliding block and
Second sliding block is fixed on the base.
10. device according to claim 6, which is characterized in that described device further include: end socket, for limiting described
One sliding block and second sliding block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822063790.4U CN209483810U (en) | 2018-12-10 | 2018-12-10 | Interval adjustable auxiliary device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822063790.4U CN209483810U (en) | 2018-12-10 | 2018-12-10 | Interval adjustable auxiliary device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209483810U true CN209483810U (en) | 2019-10-11 |
Family
ID=68118233
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822063790.4U Active CN209483810U (en) | 2018-12-10 | 2018-12-10 | Interval adjustable auxiliary device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209483810U (en) |
-
2018
- 2018-12-10 CN CN201822063790.4U patent/CN209483810U/en active Active
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Effective date of registration: 20200218 Address after: 710072 room 1202, building a, science and technology innovation building, northwest Polytechnic University, No.127, Youyi West Road, Beilin District, Xi'an City, Shaanxi Province Patentee after: Xi'an Monton Information Technology Co., Ltd. Address before: 710061 Room 1007 Yanxiang City Square, 56 Jinye Road, Yanta District, Xi'an City, Shaanxi Province Patentee before: Xi'an Huashi Zhichuang Information Technology Co.,Ltd. |