CN209309222U - A kind of wire-rope connecting device - Google Patents
A kind of wire-rope connecting device Download PDFInfo
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- CN209309222U CN209309222U CN201821628163.4U CN201821628163U CN209309222U CN 209309222 U CN209309222 U CN 209309222U CN 201821628163 U CN201821628163 U CN 201821628163U CN 209309222 U CN209309222 U CN 209309222U
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- accommodating chamber
- socket part
- clamping portion
- bearing surface
- arc surface
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Abstract
The utility model proposes a kind of wire-rope connecting devices, it includes mounting base and connector, connector includes clamping portion interconnected and wears socket part, clamping portion forms the first bearing surface with socket part intersection is worn, first bearing surface direction wears socket part, mounting base is configured with clamping portion accommodating chamber and wears socket part accommodating chamber, clamping portion accommodating chamber is interconnected with socket part accommodating chamber is worn, clamping portion accommodating chamber forms the second bearing surface with socket part accommodating chamber intersection is worn, second bearing surface is towards clamping portion accommodating chamber, clamping portion is mounted in the accommodating chamber of clamping portion, it wears socket part and is mounted on and wear in socket part accommodating chamber, clamping portion has towards the trend for wearing the movement of socket part accommodating chamber, first bearing surface is abutted with the second bearing surface.It is smaller to the Effect on Mechanical Properties of wirerope itself using utility model has the advantages that structure is simple, quick and easy for installation.
Description
Technical field
The utility model relates to the field of medical instrument technology, and in particular to a kind of wire-rope connecting device.
Background technique
It is frequently utilized that wirerope does bindiny mechanism in trolley, the pressure that wirerope both ends are born is big, and joint also needs often
Replacement.The apparatus structure that existing wirerope is connect with loading structure is complicated, installation is not convenient, and installation process easily damages wirerope
The mechanical property of itself, causes it to damage at work.The installation knot of the wirerope such as other " G shape rings ", " installing tache "
Structure is more complicated, and there is the case where wirerope stress concentration in structure, and service life is caused to shorten.
Utility model content
For the above-mentioned technical problem in the presence of the prior art, the utility model proposes a kind of connections of wirerope to fill
It sets comprising mounting base and connector;Connector includes clamping portion interconnected and wears socket part, clamping portion and wears socket part intersection shape
At the first bearing surface, the first bearing surface is configured with clamping portion accommodating chamber and wears socket part accommodating chamber towards socket part, mounting base is worn, and is clamped
Portion's accommodating chamber is interconnected with socket part accommodating chamber is worn, and clamping portion accommodating chamber forms the second abutting with socket part accommodating chamber intersection is worn
Face, towards clamping portion accommodating chamber, clamping portion is mounted in the accommodating chamber of clamping portion the second bearing surface, wear socket part be mounted on wear socket part appearance
Receive intracavitary, clamping portion has towards the mobile trend of socket part accommodating chamber is worn, and the first bearing surface is abutted with the second bearing surface.
In one embodiment, clamping portion and cylindrical, two cylindrical coaxials of wearing socket part, and the outer diameter of clamping portion
Greater than the outer diameter for wearing socket part.
In one embodiment, clamping portion accommodating chamber is by two parallel planes and the first circular arc for connecting the two planes
Bread encloses, and the first arc surface is tangent with two planes respectively.
In one embodiment, socket part accommodating chamber is worn by the second circular arc of the two planes of two parallel planes and connection
Bread encloses, and the second arc surface is tangent with two planes respectively, and the first arc surface and the second arc surface are coaxial.
In one embodiment, attachment device further includes cover board, and cover board is circle, and cover board is equipped with card slot, and card slot is by two
Parallel plane and the third arc surface for connecting the two planes surround, and third arc surface and the two planes are tangent;The
The opening direction of the opening direction in three-arc face and the second arc surface is on the contrary, wear socket part accommodating chamber deviates from clamping portion accommodating chamber one
The end face at end is connected with cover board.
In one embodiment, cover board is bolted in mounting base.
In one embodiment, attachment device further includes whorl brace rod and jam nut, jam nut be threadedly coupled
Bar is fixedly connected, whorl brace rod another end face connection opposite with the end face of connecting cover plate in mounting base.
In one embodiment, the corresponding radian of the first arc surface is greater than π, and the first bearing surface is U-shaped.
In one embodiment, cover board is used to deviate from clamping portion accommodating chamber the opening for wearing socket part accommodating chamber and blocks.
In one embodiment, mounting base includes the joint connection being connected with connector, and be connected with column main body
Fixed installation portion, joint connection are vertical with fixed installation portion.
Compared with the prior art, the advantages of the present invention are: structure is simple, quick and easy for installation, to wirerope sheet
The Effect on Mechanical Properties of body is smaller.
Detailed description of the invention
The preferred embodiment of the utility model is described in detail below in conjunction with attached drawing, in figure:
Fig. 1 be the utility model trolley without telescopic arm when overall structure diagram;
Fig. 2 is that the trolley in Fig. 1 removes the schematic diagram after trolley casing assembly;
Fig. 3 is the schematic diagram of the trolley pedestal of the utility model;
Fig. 4 is the schematic diagram of the bottom of the trolley pedestal of the utility model;
Fig. 5 is the overall structure diagram of the column of the utility model;
Fig. 6 is the fixed pulley assembly and movable pulley component schematic diagram of the utility model;
Fig. 7 is the counterweight sliding assembly schematic diagram of the utility model;
Fig. 8 is the installation diagram of first attachment device of the utility model;
Fig. 9 is the disassembly diagram of first attachment device of the utility model;
Figure 10 is the installation diagram of second attachment device of the utility model;
Figure 11 is the disassembly diagram of second attachment device of the utility model;
Figure 12 is the schematic diagram of the scale on the heavy curtain of the utility model;
Figure 13 is the trolley schematic diagram that the utility model has double telescopic;
Figure 14 is the structural schematic diagram of the utility model telescopic arm;
Figure 15 is the structural schematic diagram for the telescopic arm that the utility model is shown from another angle.
In the accompanying drawings, identical component uses identical appended drawing reference, and the attached drawing is not drawn according to the actual ratio.
Specific embodiment
The utility model is further described below in conjunction with attached drawing.
The top in the instruction direction in the utility model, bottom are placement state when being worked normally with equipment above and below for ginseng
It examines, specifically, equipment in each of the embodiments described below refers to trolley, and placement state when being worked normally with trolley is reference, phase
To towards ground direction be bottom or under, it is opposite away from ground direction be top or on.
Fig. 1 shows one embodiment of the shell of the utility model, and the shell in the embodiment is the heavy curtain of trolley
410。
Fig. 2 is the structural schematic diagram of trolley.The trolley includes trolley pedestal 100, column 200, handle 300, trolley shell
Component 400 and telescopic arm 500.Trolley pedestal 100 and column 200 are covered by inside trolley casing assembly 400, trolley
100 and column 200 components do not have it is exposed, to keep trolley whole more beautiful.Column 200 includes column main body 290, is stood
Column main body 290 includes column bottom plate 293, column top plate 294 and the side plate for connecting column bottom plate 293 and column top plate 294, is somebody's turn to do
Side plate include the first side plate of column 291, column second side plate 292 adjacent with column the first side plate 291 and with column first
The opposite column third side plate (not shown) of side plate 291, the second side plate of column 292 are positioned opposite two pieces, and two pieces vertical
The second side plate of column 292 is respectively connected with the first side plate of column 291 and column third side plate, the first side of column positioned opposite
Plate 291, column third side plate and two blocks of second side plates of column 292 positioned opposite define column inner cavity 295 jointly.Column
Refer to side of the side plate towards column inner cavity 295 on the inside of each side plate of main body 290, each side plate of column main body 290 it is outer
Side refers to that the side plate deviates from the side of column inner cavity 295.Trolley pedestal 100 includes trolley pedestal skeleton 101, and column 200 passes through
Column bottom plate 294 is connect with trolley pedestal skeleton 101.Drag chain 210 is arranged in the outside of the first side plate of column 291, outer guide group
Part 220 is arranged in the outside of the second side plate of column 292, and handle 300 is arranged in the outside of column third side plate, and handle 300 with
Trolley pedestal skeleton 101 connects.Outer guide component 220 be two, respectively with two pieces of 292 phases of the second side plate of column positioned opposite
Corresponding, outer guide component 220 includes adapter flange 221, the adapter flange 221 of each outer guide component 220 and a telescopic arm
500 connections, the quantity of telescopic arm 500 are two.Preferably, outer guide component 220 is arranged symmetrically.
As shown in Figure 3, Figure 4, the equipment for needing parking is trolley, and trolley pedestal 100 not only includes trolley pedestal skeleton
101, it further include the universal caster wheel 103 for being arranged in 101 bottom of trolley pedestal skeleton and telescopic support leg.When trolley is in just
When the placement state often to work, the face positioned at the lower section of telescopic support leg is parking face, and parking face is usually horizontal
Ground or ground with certain tilt angle, the bottom surface of telescopic support leg are the plane parallel with parking face.When parking,
Telescopic support leg is stretched out, and makes bottom surface and the parking face contact of telescopic support leg, universal caster wheel 103 is lifted away from ground,
To realize the parking of trolley, since the bottom surface of telescopic support leg is plane and parallel with parking face, thus telescopic branch
The bottom surface of support foot and parking face form face contact, relative to traditional castor compared with the point contact mode on ground, using can stretch
The support leg parking of contracting keeps stability of the trolley in parking stronger, can be well adapted for staying on horizontal plane and low-angle slope
Vehicle.
Trolley pedestal 100 further includes the actuator for being arranged in 101 bottom of trolley pedestal skeleton.The actuator can be hydraulic
Pump, pulsometer or other components that support leg can be driven flexible, it is preferred that actuator is hydraulic pump 104.
Preferably, telescopic support leg is hydraulic supporting feet 102.Each angle at four angles of trolley pedestal skeleton 101
A universal caster wheel 103 and a hydraulic supporting feet 102 are arranged, in this way, can then guarantee the universal caster wheel 103 on each angle
It is lifted away from ground, parking function is all undertaken by hydraulic supporting feet 102.The central axis and universal caster wheel of hydraulic supporting feet 102
103 rotation axis is coaxial, the hydraulic supporting feet 102 and universal caster wheel 103 at any angle at four angles of trolley pedestal skeleton 101
The extreme position that the angle can be in simultaneously makes while avoiding hydraulic supporting feet 102 and universal caster wheel 103 from interfering
Between the size span and each universal caster wheel 103 that must be arranged between each hydraulic supporting feet 102 of 101 bottom of trolley pedestal skeleton
Size span nearly reach maximum, parking stability and roadability are enhanced simultaneously.Four of hydraulic pump 104 are hydraulic
Pipe is connect with four hydraulic supporting feets 102 respectively, and hydraulic pump 104 is provided with for adjusting the flexible rocking bar of hydraulic supporting feet 102
Handle 105 is adjusted using oil pump capacity or recirculating oil quantity of the rocker lever 105 to hydraulic pump 104 to realize hydraulic supporting feet 102
It is flexible make to adjust it is simple to operate.When parking, operator shakes the rocker lever 105 of hydraulic pump 104 to hydraulic pump 104
Oil pump capacity or recirculating oil quantity be adjusted, to drive hydraulic supporting feet 102 to stretch out, hydraulic supporting feet 102 and parking face contact, from
And jack up trolley, it disengages universal caster wheel 103 with ground, realizes parking.The stability of hydraulic mechanism itself is stronger.
Preferably, hydraulic supporting feet 102 divides for the telescopic rod that is driven by hydraulic pump 104 and is mounted on telescopic rod end
Foot connector, the bottom surface of foot connector are the plane parallel with parking face, and foot connector is using rubber or other rubs when being contacted with ground
The biggish material of coefficient is made, when parking makes the foot connector of hydraulic supporting feet 102 occur wearing so that parking effect to trolley repeatedly
When decline, only more change of feet connector be can be used continuously, and without all scrapping hydraulic supporting feet 102, improve components
Utilization rate.And the operation of more change of feet connector wants simple and quick compared to the operation for replacing entire hydraulic supporting feet 102, improves dimension
Repair efficiency.
In other embodiments, multiple hydraulic pumps 104 also can be set, each hydraulic pump 104 is independently to each hydraulic
Support leg 102 carries out extension and contraction control.
As shown in Fig. 2, handle 300 pushes trolley mobile for operator.When operator is reversed (i.e. and hydraulic pressure support
The direction of rotation of rocker lever when foot stretches out is opposite) rocker lever 105 of hydraulic pump 104 is shaken to the fuel-displaced of hydraulic pump 104
Amount or recirculating oil quantity are adjusted, and to drive hydraulic supporting feet 102 to shrink, make universal caster wheel 103 and ground face contact, at this point, trolley
In non-parked state, the handle 300 that operator is connect with hand push with trolley pedestal skeleton 101 is entire under thrust
Trolley is mobile by universal caster wheel 103.
As shown in figure 5, column 200 includes drag chain 210, outer guide component 220, drag chain mounting plate 230, movable pulley component
240, fixed pulley assembly 250, counterweight sliding assembly 260, the second attachment device 270, wirerope 280 and column main body 290.
Outer guide component 220 includes adapter flange 221 and outer guide 222, and adapter flange 221 is moved along outer guide 222.
As shown in fig. 7, counterweight sliding assembly 260 include counterweight 261, interior guide rail 262 and the first attachment device 263, first
Attachment device 263 is connected with counterweight 261, and counterweight 261 is moved along interior guide rail 262.
Cable protector as shown in Figure 5 is a part of column 200, and cable protector includes drag chain 210, fixes
Installation part and mobile installation part.Drag chain 210 includes the arc section of the two straightways of two straightways and connection, drag chain 210
Straightway and arc section are configured with the hollow portion for accommodating cable.Mobile installation part in cable protector includes adapter flange
221 and positioned at adapter flange 221 close to the link block of the side of drag chain 210, one of straight line of the link block and drag chain 210
Section connects, and the fixed installation part in cable protector is drag chain mounting plate 230.Cable can be nested in the hollow of drag chain 210
In portion, when adapter flange 221 is mobile, drag chain is driven by being located at link block of the adapter flange 221 close to the side of drag chain 210
210 is mobile, and the servo-actuated state of drag chain 210 can be such that its shape is maintained in certain spatial dimension, while 210 tip flexion of drag chain
Semi arch remain unchanged and be servo-actuated with the linear motion of adapter flange 221, since cable is located at the hollow portion of drag chain 210
It is interior, constraint of the movement of cable by drag chain 210, thus avoid causes abrasion to be leaked electricity with external structural friction, disappears simultaneously
In addition to because cable there is no limit movement and other structures collision scrape caused by abnormal sound.
Drag chain mounting plate 230 includes the first mounting plate and the second mounting plate extended from the first mounting plate, the first peace
Loading board is U-shaped, and the first mounting plate is connected with two blocks of second side plates of column 292 positioned opposite, extends from the first mounting plate
Second mounting plate is located at the outside of the first side plate of column 291.Drag chain 210 is located at the outside of the first side plate of column 291 and and drag chain
Second mounting plate of mounting plate 230 is connected.The outside that drag chain 210 is arranged in the first side plate of column 291 is made to the movement of drag chain 210
The terminals closer to telescopic arm 500 are held, thus wiring is more convenient, cable needed for wiring is relatively short, advantageously reduces
Cost.Drag chain 210 and the lateral wall of the first side plate of column 291 are spaced a distance, can avoid drag chain 210 it is mobile when with column the
The lateral wall of side plate 291 rubs, and keeps the movement of drag chain 210 more smoothly.
Link block positioned at adapter flange 221 close to the side of drag chain 210 is made of orthogonal two plates, wherein
One block of plate is connected with adapter flange 221, and the drag chain 210 in another block of plate towards the outside for being located at the first side plate of column 291 prolongs
It stretches and is connected with drag chain 210.Two straightways that the structure of the link block is conducive to drag chain 210 are in same plane, are avoided
Two straightways when drag chain 210 moves under the drive of adapter flange 221 due to drag chain 210 are in Different Plane and block
It is stagnant.
The mobile device of the trim as shown in Fig. 5-Figure 11 is a part of column 200, and Fig. 5-Fig. 7 shows the shifting of trim
The overall structure of dynamic device, Fig. 8-Figure 11 show the first attachment device 263 and the second connection dress in the mobile device of trim
Set 270 structure.The mobile device of trim includes fixed pulley assembly 250, connecting rope, counterweight 261 and switching moving member, fixed pulley
Component 250 includes main fixed pulley 251, connecting rope and main 251 solderless wrapped connection of fixed pulley, and counterweight 261 is drawn in one end of connecting rope, by fixed
The other end traction switching moving member of the connecting rope of pulley assembly 250.After switching moving member is connect with external structure, connecting rope is led
Draw the quality of one end of counterweight and realizes trim, i.e. connecting rope both ends with the quality of the one end for connecting wire saws switching moving member
Tractive force balance, at this point, operator can be readily accomplished the moving operation of external structure by moving member of transferring.
Wherein connecting rope is wirerope 280, and switching moving member is adapter flange 221, the outside connecting with adapter flange 221
Structure is telescopic arm 500, after trim, can be readily accomplished the moving operation of telescopic arm 500.
Column main body 290 as column 200 basic components for the other parts of column 200 provide installation support and/or
Corresponding space.The second side plate of same column 292 is connected with outer guide component 220 and counterweight sliding assembly 260, with this
Outer guide component 220 and the corresponding fixed pulley assembly 250 of counterweight sliding assembly 260 are mounted on the top of column top plate 294, move and slide
Wheel assembly 240 is connect with the adapter flange 221 of the outer guide component 220.
Adapter flange 221 in outer guide component 220 is arranged in the outside of the second side plate of column 292, outer guide component 220
In outer guide 222 and the lateral wall of the second side plate of column 292 fix, adapter flange 221 is moved along outer guide 221;Counterweight is sliding
The counterweight 261 moved in component 260 is arranged in the inside of the second side plate of column 292, the interior guide rail 262 in counterweight sliding assembly 260
It is fixed with the inner sidewall of the second side plate of column 292, counterweight 261 is moved along interior guide rail 262.The inside of the second side plate of column 292 is right
What is answered is column inner cavity 295, and counterweight 261 is arranged in column inner cavity 295, and adapter flange 221 is arranged in the second side plate of column
292 outside is conducive to the installation of telescopic arm 500.The setting of interior guide rail 262 and outer guide 222 makes adapter flange 221 and counterweight
Constraint of 261 movement by guide rail, adapter flange 221 and counterweight 261 can it is anticipated that direction it is mobile, avoid switching method
Orchid 221 and counterweight 261 are unrestricted in moving process and collide with other components.
Movable pulley component 240 includes the shaft 243 of movable pulley mounting rack 241, movable pulley 242 and movable pulley, movable pulley
Component 240 is connect by mounting rack 241 with adapter flange 221, and movable pulley 242 is arranged on mounting rack 241, movable pulley 242 around
The rotation of its shaft 243.One end of wirerope 280 passes through the first attachment device 263 and counterweight 261 in counterweight sliding assembly 260
It is connected to draw counterweight 261, by the dynamic cunning in the other end and movable pulley component 240 of the wirerope 280 of fixed pulley assembly 250
It is fixed by the second attachment device 270 with the second side plate of column 292 after taking turns 242 solderless wrapped connections, movable pulley component 240 and adapter flange
221 are connected, and draw adapter flange 221 by movable pulley component 240 by the other end of the wirerope 280 of fixed pulley assembly 250.
Since the quality of adapter flange 221 and telescopic arm 500 is suspended from shaft, and the quality of counterweight is then located at the mobile terminal of movable pulley 242,
Therefore the quality of counterweight 261 only needs the half or so of the quality summation of adapter flange 221 and telescopic arm 500 that trim can be realized,
The quality with usually required counterweight 261 is greatly reduced, so that the gross mass of entire trolley be made to reduce, trolley is more light
Just, it reduces costs.
Movable pulley 242 is smaller with respect to the radial dimension of movable pulley 242 along the axial size of its shaft 243, movable pulley
Shaft 243 is vertical with column the second side plate 292, keeps the size stretched out to the outside of the second side plate of column 292 smaller, relative to dynamic
The shaft 243 of pulley is parallel to the arrangement of the second side plate of column 292, and the shaft 243 of movable pulley is vertical with column the second side plate 292
Keep device layout more compact.
Using two wirerope 280 it is in parallel to counterweight 261 and adapter flange 221 carry out traction be conducive to by traction piece by
Power is balanced.Corresponding, the movable pulley 242 in movable pulley component 240 is two, and follow-up pulley 242 extends to main fixed pulley 251
Two wirerope 280 are located between two movable pulleys 242, and such setting makes two wirerope 280 of solderless wrapped connection on main fixed pulley 251
Race spacing it is smaller, device layout is compact.
Fixed pulley assembly 250 further includes not only that auxiliary fixed pulley 252, electromagnetic brake 253, master are slided calmly including main fixed pulley 251
Shaft 254, the shaft 256 of fixed pulley mounting rack 255, auxiliary fixed pulley 252 of wheel 251.Fixed pulley assembly 250 is pacified by fixed pulley
255 are shelved to be fixed on column top plate 294.Main fixed pulley 251 is installed on fixed pulley mounting rack 255 with auxiliary fixed pulley 252,
The spacing of the race of two wirerope 280 of solderless wrapped connection and two wirerope 280 of solderless wrapped connection on main fixed pulley 251 on auxiliary fixed pulley 252
The spacing of race is identical.The corresponding central angle of arc section of wirerope 280 of the solderless wrapped connection on main fixed pulley 251 is greater than solderless wrapped connection auxiliary
The corresponding central angle of arc section of wirerope 280 on fixed pulley 252.
The shaft 256 of auxiliary fixed pulley 252 is parallel with the shaft 254 of main fixed pulley 251, and main fixed pulley 251 is located at close turn
221 side of acting flange, auxiliary fixed pulley 252 are located at close to 261 side of counterweight, and the structure is in the same span of fixed pulley assembly 250
Under, the diameter of main fixed pulley 251 is reduced, equipment arrangement is more compact.
Electromagnetic brake 253 in fixed pulley assembly 250 is connect with the shaft 254 of main fixed pulley 251, electromagnetic brake 235 with
Fixed pulley mounting rack 255 is fixed.Electromagnetic brake 253 is powered to unclamp the shaft 254 of main fixed pulley 251, allows main fixed sliding
251 rotation of wheel, at this moment, operator can push the telescopic arm 500 connecting with adapter flange 221 mobile;Electromagnetic brake 253 powers off
To by 254 locking of shaft of main fixed pulley 251, main fixed pulley 251 is prevented to continue to rotate, at this moment, adapter flange 221 and with turn
The telescopic arm 500 that acting flange 221 connects will be in floating state.Due to the circle of wirerope 280 of the solderless wrapped connection on main fixed pulley 251
The corresponding central angle of segmental arc is greater than the corresponding central angle of arc section of wirerope 280 of the solderless wrapped connection on auxiliary fixed pulley 252, and electromagnetism is stopped
253 pairs of vehicle main fixed pulleys 251 are braked, and increase the validity of braking, wirerope 280 is in auxiliary fixed pulley when reducing brake
The possibility skidded on 252 improves the accuracy of station keeping.
One end of wirerope 280 is connect with counterweight 261 by the first attachment device 263, the structure of the first attachment device 263
As shown in Figure 8, Figure 9.First attachment device 263 includes mounting base 2633 and connector 281, and connector 281 includes card interconnected
Socket part 2811 forms the first bearing surface 2813 with socket part 2812, clamping portion 2811 and the intersection for wearing socket part 2812 is worn, and first supports
Junction 2813 is towards wearing socket part 2812;Mounting base 2633 is configured with clamping portion accommodating chamber 26332 and wears socket part accommodating chamber 26331,
It clamping portion accommodating chamber 26332 and wears socket part accommodating chamber 26331 and is interconnected, clamping portion accommodating chamber 26332 and wear socket part accommodating chamber
26331 intersection forms the second bearing surface 26333, and the second bearing surface 26333 is towards clamping portion accommodating chamber 26332;Clamping portion
2811 are mounted in clamping portion accommodating chamber 26332, wear socket part 2812 and are mounted on and wear in socket part accommodating chamber 26331, along clamping portion
2811 towards the mobile mobile trend direction of socket part accommodating chamber 26331 is worn, and the projection of the first bearing surface 2813 is at least a part of
It falls in the second bearing surface 26333.When connector 281 is drawn, the first bearing surface 2813 and 26333 phase mutual connection of the second bearing surface
Touching abuts, and the first bearing surface 2813 is parallel to each other with the second bearing surface 26333, and the clamping portion 2811 of connector 281 is prevented to continue
It is mobile to socket part accommodating chamber 26331 is worn, it is securely attached to connector 281 in mounting base 2633.The attachment device structure is simple,
Quick and easy for installation, when connection for wirerope 280 is smaller to the Effect on Mechanical Properties of wirerope itself.
One end of wirerope 280 is connect with connector 281, and specifically, wirerope 280 and connector 281 are an entirety, steel wire
The both ends of rope 280 have connector 281, and when being attached operation, operator leads to the wirerope 280 with connector 281
Connector 281 is crossed to be caught in corresponding clamping portion accommodating chamber 26332 and wear socket part accommodating chamber 26331.
The clamping portion 2811 of connector 281 and wear that socket part 2812 is cylindrical, cylindrical clamping portion 2811 and cylindrical
Wear that socket part 2812 is coaxial, the outer diameter of clamping portion 2811 is greater than the outer diameter for wearing socket part 2812.The structure makes the first bearing surface 2813
When contradicting with the second bearing surface 26333, the stress of all directions is more uniform.
The face for surrounding clamping portion accommodating chamber 26332 includes two parallel planes and the first circular arc for connecting the two planes
Face, the first arc surface and the two planes are tangent.Surrounding and wearing the face of socket part accommodating chamber 26331 includes two parallel planes and company
The second arc surface of the two planes is connect, the second arc surface and the two planes are tangent.First arc surface and the second arc surface are same
Axis.Distance between two parallel planes of clamping portion accommodating chamber 26332 allows clamping portion 2811 to pass through, and wears socket part accommodating chamber
Distance between 26331 two parallel planes allows to wear socket part 2812 and passes through, and the clamping portion 2811 of connector 281 can pass through clamping portion
The opening of two interplanars of accommodating chamber 26332 enters clamping portion accommodating chamber 26332, and wearing socket part 2812 can be accommodated by wearing socket part
The opening of two interplanars of chamber 26331, which enters, wears socket part accommodating chamber 26331.The structure has well solved clamping portion accommodating chamber
After 26332 openings for deviating from the one end for wearing socket part accommodating chamber 26331 are blocked, clamping portion 2811 can not be from clamping portion accommodating chamber
The problem of 26332 opening away from the one end for wearing socket part accommodating chamber 26331 carries out clamping portion accommodating chamber 26332.
First attachment device 263 further includes cover board 2634, wears socket part accommodating chamber 26331 away from clamping portion accommodating chamber 26332
The end face of one end be connected with cover board 2634;Cover board 2634 is configured with card slot 26341, and the face for surrounding card slot 26341 includes two
Parallel plane and the third arc surface for connecting the two planes, third arc surface and the two planes are tangent;Third arc surface
Opening direction it is opposite with the opening direction of the second arc surface.Connector 281 wears opening of the socket part 2812 towards the second arc surface
The movement in direction is limited by the arc surface of cover board 2634, which has further prevented connector 281 and mounting base 2633 to be detached from.
First attachment device 263 further includes whorl brace rod 2632 and jam nut 2631, jam nut 2631 and screw thread
Connecting rod 2632 is connected, another end face and whorl brace rod opposite with the end face of connecting cover plate 2634 in mounting base 2633
2632 connections.First attachment device 263 is connected through a screw thread bar 2632 and is screwed into counterweight 261, and is pushed up using jam nut 2631
Tight whorl brace rod 2632 and counterweight 261, to realize the connection of the first attachment device 263 and counterweight 261.
The other end of wirerope 280 is connected with the second attachment device 270, the second attachment device 270 and the second side plate of column
292 is fixed, and the structure of the second attachment device 270 is as shown in Figure 10, Figure 11.Second attachment device 270 includes mounting base 271 and connects
First 281;Connector 281 includes clamping portion 2811 interconnected and wears socket part 2812, clamping portion 2811 and the friendship for wearing socket part 2812
The first bearing surface 2813 is formed at boundary, the first bearing surface 2813 is towards wearing socket part 2812;Mounting base 271 is configured with clamping portion receiving
Chamber 2711 is interconnected with socket part accommodating chamber 2712, clamping portion accommodating chamber 2711 is worn with socket part accommodating chamber 2712 is worn, and clamping portion holds
It receives and chamber 2711 and wears the intersection of socket part accommodating chamber 2712 and form the second bearing surface 2713, the second bearing surface 2713 is towards clamping portion
Accommodating chamber 2711;Clamping portion 2811 is mounted in clamping portion accommodating chamber 2711, is worn socket part 2812 and is mounted on and wears socket part accommodating chamber
In 2712, along clamping portion 2811 towards the mobile trend direction wearing socket part accommodating chamber 2712 and moving, the throwing of the first bearing surface 2813
Shadow is at least a part of to be fallen in the second bearing surface 2713.When connector 281 is drawn, the first bearing surface 2813 is abutted with second
Face 2713 contacts with each other, and prevents the clamping portion 2811 of connector 281 from continuing mobile to socket part accommodating chamber 2712 is worn, keeps connector 281 firm
Admittedly be connected in mounting base 271.The attachment device structure is simple, quick and easy for installation, when connection for wirerope 280 pair
The Effect on Mechanical Properties of wirerope itself is smaller.
Equally, for the wirerope 280 from belt lacing 281 and with one entirety of formation of connector 281, it is being attached operation
When, the wirerope 280 with connector 281 is caught in corresponding clamping portion accommodating chamber 2711 by connector 281 and worn by operator
Socket part accommodating chamber 2712.
The face for surrounding clamping portion accommodating chamber 2711 is the 4th arc surface;Surrounding and wearing the face of socket part accommodating chamber 2712 includes two
Parallel plane and the 5th arc surface for connecting the two planes, the 5th arc surface and the two planes are tangent;4th arc surface
It is coaxial with the 5th arc surface;The corresponding radian of 4th arc surface is greater than π, and the 4th arc surface, which must not be located to surround, wears socket part accommodating chamber
Two parallel planes between.The diameter of 4th arc surface is equal or slightly larger than the diameter of clamping portion 2811.By connector 281 towards card
Socket part accommodating chamber 2711 is lifted away from the direction for wearing socket part accommodating chamber 2712, carries on the back connector 281 beyond clamping portion accommodating chamber 2711
Connector 281 is moved to coaxial with the 4th arc surface by the end face from the one end for wearing socket part accommodating chamber 2712.Due to wirerope 280
Diameter it is relatively small, can be from wearing two plane-parallel openings of socket part accommodating chamber 2712 and the indentation, there of the 4th arc surface
Connector 281 is followed to be moved to corresponding position.Connector 281 be moved to the 4th arc surface it is coaxial after, by connector 281 towards wearing socket part
Accommodating chamber 2712 is mobile, and connector 281 wears socket part 2812 through clamping portion accommodating chamber 2711 into wearing in socket part accommodating chamber 2712, connects
First 281 clamping portion 2811 enters in clamping portion accommodating chamber 2711.Since the corresponding radian of the 4th arc surface is greater than π, and the
The diameter of four arc surfaces is equal or slightly larger than the diameter of clamping portion 2811, thus the 4th arc surface can limit the clamping of connector 281
Portion 2811 moves radially, and connector 281 is avoided radially to be detached from mounting base 271.The structure does not need to recycle the lid for being equipped with card slot
Moving radially for plate butt joint 281 is limited.
Second attachment device 270 further includes cover board 272, and cover board 272 accommodates clamping portion accommodating chamber 2711 away from socket part is worn
The opening of chamber 2712 blocks, and is detached from mounting base 271 from the opposite direction of lead to avoid connector 281.
Mounting base 271 includes the joint connection being connected with connector 281, and is consolidated with what the second side plate of column 292 was connected
Determine mounting portion, joint connection is vertical with fixed installation portion, and joint connection extends towards the outside of the second side plate of column 292,
The structure of the mounting base 271 is conducive to adjust the link position of wirerope 280 and the second attachment device 270, slides solderless wrapped connection dynamic
The wirerope for taking turns 242 two sides, which is in same plane, to be moved.
Fig. 1 shows the structure of trolley casing assembly 400, and trolley casing assembly 400 includes heavy curtain 410, and heavy curtain 410 is by two
A shell is formed by connecting, and two shells are respectively column front housing 411 and column rear shell 412, in column front housing 411 and column rear shell
414 two sides of seam that 412 connections are formed are provided with escape groove 415, and installation passage is located at column front housing 411 and column rear shell
412 are connected to the escape groove 415 of 414 two sides of seam.Telescopic arm 500 includes attachment base 520, and attachment base 520 includes adapter flange
Mounting plate 521, the fixed arm mounting plate positioned opposite with adapter flange mounting plate 521 and it connect adapter flange mounting plate 521
With the cross-under plate 523 of fixed arm mounting plate.Adapter flange mounting plate 521 and the fixation positioned opposite of adapter flange mounting plate 521
Arm mounting plate and cross-under plate 523 define evacuation chamber 522, which is between two escape groove 415 of heavy curtain 410
Part provides the space of evacuation.Being located at the elongator inside and outside heavy curtain 410 is cross-under plate 523, and the position of escape groove 415 includes wearing
For fishplate bar 523 with the position on heavy curtain 410 corresponding to the mobile stroke range of adapter flange 221, escape groove 415 is to be located at curtain
The movement of cross-under plate 523 inside and outside curtain 410 provides the space of evacuation, facilitates the movement of the components inside and outside heavy curtain 410, curtain
Curtain 410 is not contacted with adapter flange 221 and telescopic arm 500, in 500 moving process of telescopic arm connecting with adapter flange 221 not
Noise can be generated.Heavy curtain 410 is formed by connecting by two shells, and folding is more convenient.Attachment base 520 is convenient in the setting of installation passage
It is connect with adapter flange 221.Since connecting plate 413 is across seam 414, after attachment base 520 is connect with adapter flange 221, even
While fishplate bar 413 blocks installation passage, the effect of connection column front housing 411 and column rear shell 412 is also acted.Installation passage
Keep adapter flange 221 and the installation maintenance of telescopic arm 500 more convenient with the cooperation of connecting plate 413.Column rear shell 412 and vertical
Column 200 is connected, and column front housing 411 is connected with column rear shell 412.
Fig. 1, Figure 12 show the graduated scale on heavy curtain, and graduated scale 4111, graduated scale 4111 are configured on heavy curtain 410
Close to escape groove 415, the extending direction of graduated scale 4111 is parallel with the extending direction of escape groove 415.4111 visual field of graduated scale
As it can be seen that structure is simple and clear in range, the elevation references of pendulum position can be provided for telescopic arm 500.
Two escape groove 415 of corresponding two telescopic arms 500 are provided with graduated scale 4111 on column front housing 411.
As shown in Figure 13-Figure 15, telescopic arm 500 includes telescopic arm shell 510, attachment base 520, fixed arm 530 and movement
Arm 540.Attachment base 520 is mounted on fixed arm 530 for connecting with adapter flange 221.Movement arm 540 is equipped with towards fixed arm
530 take-up, take-up make take-up contact or be detached from fixed arm 530 with the relative movement of fixed arm 530.Wherein
Take-up is electromagnet 541 shown in figure 15, and fixed arm 530 includes latch 531 and track mount plate 532, electromagnet 541
Electromagnetic attraction is released when energization, electromagnet 541 is disengaged with latch 531, and operator can push movement arm 540 relatively solid
Fixed arm 530 is mobile;Electromagnet 541 has electromagnetic attraction when powering off, and micro- deformation occurs for latch 531 under the action of electromagnetic attraction
Keep 531 opposed electromagnets 541 of latch mobile and is contacted with electromagnet 541, when movement arm 540 is mobile relative to fixed arm 530,
Due to the direct stress for the contact surface for acting on the electromagnet 541 and latch 531 that contact with each other that electromagnetic attraction generates, make mutually
Frictional resistance is generated between the electromagnet 541 of contact and the resistance surface of latch 531, the relatively fixed arm 530 of retardation motion arm 540 moves
It is dynamic.The structure is the telescopic moving for being able to achieve movement arm 540 and fixing arm 530 relatively, while again can be to 540 telescopic moving of movement arm
When the position that regulates carry out locking positioning.540 front-end structure of movement arm has unblock button, controls electromagnet by unblock button
541 energization and power-off.
Fixed arm 530 includes latch 531 and track mount plate 532, and latch 531 and track mount plate 532 are vertical, rail
Movement arm slide rail 535 is disposed on road mounting plate 532, movement arm 540 is moved along movement arm slide rail 535.The structure
So that installation site of the electromagnet 541 on movement arm 540 corresponding to latch 531 connect movement arm with movement arm 540 and slides
The position of dynamic guide rail 535 is circumferentially staggered, and safeguards convenient for the dismounting of electromagnet 541.
Movement arm slide rail 535 includes sliding block 5351, and movement arm 540 passes through sliding block 5351 and movement arm slide rail
535 are connected.
Along 540 moving direction of movement arm, the both ends of fixed arm 530 are provided with end plate 533, and buffer stopper 534 and end plate 533 connect
It connects.End plate 533 strengthens the latch 531 of fixed arm 530 and the stability of track mount plate 532.Buffer stopper 534 is to movement arm
540 movement is limited, and movement arm 540 is avoided to be moved to other than required stroke, when movement arm 540 is moved to the pole of stroke
When extreme position, buffer stopper 534 also acts as the effect of buffering, and fixed arm 530 is avoided to form hard impact to movement arm 540.
The side of latch 531 towards electromagnet 541 is additionally provided with damping mat, and the damping mat is by the biggish material of coefficient of friction
It is made.The frictional resistance of contact surface when damping mat is to increase latch 531 and the contact of electromagnet 541.
In other embodiments, electromagnet 541 can also be substituted for telescopic rod, telescopic rod is stretched out, connect with latch 531
Touching is to hold out against latch 531, and retardation motion arm 540 is relative to the mobile positioning with to movement arm 540 is realized of fixed arm 530;It is flexible
Bar is withdrawn to be detached from with latch 531, at this point, movement arm 540 can be mobile relative to fixed arm 530.
Although the present utility model has been described by reference to the preferred embodiments, but in the model for not departing from the utility model
In the case where enclosing, various improvement can be carried out to it and some or all of the technical features can equally be replaced
It changes.Especially, as long as logic or structural conflict is not present, items technical characteristic mentioned in the various embodiments can be any
Mode combines.The utility model is not limited to specific embodiment disclosed herein, but including falling into claim
All technical solutions in range.
Claims (10)
1. a kind of wire-rope connecting device, which is characterized in that including mounting base and connector;
The connector includes clamping portion interconnected and wears socket part, and the clamping portion forms the first abutting with socket part intersection is worn
Face, the first bearing surface direction wear socket part,
The mounting base is configured with clamping portion accommodating chamber and wears socket part accommodating chamber, the clamping portion accommodating chamber and wears socket part accommodating chamber
It is interconnected, the clamping portion accommodating chamber forms the second bearing surface, second bearing surface court with socket part accommodating chamber intersection is worn
To clamping portion accommodating chamber,
The clamping portion is mounted in the accommodating chamber of clamping portion, it is described wear socket part and be mounted on wear in socket part accommodating chamber, the clamping portion
With the mobile trend of socket part accommodating chamber is worn towards described, first bearing surface is parallel with second bearing surface, and described first
Bearing surface is abutted with the second bearing surface.
2. wire-rope connecting device according to claim 1, which is characterized in that the clamping portion and to wear socket part be in cylinder
Shape, two cylindrical coaxials, and the outer diameter of the clamping portion are greater than the outer diameter for wearing socket part.
3. wire-rope connecting device according to claim 2, which is characterized in that the clamping portion accommodating chamber is parallel by two
Plane and connect the two planes the first arc surface surround, first arc surface is tangent with two planes respectively.
4. wire-rope connecting device according to claim 3, which is characterized in that described to wear socket part accommodating chamber parallel by two
Plane and connect the two planes the second arc surface surround, second arc surface is tangent with two planes respectively,
First arc surface and the second arc surface are coaxial.
5. wire-rope connecting device according to claim 4, which is characterized in that the attachment device further includes cover board, institute
Cover board is stated as circle, the cover board is equipped with card slot, and the card slot is by two parallel planes and the third for connecting the two planes
Arc surface surrounds, and the third arc surface and the two planes are tangent;The opening direction of the third arc surface with it is described
The opening direction of second arc surface on the contrary, described one end away from the clamping portion accommodating chamber of wearing socket part accommodating chamber end face and institute
Cover board is stated to be connected.
6. wire-rope connecting device according to claim 5, the cover board is bolted in the mounting base.
7. wire-rope connecting device according to claim 3, which is characterized in that the attachment device further includes being threadedly coupled
Bar and jam nut, the jam nut are fixedly connected with whorl brace rod, are connected in the whorl brace rod and the mounting base
Opposite another end face connection in the end face of connects cover plate.
8. wire-rope connecting device according to claim 1, which is characterized in that the corresponding radian of first arc surface is big
In π, first bearing surface is U-shaped.
9. wire-rope connecting device according to claim 6, which is characterized in that the cover board is used for clamping portion accommodating chamber
It is blocked away from the opening for wearing socket part accommodating chamber.
10. wire-rope connecting device according to claim 6, which is characterized in that the mounting base includes being connected with connector
Joint connection, and the fixed installation portion being connected with column main body, joint connection be vertical with fixed installation portion.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201821628163.4U CN209309222U (en) | 2018-10-09 | 2018-10-09 | A kind of wire-rope connecting device |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201821628163.4U CN209309222U (en) | 2018-10-09 | 2018-10-09 | A kind of wire-rope connecting device |
Publications (1)
Publication Number | Publication Date |
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CN209309222U true CN209309222U (en) | 2019-08-27 |
Family
ID=67670552
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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CN201821628163.4U Active CN209309222U (en) | 2018-10-09 | 2018-10-09 | A kind of wire-rope connecting device |
Country Status (1)
Country | Link |
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CN (1) | CN209309222U (en) |
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2018
- 2018-10-09 CN CN201821628163.4U patent/CN209309222U/en active Active
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