CN107570625A - A kind of hinge installation system - Google Patents
A kind of hinge installation system Download PDFInfo
- Publication number
- CN107570625A CN107570625A CN201711013605.4A CN201711013605A CN107570625A CN 107570625 A CN107570625 A CN 107570625A CN 201711013605 A CN201711013605 A CN 201711013605A CN 107570625 A CN107570625 A CN 107570625A
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- CN
- China
- Prior art keywords
- axle
- bushing
- mounting seat
- hinge
- receiving device
- Prior art date
- 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.)
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Abstract
This application provides a kind of hinge installation system,Including board,Centre drawer hinge mounting seat on board,For installing the centre drawer hinge bracket mounting seat of centre drawer hinge bracket,Axial compression device for installation axle,Described centre drawer hinge mounting seat and centre drawer hinge bracket mounting seat is arranged in along Y direction on described board,Described centre drawer hinge bracket mounting seat is arranged on slide rail,Described slide rail is extended along Y direction,The centre drawer hinge bracket mounting seat that described hinge installation system also includes being used to drive described centre drawer hinge bracket mounting seat to slide along slide rail drives cylinder,Described hinge installation system also includes Automatic-feeding component,Described Automatic-feeding component includes axle receiving channel,The material-receiving device for being used to accept the axle to be dropped out of described axle receiving channel being arranged on the downside of described axle receiving channel,For the pusher for the axis hole that the axle in material-receiving device is pressed into hinge,Described Automatic-feeding component also includes a rotary shaft,Described material-receiving device is rotatablely connected around described rotary shaft.
Description
Technical field
The application is related to a kind of hinge installation system, more particularly to a kind of hinge installation system with Automatic-feeding component
System.
Background technology
In the prior art, hinge is also known as hinge and is for connection to two solids and allows to do what is relatively rotated between the two
Mechanical device.Generally include to rotate the centre drawer hinge bracket and centre drawer hinge of connection, passes through axle phase between described centre drawer hinge bracket and centre drawer hinge
Connect, axle is generally positioned in a feed box, and the axle in feed box can not discharge successively one by one, it sometimes appear that many axles
The phenomenon discharged together, sometimes due to the axle of feed box mutually extrudes, the phenomenon to result in blockage, axle is caused smoothly to discharge.
And the material-receiving device of feeding device may hinder the operation of axial compression device.
Apply for content
The application technical problems to be solved are to provide a kind of hinge installation system.
In order to solve the above-mentioned technical problem, this application provides a kind of hinge installation system, described hinge installation system
The centre drawer hinge mounting seat for being used to place centre drawer hinge including board, on board, the centre drawer hinge bracket peace for installing centre drawer hinge bracket
Dress seat, the axial compression device for installation axle, described centre drawer hinge mounting seat and centre drawer hinge bracket mounting seat are arranged in described along Y direction
Board on, described centre drawer hinge bracket mounting seat be arranged on slide rail on, described slide rail is extended along Y direction, described hinge
The centre drawer hinge bracket mounting seat that chain installation system also includes being used to drive described centre drawer hinge bracket mounting seat to slide along slide rail drives cylinder, institute
The hinge installation system stated also includes Automatic-feeding component, and described Automatic-feeding component includes axle receiving channel, is arranged on institute
The material-receiving device for being used to accept the axle to be dropped out of described axle receiving channel on the downside of the axle receiving channel stated, for by splicing
The pusher of the axis hole of axle press-in hinge in device, described Automatic-feeding component also include a rotary shaft, and described connects
Expect that device is rotatablely connected around described rotary shaft, described material-receiving device is provided with first close to the side of described pusher
Inclined-plane, described pusher are provided with second corresponding with the first described inclined-plane close to the side of described material-receiving device
Inclined-plane, described material-receiving device have first position and the second place, when described material-receiving device is not filled by described push
When putting promotion, described material-receiving device is in first position;It is described when the second inclined-plane promotes the first inclined-plane along X-direction
Material-receiving device described in second inclined-plane turns to the second place along described rotary shaft.
Preferably, described hinge installation system also includes being used to be attached to bushing on the axis hole of described centre drawer hinge bracket
First bushing device and the second bushing device.
Preferably, described Automatic-feeding component also includes an elastic component, and described elastic component is used to work as described splicing
A restoring force for making described material-receiving device return to first position is produced when device leaves first position, described elastic component is set
The torsion spring being located in described rotary shaft, described material-receiving device are fixedly connected with described torsion spring.
Preferably, the upper surface of described material-receiving device is provided with one along X-direction extension for accepting described axle
Groove.
Preferably, described pusher include be used for send X-direction push axle last item head, with described last item head phase
The push rod of connection, the last item cylinder for driving described push rod to be moved along X-direction, the close institute of described push rod
The end face for the last item head stated is the second described inclined-plane.
Preferably, the width of described axle receiving channel is more than the diameter of axle and is less than twice of the diameter of axle, described
The length of axle receiving channel is more than the length of axle.
Preferably, described axle receiving channel includes the feeder along Z-direction extension, is obliquely installed successively from top to bottom
Rake, extend discharging portion along Z-direction, the upper surface of the lower openings of described discharging portion and described material-receiving device it
Between form discharge zone.
Preferably, described axial compression device includes push cylinder, and described push cylinder is provided with one and moved along Y direction
Push head, the side that described push head is located at described discharge zone is used to axle being pushed into described material-receiving device from discharge zone
Groove in.
Preferably, the first described bushing device includes the first bushing pressure head and for driving the bushing pressure head of described first
The the first bushing cylinder moved in X direction, the described second bushing device include the second bushing pressure head and described for driving
The second bushing cylinder that second bushing pressure head moves along X-direction, the described first bushing cylinder are arranged on the first bushing cylinder
In mounting seat, the described second bushing cylinder is arranged in the second bushing cylinder mounting seat, the described first bushing cylinder installation
Seat and the second bushing cylinder mounting seat are arranged on described board.
A kind of hinge installation system of the application, is respectively provided with described material-receiving device and axial compression device and matches
The first inclined-plane and the second inclined-plane, when the second inclined-plane along X-direction promote the first inclined-plane when, described material-receiving device can along turn
Moving axis is overturn, and to avoid described axial compression device, axle is smoothly pressed into hinge means by last item head.
Brief description of the drawings
Fig. 1 is a kind of structural representation of hinge installation system described herein;
Fig. 2 is a kind of structural representation of hinge installation system described herein;
Fig. 3 is the structural representation of Automatic-feeding component described herein;
Fig. 4 is the structural representation of Automatic-feeding component described herein,
Wherein:1st, board;21st, centre drawer hinge mounting seat;22nd, centre drawer hinge bracket mounting seat;23rd, slide rail;3rd, rotating down pressing device;
51st, the first bushing cylinder;52nd, the second bushing cylinder;511st, the first bushing pressure head;521st, the second bushing pressure head;6th, stopping means;
61st, limited block;71st, last item cylinder;72nd, push rod;74th, last item head;73rd, last item cylinder mounting seat;721st, the second inclined-plane;81、
First bushing cylinder mounting seat;82nd, the second bushing cylinder mounting seat;31st, rotating down pressing cylinder;32nd, rotating down pressing axle;33rd, revolve
Turn push-down head;4th, Automatic-feeding component;41st, axle receiving channel;42nd, feeder;43rd, rake;44th, discharging portion;45th, discharge
Area;46th, material-receiving device;461st, groove;47th, cylinder is pushed;471st, head is pushed;462nd, rotary shaft;463rd, continuing surface;464th, first
Inclined-plane;100th, axle.
Embodiment
The application is described further with specific embodiment below in conjunction with the accompanying drawings, so that those skilled in the art can be with
More fully understand the application and can be practiced, but illustrated embodiment is not as the restriction to the application.
As illustrated in fig. 1 and 2, a kind of hinge installation system described herein includes board 1, the use on board 1
In the centre drawer hinge mounting seat 21 of placement centre drawer hinge, the centre drawer hinge bracket mounting seat 22 for installing centre drawer hinge bracket, for being attached to bushing
The first bushing device and the second bushing device, the axial compression device for installation axle 100 on the axis hole of described centre drawer hinge bracket, it is described
Centre drawer hinge mounting seat 21 and centre drawer hinge bracket mounting seat 22 be arranged in along Y direction on described board 1, the installation of described centre drawer hinge bracket
Seat 22 is arranged on slide rail 23, and described slide rail 23 is extended along Y direction, and described hinge installation system also includes being used for
The centre drawer hinge bracket mounting seat 22 that the described centre drawer hinge bracket mounting seat 22 of driving is slided along slide rail 23 drives cylinder.Described centre drawer hinge bracket installation
Seat 22, which has, to be used to install bushing first position and the second place for installation axle 100, described centre drawer hinge bracket mounting seat 22
Driving cylinder is used to drive described centre drawer hinge bracket mounting seat 22 to slide in first position and the second place along slide rail 23.Described hinge
Chain installation system also includes the rotating down pressing device 3 being arranged in described centre drawer hinge bracket mounting seat 22, described rotating down pressing dress
3 are put to be used to for described centre drawer hinge bracket to be fixed on described centre drawer hinge bracket mounting seat 22.The first described bushing device includes first
Bushing pressure head 511 and the first bushing cylinder 51 for driving the bushing pressure head 511 of described first to move in X direction, it is described
Second bushing device includes the second bushing pressure head 521 and moved along X-direction for driving the bushing pressure head 521 of described second
Second bushing cylinder 52.The first described bushing cylinder 51 is arranged in the first bushing cylinder mounting seat 81, the described second edge
Set cylinder 52 is arranged in the second bushing cylinder mounting seat 82, the described first bushing 81 and second bushing cylinder of cylinder mounting seat
Mounting seat 82 is arranged on described board 1.
Top cylinder is additionally provided with described board 1, described upper top cylinder is arranged on described centre drawer hinge mounting seat
21 downside, described upper top cylinder are used to from mounting seat jack up the hinge for being mounted with axle 100 upwards.Due to pacifying in centre drawer hinge
The downside of dress seat 21 is mounted with top cylinder, and after hinge installation, cylinder is pushed up in unlatching, can be by hinge from mounting seat
Ejection, it is not necessary to manually deduct hinge, operation is more convenient.One is additionally provided with described board 1 to be used to cut with scissors described mother
The spacing stopping means 6 in described centre drawer hinge mounting seat 21 of chain, described stopping means 6 include position-limited rack, described limit
Limited block 61, the spacing cylinder for driving described limited block 61 to be moved along Z-direction are installed on the frame of position.Spacing cylinder energy
Enough by the spacing damage for not being subjected to displacement in centre drawer hinge mounting seat 21, preventing the axle 100 during last item of centre drawer hinge.
As shown in Figures 3 and 4, Automatic-feeding component 4, described Automatic-feeding component 4 include axle receiving channel 41, are arranged on
The material-receiving device for being used to accept the axle 100 to be dropped out of described axle receiving channel 41 of the described downside of axle receiving channel 41
46th, also wrapped for the pusher for the axis hole that the axle 100 in material-receiving device 46 is pressed into hinge, described Automatic-feeding component 4
A rotary shaft 462 is included, described material-receiving device 46 is rotatablely connected around described rotary shaft 462, and described material-receiving device 46 is close
The side of described pusher is provided with the first inclined-plane 464, described pusher close to described material-receiving device 46 one
Side is provided with second inclined-plane 721 corresponding with the first described inclined-plane 464, described material-receiving device 46 have first position and
The second place, when described material-receiving device 46 is not promoted by described pusher, described material-receiving device 46 is in the
One position;When the second inclined-plane 721 promotes the first inclined-plane 464 along X-direction, the splicing dress described in the second described inclined-plane 721
Put 46 and turn to the second place along described rotary shaft 462.Described Automatic-feeding component 4 also includes an elastic component, described
Elastic component, which is used for the generation one when described material-receiving device 46 leaves first position, makes described material-receiving device 46 return to first
The restoring force put.Described elastic component is the torsion spring being set in described rotary shaft 462, described material-receiving device 46 with it is described
Torsion spring be fixedly connected.The upper surface of described material-receiving device 46 be provided with one along X-direction extension be used to accept it is described
The groove 461 of axle 100.Described pusher includes the last item first 74 and described pressure for sending X-direction push axle 100
Push rod 72 that spindle nose 74 is connected, the last item cylinder 71 for driving described push rod 72 to be moved along X-direction, it is described
The end face of the close described last item first 74 of push rod 72 is the second described inclined-plane 721.The second described inclined-plane 721 is one
Truncated cones face.The width of described axle receiving channel 41 is more than twice of the diameter of axle and the diameter less than axle, described axle
The length of 100 receiving channels 41 is more than the length of axle 100.Described axle receiving channel 41 includes along Z axis side successively from top to bottom
Feeder 42 to extension, the rake 43 being obliquely installed, the discharging portion 44 extended along Z-direction.Described discharging portion 44
Discharge zone 45 is formed between the upper surface of lower openings and described material-receiving device 46.Described Automatic-feeding component 4 also includes
One push cylinder 47, described push cylinder 47 are provided with a push moved along Y direction first 471, described push first 471
It is used to axle 100 being pushed into the groove 461 of described material-receiving device 46 from discharge zone 45 positioned at the side of described discharge zone 45.
Described material-receiving device 46 also includes a continuing surface 463.
The Automatic-feeding component 4 of a kind of hinge last item system of the application, in described material-receiving device 46 and axial compression device
On be respectively provided with the first inclined-plane 464 and the second inclined-plane 721 to match, when the second inclined-plane 721 promote along X-direction it is first oblique
During face 464, described material-receiving device 46 can be overturn along rotary shaft 462, and to avoid described axial compression device, last item first 74 is smooth
Axle 100 is pressed into hinge means.
A kind of rotating down pressing device 3, described rotating down pressing device 3 are arranged in centre drawer hinge bracket mounting seat 22, described rotation
Turning hold-down devices 3 is included under two rotating down pressing cylinders 31 and two rotations driven respectively by described rotating down pressing cylinder 31
Last item 32 and the rotating down pressing first 33 for being separately positioned on two upper ends of rotating down pressing axle 32, described rotating down pressing cylinder 31
The described rotating down pressing axle 32 of driving drives described rotating down pressing axle 32 to be moved along Z-direction simultaneously along own axis,
Described rotating down pressing first 33 is used to for centre drawer hinge bracket to be fixed on described centre drawer hinge bracket mounting seat 22.
The operation principle of hinge installation system described herein is as follows:
Centre drawer hinge and centre drawer hinge bracket are installed respectively in centre drawer hinge mounting seat 21 and centre drawer hinge bracket mounting seat 22, now centre drawer hinge bracket position
In first position;Rubber set is installed respectively on the first bushing 511 and second bushing pressure head 521 of pressure head;Rotating down pressing device 3 opens
Dynamic, rotating down pressing first 33 is pressed on described centre drawer hinge bracket, and the limited block 61 of stopping means 6, which moves downward, is pressed in described centre drawer hinge
On;First bushing 51 and second bushing cylinder 52 of cylinder starts, in two axis holes that rubber is covered to press-in centre drawer hinge bracket;Centre drawer hinge bracket is installed
Seat 22 drives cylinder to start, and drives described centre drawer hinge bracket mounting seat 22 to be slided along slide rail 23 to centre drawer hinge mounting seat 21, centre drawer hinge bracket
Alignd with the axis hole of centre drawer hinge, now centre drawer hinge bracket is in the second place;The push cylinder 47 of Automatic-feeding component 4 starts, by axle
100 push-in have been connect in the groove 461 of device;Last item cylinder 71 starts, and drives last item first 72, the axle in groove 461 is pressed into public
In the axis hole of hinge and centre drawer hinge, last item is completed;Last item cylinder 71 drives last item first 72 to return to initial position, and limited block 61 returns to
Initial position, the rotation of described rotating down pressing device 3 and lifting, upper top cylinder start, push up hinge, hinge is released and pacified
Seat is filled, staff takes out hinge;Centre drawer hinge bracket mounting seat 22 drives the described centre drawer hinge bracket mounting seat 22 of cylinder driving along slide rail
23 slide into first position.
The last item system of the application, can be first bushing by the axis hole of centre drawer hinge bracket, and the axis hole of centre drawer hinge bracket and centre drawer hinge is alignd
Afterwards, then last item is carried out, the mode of production can complete bushing and last item process, and the hinge produced using a board 1
The rubber set of chain mechanism can play a part of buffering between axle 100 and axis hole, prevent centre drawer hinge bracket and centre drawer hinge from being sent out when rotating
Go out noise.
Embodiment described above is only the preferred embodiment to absolutely prove the application and being lifted, the protection model of the application
Enclose not limited to this.The equivalent substitute or conversion that those skilled in the art are made on the basis of the application, in the application
Protection domain within.The protection domain of the application is defined by claims.
Claims (9)
1. a kind of hinge installation system, it is characterised in that described hinge installation system includes board, the use on board
In placing the centre drawer hinge mounting seat of centre drawer hinge, the centre drawer hinge bracket mounting seat for installing centre drawer hinge bracket, the axial compression device for installation axle,
Described centre drawer hinge mounting seat and centre drawer hinge bracket mounting seat is arranged in along Y direction on described board, the installation of described centre drawer hinge bracket
Seat is arranged on slide rail, and described slide rail is extended along Y direction, and described hinge installation system also includes being used to drive institute
The centre drawer hinge bracket mounting seat that the centre drawer hinge bracket mounting seat stated is slided along slide rail drives cylinder, and described hinge installation system also includes automatic
Supply assembly, described Automatic-feeding component includes axle receiving channel, is arranged on the downside of described axle receiving channel and is used to hold
Connect the material-receiving device of the axle that is dropped out of described axle receiving channel, the axis hole for the axle in material-receiving device to be pressed into hinge
Pusher, described Automatic-feeding component also include a rotary shaft, and described material-receiving device rotates around described rotary shaft to be connected
Connect, described material-receiving device is provided with the first inclined-plane close to the side of described pusher, and described pusher is close to institute
The side for the material-receiving device stated is provided with second inclined-plane corresponding with the first described inclined-plane, and described material-receiving device has the
One position and the second place, when described material-receiving device is not promoted by described pusher, at described material-receiving device
In first position;When the second inclined-plane promotes the first inclined-plane along X-direction, material-receiving device described in the second described inclined-plane is along institute
The rotary shaft stated turns to the second place.
2. a kind of hinge installation system as claimed in claim 1, it is characterised in that described hinge installation system also includes using
In by bushing the first bushing device and the second bushing device being attached on the axis hole of described centre drawer hinge bracket.
3. a kind of hinge installation system as claimed in claim 2, it is characterised in that described Automatic-feeding component also includes one
Elastic component, described elastic component, which is used for the generation one when described material-receiving device leaves first position, returns described material-receiving device
To the restoring force of first position, described elastic component is the torsion spring being set in described rotary shaft, described material-receiving device with
Described torsion spring is fixedly connected.
4. a kind of hinge installation system as claimed in claim 3, it is characterised in that the upper surface of described material-receiving device is set
There is a groove for being used to accept described axle extended along X-direction.
5. a kind of hinge installation system as claimed in claim 4, it is characterised in that described pusher includes being used to send X
Direction of principal axis push axle last item head, be connected with described last item head push rod, for driving described push rod along X-axis side
To mobile last item cylinder, the end face of the close described last item head of described push rod is the second described inclined-plane.
6. a kind of hinge installation system as claimed in claim 5, it is characterised in that the width of described axle receiving channel is more than
The diameter of axle and less than twice of diameter of axle, the length of described axle receiving channel is more than the length of axle.
A kind of 7. hinge installation system as claimed in claim 6, it is characterised in that described axle receiving channel from top to bottom according to
It is secondary to extend discharging portion, described discharging portion including the feeder extended along Z-direction, the rake being obliquely installed, along Z-direction
Lower openings and described material-receiving device upper surface between form discharge zone.
8. a kind of hinge installation system as claimed in claim 7, it is characterised in that described axial compression device includes push vapour
Cylinder, described push cylinder are provided with a push head moved along Y direction, and described push head is located at described discharge zone
Side is used to axle being pushed into the groove of described material-receiving device from discharge zone.
9. a kind of hinge installation system as claimed in claim 8, it is characterised in that the first described bushing device includes first
Bushing pressure head and the first bushing cylinder for driving the bushing pressure head of described first to move in X direction, described second is bushing
Device includes the second bushing pressure head and the second bushing cylinder for driving the bushing pressure head of described second to be moved along X-direction,
The first described bushing cylinder is arranged in the first bushing cylinder mounting seat, and it is bushing that the described second bushing cylinder is arranged on second
In cylinder mounting seat, the described first bushing cylinder mounting seat and the second bushing cylinder mounting seat are arranged on described board.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201711013605.4A CN107570625A (en) | 2017-10-26 | 2017-10-26 | A kind of hinge installation system |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201711013605.4A CN107570625A (en) | 2017-10-26 | 2017-10-26 | A kind of hinge installation system |
Publications (1)
Publication Number | Publication Date |
---|---|
CN107570625A true CN107570625A (en) | 2018-01-12 |
Family
ID=61038438
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CN201711013605.4A Withdrawn CN107570625A (en) | 2017-10-26 | 2017-10-26 | A kind of hinge installation system |
Country Status (1)
Country | Link |
---|---|
CN (1) | CN107570625A (en) |
-
2017
- 2017-10-26 CN CN201711013605.4A patent/CN107570625A/en not_active Withdrawn
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PB01 | Publication | ||
PB01 | Publication | ||
SE01 | Entry into force of request for substantive examination | ||
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Application publication date: 20180112 |