CN206857063U - A kind of equipment for bundling gloves - Google Patents
A kind of equipment for bundling gloves Download PDFInfo
- Publication number
- CN206857063U CN206857063U CN201720434395.5U CN201720434395U CN206857063U CN 206857063 U CN206857063 U CN 206857063U CN 201720434395 U CN201720434395 U CN 201720434395U CN 206857063 U CN206857063 U CN 206857063U
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- Prior art keywords
- casing
- gloves
- drive rod
- motor
- equipment
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B13/00—Bundling articles
- B65B13/18—Details of, or auxiliary devices used in, bundling machines or bundling tools
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B13/00—Bundling articles
- B65B13/02—Applying and securing binding material around articles or groups of articles, e.g. using strings, wires, strips, bands or tapes
- B65B13/04—Applying and securing binding material around articles or groups of articles, e.g. using strings, wires, strips, bands or tapes with means for guiding the binding material around the articles prior to severing from supply
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Operating, Guiding And Securing Of Roll- Type Closing Members (AREA)
- Basic Packing Technique (AREA)
- Holders For Apparel And Elements Relating To Apparel (AREA)
Abstract
The utility model belongs to gloves processing technique field, more particularly to a kind of equipment for bundling gloves.The utility model includes casing, positioned at the performs device of casing internal, control device and drive device outside casing respectively, described casing one end is openend, the other end is sealed end, the performs device includes the carriage being arranged between the openend of casing and sealed end, it is arranged on the guide device of casing openend, hand piece on carriage, the carriage includes sliding bar, the drive rod arranged in parallel with sliding bar, it is located in sliding bar and the sliding shoe on drive rod, the control device electrically connects with drive device, the drive device is connected with drive rod.The utility model improves the efficiency of gloves enlacement packaging, reduces cost of labor, the gloves after tying up are in good order, and quantity is checked conveniently by way of intelligent control.
Description
Technical field
The utility model belongs to gloves processing technique field, more particularly to a kind of equipment for bundling gloves.
Background technology
On the production line of gloves, after gloves handle machine-shaping, for ease of the needs such as depositing, checking and transport, generally
By gloves according to certain quantity into bag or it is bundled packed, gloves are stacked, makes gloves bundled, then fills in packing box again
In.
Current binding mode has artificial or mechanical packaging, artificial mode to need to remove gloves from fingerprint, pass through
The mode manually checked, according to the quantity of regulation by gloves into bale packaging, such as gloves are paved to expansion by hand, piled up by hand into one
Pile up into bale packaging, this mode does not only exist that producers' labor intensity is big, wastes excessive manpower, be ineffective
Problem, it is also easy to generation and checks mistake, is unfavorable for counting.
In order to improve operating efficiency, substituted by the way of mechanization manually, use on production line and taken into from fingerprint
Type gloves, stack being tied up in order successively, this mode is needed by transmission belt, although personnel will be checked from heavy
Work in free, but operating process is relatively tediously long, and gloves are removed from fingerprint, then again by transmission belt by stated number
The gloves of amount, which are transmitted to the place for needing to tie up, to be tied up, and is tying up place, producers carry out the gloves of selected quantity
Manually tie up.This, which is tied up process and although realizes the mode of machinery, is transmitted, but does not solve the mechanization tied up, hand
Set can not directly be tied up from fingerprint, only realize by quantity control gloves, can not but realize and tie up automatically, and this side of tying up
Formula occurs tying up irregular phenomenon when also manually stacking gloves when gloves are tied up by quantity.
The content of the invention
Gloves efficiency is low, ties up irregular problem for being tied up present in prior art, and the utility model provides
A kind of equipment for bundling gloves, automatically according to regulation quantity binding gloves on glove line, equipment operation is simple, nothing
Need to manually it participate in, it is possible to increase operating efficiency, binding are neat, quantity is checked accurately.
To solve problems of the prior art, the utility model is achieved through the following technical solutions.
The utility model provides a kind of equipment for bundling gloves, and it is characterized in that：Including casing 1, positioned at machine
Performs device inside shell 1, the control device 19 outside casing 1 and drive device, described one end of casing 1 are opening respectively
End, the other end be sealed end, the performs device including be arranged between the openend of casing 1 and sealed end carriage,
Be arranged on the guide device of the openend of casing 1, the hand piece 11 on carriage, the carriage include sliding bar 5,
The drive rod 4 arranged in parallel with sliding bar 5, it is located in sliding bar 5 and the sliding shoe 27 on drive rod 4, the control device 19
Electrically connected with drive device, the drive device is connected with drive rod 4.
Further, the sliding bar 5, drive rod 4 connect openend and the sealed end of casing 1 respectively, sliding bar 5, drive
Lever 4 be arranged in parallel with being connected the side wall 30 of the openend of casing 1 and sealed end, and the radical of sliding bar 5 is at least two.
Further, the drive device is motor 10, and one end that casing 1 is stretched out in drive rod 4 is provided with turbine 8, electricity
The output end of machine 10 is also equipped with turbine 8, and the turbine 8 on drive rod 4 is connected with the turbine 8 on motor 10 by scroll bar 9.
Further, the fixed seat 2 that the sliding shoe 27 includes sliding seat 3, is fixedly connected with sliding seat 3, fixed seat 2
On both sides of the middle is respectively teeth groove 7, and the teeth groove 7 is in the both sides of fixed seat 2 in left and right horizontally-parallel arrangement or parallel longitudinal up and down
Arrangement, hand piece 11 is provided between the teeth groove 7 of same layer.
Further, the front portion of hand piece 11 is hand shape, and middle part is provided with jut 12, and rear portion is connection sheet 13,
Rotating shaft 14 is respectively provided with the both sides of connection sheet 13, hand piece 11 is fixed on the tooth of the both sides of fixed seat 2 by the rotating shaft 14 of both sides
In groove 7.
Further, the guide device is located at the openend of casing 1, is formed by multilayer guide plate 15, and the multilayer is drawn
Guide card 15 is in openend in the horizontally-parallel arrangement in left and right or parallel longitudinal arrangement up and down, the arrangement mode and tooth of multilayer guide plate 15
Arrangement mode of the groove 7 in fixed seat 2 is consistent, and each guide plate 15 includes guiding groove 16, positive stop strip 17, the two of guiding groove 16
Side is provided with extension 18, and the two side 30 of extension 18 is arc surface, the surface inside guiding groove 16 for wedge shape ramped shaped,
17 U-shaped shape of positive stop strip, the top of U-shaped shape are connected with the thin end of guiding groove 16, the leg of U-shaped shape towards casing 1 sealed end,
The thick end surfaces of guiding groove 16 and the opening end surfaces of casing 1 are mutually neat.
Further, the drive device is motor 10, and the belt of motor 10 stretches the belt pulley of motor 10 and drive rod 4
The one end for going out casing 1 is connected.
Further, include being used for A.C. contactor, the delay relay that controlled motor 10 works in the control device 19
Device, in the inside of casing 1, the direction parallel with sliding bar 5 is provided with multiple limit switches 23 for the stroke of limit slippage block 27,
Control A.C. contactor, the Action Button 20 of time-delay relay working condition are installed on the outer wall of casing 1.
The utility model also provides a kind of equipment for bundling gloves, and it is characterized in that：Including casing 1, it is located at
Performs device inside casing 1, the respectively control device 19 and drive device outside casing 1, described one end of casing 1 are to open
Mouth end, the other end are sealed end, and the performs device includes the slip dress being arranged between the openend of casing 1 and sealed end
Put, be arranged on the guide device of the openend of casing 1, the hand piece 11 on carriage, the carriage includes sliding
Bar 5 and the drive rod 4 arranged in parallel of sliding bar 5, it is located in sliding bar 5 and the sliding shoe 27 on drive rod 4, the control dress
Put 19 to electrically connect with drive device, the drive device is connected with drive rod 4.
Further, the sliding bar 5, drive rod 4 connect openend and the sealed end of casing 1 respectively, sliding bar 5, drive
Lever 4 be arranged in parallel with being connected the side wall 30 of the openend of casing 1 and sealed end, and the radical of sliding bar 5 is at least two.
Further, the drive device is motor 10, and one end that casing 1 is stretched out in drive rod 4 is provided with turbine 8, electricity
The output end of machine 10 is also equipped with turbine 8, and the turbine 8 on drive rod 4 is connected with the turbine 8 on motor 10 by scroll bar 9.
Further, the fixed seat 2 that the sliding shoe 27 includes sliding seat 3, is fixedly connected with sliding seat 3, fixed seat 2
On both sides of the middle is respectively teeth groove 7, and the teeth groove 7 is in the both sides of fixed seat 2 in left and right horizontally-parallel arrangement or parallel longitudinal up and down
Arrangement, hand piece 11 is provided between the teeth groove 7 of same layer.
Further, the front portion of hand piece 11 is hand shape, and middle part is provided with jut 12, and rear portion is connection sheet 13,
Rotating shaft 14 is respectively provided with the both sides of connection sheet 13, hand piece 11 is fixed on the tooth of the both sides of fixed seat 2 by the rotating shaft 14 of both sides
In groove 7.
Further, the guide device is located at the openend of casing 1, is formed by multilayer guide plate 15, and the multilayer is drawn
Guide card 15 is in openend in the horizontally-parallel arrangement in left and right or parallel longitudinal arrangement up and down, the arrangement mode and tooth of multilayer guide plate 15
Arrangement mode of the groove 7 in fixed seat 2 is consistent, and each guide plate 15 includes guiding groove 16, positive stop strip 17, the two of guiding groove 16
Side is provided with extension 18, and the two side 30 of extension 18 is arc surface, the surface inside guiding groove 16 for wedge shape ramped shaped,
17 U-shaped shape of positive stop strip, the top of U-shaped shape are connected with the thin end of guiding groove 16, the leg of U-shaped shape towards casing 1 sealed end,
The thick end surfaces of guiding groove 16 and the opening end surfaces of casing 1 are mutually neat.
Further, the drive device is motor 10, and one end that casing 1 is stretched out in drive rod 4 is provided with turbine 8, electricity
The output end of machine 10 is also equipped with turbine 8, and the turbine 8 on drive rod 4 is connected with the turbine 8 on motor 10 by scroll bar 9.
Further, the position parallel with any sliding bar 5 in the inside of casing 1 is provided with multiple limit switches 23, in machine
The inside of shell 1 position parallel with any sliding bar 5 is provided with multiple limit switches 23, includes processing in the control device 19
Device, the counter/timer being bi-directionally connected with processor, multiple limit switches 23 are connected to the defeated of processor by input block
Enter end, the output end of processor connects motor 10, display screen 22 by output unit respectively, and the input of input block is also connected with
There are Action Button 20, settings button.
Further, also include the mixed-media network modules mixed-media that is attached with processor in the control device 19, mixed-media network modules mixed-media with
Cell phone application carries out information exchange.
Compared with prior art, it is of the present utility model to be beneficial in that：The utility model is simple in construction, operates steadily,
By the rotating of motor, drive rod forward or reverse is driven, so as to drive sliding shoe to advance or retreat, Jin Ershi along sliding bar
The stretching or withdrawal of existing hand piece；By the cooperation of the jut and guiding groove of hand piece, when realizing that hand piece stretches out guiding groove
Upper and lower folding, operating personnel, which can facilitate, is enclosed on gloves on hand piece, coordinates the design of teeth groove, realizes in a row or hand in column
Set is beaten binding.The utility model is realized to the accurate of sliding shoe action process herein in connection with the cooperation of optoelectronic switch and controller
Control and positioning, and then obtain hand piece different station state, consequently facilitating coordinate gloves binding everything goes well with your work carry out.
The utility model improves the efficiency of gloves enlacement packaging, reduces cost of labor, the gloves after tying up by way of intelligent control
In good order, quantity is checked conveniently.
Brief description of the drawings
Fig. 1 is the external structure schematic diagram of the utility model embodiment 1；
Fig. 2 is the internal structure schematic diagram of the utility model embodiment 1；
Fig. 3 is hand piece original state schematic diagram in the utility model embodiment 1；
Fig. 4 is hand piece closure state schematic diagram in the utility model embodiment 1；
Fig. 5 is hand piece open configuration schematic diagram in the utility model embodiment 1；
Fig. 6 is the turbine of the utility model embodiment 2 and the connection diagram of scroll bar；
Fig. 7 is the internal structure schematic diagram of the utility model embodiment 2；
Fig. 8 is the sliding shoe structural representation of the utility model embodiment 2；
Fig. 9 is the external structure schematic diagram of the utility model embodiment 3；
Figure 10 is the schematic diagram of the control device of the utility model embodiment 3；
Figure 11 is the structural representation of the utility model hand piece；
Figure 12 is the structural representation of the utility model guide device.
Description of symbols：1st, casing, 1-1, upper lid, 1-2, front frame, 1-3, side plate, 1-4, bottom plate, 1-5 back plates, 2, fixed seat,
3rd, sliding seat, 4, drive rod, 5, sliding bar, 6, briquetting, 7, teeth groove, 8, turbine, 9, scroll bar, 10, motor, 11, hand piece, 12,
Jut, 13, connection sheet, 14, rotating shaft, 15, guide plate, 16, guiding groove, 17, positive stop strip, 18, extension, 19, control dress
Put, 20, Action Button, 21, power switch, 22, display screen, 23, limit switch, 24, assay plate, 25, supporting leg, 26, clamping plate,
27th, sliding shoe, 28, through hole, 29, screwed hole, 30, side wall, 31, fixed strip, 32, socket.
Embodiment
To illustrate structure and principle of the present utility model, with reference to accompanying drawing 1-11 in embodiment, to the utility model
Embodiment be described in detail.
Embodiment 1：
Equipment is controlled using manual mode in the present embodiment, the equipment in the present embodiment includes frame, casing
1st, the performs device inside casing 1, the respectively control device 19 and drive device outside casing 1.
Casing 1 is rectangular parallelepiped structure, six faces of cuboid be respectively front frame 1-2, back plate 1-5, bottom plate 1-4, upper lid 1-1,
And the side plate 1-3 of both sides, upper rack are frame structure, bottom is supporting leg 25, and six faces of casing 1 can both pass through one
Change in upper rack is enclosed in by steel plate, can also be fixedly connected respectively with frame by six faces.In the cuboid that casing 1 is formed
One end is openend, the other end is sealed end, and front frame 1-2 is openend in this embodiment, and back plate 1-5 is sealed end.
Before performs device is including being arranged on the carriage between the front frame 1-2 of casing 1 and back plate 1-5, being arranged on casing 1
The guide device of frame 1-2 opening positions, the hand piece 11 on carriage.Carriage includes sliding bar 5 and sliding bar 5
Drive rod 4 arranged in parallel, sliding bar 5 and the sliding shoe 27 on drive rod 4 are located in, control device 19 is electrically connected with drive device
Connect, drive device is connected with drive rod 4.Sliding bar 5, drive rod 4 connect openend and the sealed end of casing 1, sliding bar respectively
5th, drive rod 4 be arranged in parallel with being connected the side wall 30 of the openend of casing 1 and sealed end, and the radical of sliding bar 5 is at least
Two.
Sliding bar 5 is upper and lower parallel longitudinal arrangement in casing 1 in the present embodiment, is specifically configured to：Along with side plate
Direction parallel 1-3,2 sliding bars 5 are provided with, every one end of sliding bar 5 is fixed on back plate 1-5, before the other end is fixed on
On frame 1-2, and two sliding bars are parallel about 5, and the sliding bar 5 of top is located at below upper lid 1-1, and the sliding bar 5 of lower section is located at
Above bottom plate 1-4.
The fixed seat 2 that sliding shoe 27 includes sliding seat 3, is fixedly connected with sliding seat 3, the on both sides of the middle difference of fixed seat 2
For teeth groove 7, the symmetric arrays of teeth groove 7 of both sides, if the setting at left and right sides of fixed seat 2 of teeth groove 7, positioned at the teeth groove 7 of same layer
Line and horizontal bit parallel, if teeth groove 7 is set in the upper and lower ends of fixed seat 2, positioned at same layer teeth groove 7 line with hanging down
Nogata is to parallel.
If sliding bar 5 is the arrangement mode of parallel longitudinal arrangement, as the present embodiment, in having up and down for sliding shoe 27
Sliding seat 3, between slide up and down seat 3, it is offered through the logical of sliding seat 3 sliding up and down the middle part of seat 3 fixed seat 2
Hole 28, the through hole 28 are worn for upper and lower sliding bar 5, ensure sliding shoe 27 in casing 1 along sliding bar 5 by this structure
The track of offer is moved.The teeth groove 7 in the both sides of fixed seat 2 is in the lateral symmetry arrangement in left and right simultaneously, positioned at the tooth of same layer
Hand piece 11 is installed between groove 7.In the present embodiment, clamping plate 26, the height of clamping plate 26 are provided with the both sides of sliding shoe 27
Highly consistent with the fixed seat 2 of sliding shoe 27, the clamping plate 26 of every side is parallel to be connected with the fixed strip 31 with multilayer teeth groove 7.
The sliding shoe 27 of lower section is flange arrangement in the present embodiment, is respectively provided with the front frame 1-2 of sliding shoe 27 and casing 1
There is the screwed hole 29 rotated for drive rod 4, the openend of casing 1, sealed end are connected with drive rod 4 by bearing respectively, the spiral shell
Screw thread on pit 29 is internal thread.The surface of drive rod 4 is shape of threads, and the screw thread is external screw thread, and externally threaded length is with driving
The length of lever 4 is isometric.Drive rod 4 sequentially passes through the front frame 1-2 of sliding shoe 27, casing 1 through screwed hole 29.Drive rod 4 was both
The top of lower section sliding bar 5 can be located at, may be alternatively located at the lower section of lower section sliding bar 5, but be ensured that drive rod 4 and flange arrangement
On screwed hole 29 and front frame 1-2 on screwed hole 29 in sustained height.Drive device is motor 10 in the present embodiment, motor
One end that 10 belt stretches out the belt pulley of motor 10 with drive rod 4 casing 1 is connected.
Guide device is located at the front frame 1-2 opening positions of casing 1, is formed by multilayer guide plate 15, multilayer guide plate 15 is in machine
The horizontally-parallel arrangement in left and right in the horizontal direction at the front frame 1-2 of shell 1, the arrangement mode and teeth groove 7 of multilayer guide plate 15 are in fixed seat 2
On arrangement mode it is consistent, for the arrangement mode of multilayer guide plate 15, can also vertically parallel longitudinal arrangement up and down,
Now the multilayer teeth groove 7 on sliding shoe 27 also should be parallel longitudinal arrangement up and down.Each guide plate 15 includes guiding groove 16, limit
Position bar 17, extension 18 is provided with the both sides of guiding groove 16, guiding groove 16 is fixed on the front frame 1- of casing 1 by extension 18
On 2, surface inside guiding groove 16 is the ramped shaped of wedge shape, 17 U-shaped shape of positive stop strip, top and the guiding groove 16 of U-shaped shape
Featheredge is connected, the leg of U-shaped shape towards at the bottom plate 1-4 of casing 1, the thick end surfaces of guiding groove 16 with outside the front frame 1-2 of casing 1
Surface is mutually neat.Guide plate 15 is limited in front frame 1-2 left and right vertical direction, and one with the vertical direction movement is certainly
By spending, and the front end of guide plate 15 can rotating up with slight angle.Specifically, the two side 30 of extension 18 is
Arc surface, such setting are able to ensure that guide plate 15 can have the activity space of small range in the opening of the front end of casing 1, when
Hand piece 11 enters in guiding groove 16, and the guide plate 15 of equivalent layer is driven when hand piece 11 opens in the angular range of arc surface
Lift, drive the guide plate 15 of equivalent layer to be fallen after rise in the angular range of arc surface when hand piece 11 closes.
The front portion of hand piece 11 is hand shape, and middle part is provided with jut 12, and rear portion is connection sheet 13, the two of connection sheet 13
Side is respectively provided with rotating shaft 14, and hand piece 11 is fixed on by the rotating shaft 14 of both sides in the teeth groove 7 of the both sides of fixed seat 2, in hand piece
During 11 stretch out or withdraw, the jut 12 of hand piece 11 is corresponding with the slope position of guiding groove 16, that is to say, that when
When hand piece 11 is located in guiding groove 16, the jut 12 of hand piece 11 with the slope of guiding groove 16 is domatic is in contact.Hand piece
11 hand shape, jut, connection sheet can be structure as a whole, and can be connected, connected with connection sheet split with hand shape
The junction of piece and hand shape, jut is provided with connection sheet.The overall structure of hand piece can use stainless steel, or
Person uses plastic sheet in the hand part of hand piece 11, and connection sheet 13 and jut 12 use stainless steel.
Include being used for A.C. contactor, the time-delay relay that controlled motor 10 works in control device 19, inside casing 1
The direction parallel with sliding bar 5 is provided with the limit switch 23 for the stroke of limit slippage block 27, limit switch in the present embodiment
23 be microswitch, and control A.C. contactor, the Action Button 20 of time-delay relay working condition are provided with the outer wall of casing 1,
The plug being connected with power supply is also equipped with control device 19.When sliding shoe 27 touches microswitch, it is manually pressed by acting
Button 20, whole equipment placed in a suspend state, are treated to press Action Button 20 again, whole equipment works on.In the present embodiment
In microswitch, for the extensible member of specific elasticity, can also be block, be mainly used to limit slippage block 27 along sliding bar 5
Advance.
3 microswitches are installed in the present embodiment, each microswitch is located at different stations, according to hand piece
The state of motion process and hand piece distinguishes three different stations.Include the exchange for control circuit break-make in control device
Contactor, time-delay relay, Action Button 20, socket 32, wherein A.C. contactor, time-delay relay with microswitch phase
Even, external power source is connected by socket 32 in the control device 19, the operating state of the control device of Action Button 20, i.e., pause or
Motion, now correspond to the halted state or rotary state of motor 10, control circuit is additionally provided with control device 19 to match somebody with somebody
The electricity realization of whole equipment is closed, also has other control circuits in control device 19 equal on A.C. contactor, time-delay relay
For the state of the art, the present embodiment is mainly the cooperation using A.C. contactor, time-delay relay and microswitch
To realize the rotating forward of motor 10, reversion and pause.
Hand piece 11 is withdrawn in casing 1 completely, hand piece 11 is in withdrawal, parallel state, now sliding shoe
Position mark at 27 is the first station, and now the afterbody of hand piece 11 is located at the back plate 1-5 of casing 1, with now sliding
In the corresponding opening position of motion block 27, the side plate 1-3 of casing 1 or casing 1 the first station microswitch is provided with assay plate 24；Will
Hand piece 11 stretches out casing 1, and hand piece 11, which is in, to be stretched out, and the state that a high position is fully deployed, the jut 12 of hand piece 11 reaches
To the gradient highest point of guiding groove 16, now the position mark at sliding shoe 27 is 3rd station, with now sliding shoe 27
In corresponding opening position, the side plate 1-3 of casing 1 or casing 1 3rd station microswitch is provided with assay plate 24；By hand piece
During 11 inwardly withdraw, hand piece 11 at the end of be flared to the process that falls completely, hand piece 11 be in stretch out, low level
State, now the position mark at sliding shoe 27 is second station, now the jut 12 of hand piece 11 not with guiding
The ramp interface of groove 16 turns away from slope from 3rd station, in the opening position corresponding with now sliding shoe 27, the side plate of casing 1
In 1-3 or casing 1 3rd station microswitch is provided with assay plate 24.
For the equipment in the present embodiment, some height adjustable supporting legs 25 are provided with below frame, supporting leg 25 can
To be set as the structure such as square, circular, column.The outside of casing 1 is provided with the hole of some convenient installations, and effect is that guarantee is compact-sized
On the premise of it is easy for installation, can also dual-purpose machine peep-hole.
According to the device structure in the present embodiment 1, whole control process is described：
When sliding shoe 27 is in initial position, i.e. the first station, device power supply (DPS) switch 21 is opened, presses Action Button 20,
Perform step 1：
By the control circuit in control device 19 come controlled motor 10, motor 10 is under the drive of belt, driving driving
Bar 4 rotates forward.Sliding shoe 27, along upper drop shot, by second station, continues forward slip under the drive of drive rod 4.
Hand piece 11 promotes forward slip by sliding shoe 27, there is from the front to the back gradually that thickening wedge shape is tiltedly on the guiding groove 16 of guide plate 15
Slope, when the jut 12 on hand piece 11, which advances to, to be contacted with guide plate 15, under the cooperation of jut 12 and wedge slope,
So that the jut 12 of every hand piece 11 is along wedge slope forward slip gradually thickening on corresponding guide plate 15
And every guide plate 15 is driven, hand piece 11 raises together with guide plate 15.When the jut 12 of hand piece 11 is passed onwards to draw
During the most thick position of guide groove 16, every hand piece 11 is moved to 3rd station and is fully deployed hand piece 11, touches placement herein
3rd station microswitch, equipment stop await orders.Now hand piece 11 is in stretching, high-end trim.Operator starts to perform
Gloves action is covered, operator presses Action Button 20, Time delay relay, and equipment enters halted state.
Step 2, when operator by gloves all be inserted in every hand piece 11 successively after, Action Button 20 is pressed, under execution
One action.
Control circuit, the A.C. contactor control counter-rotating of drive rod 4 in control device 19, drive sliding shoe 27 and hand
Shape piece 11 slides backward together, i.e., is guided to machine internal motion, the jut 12 of every hand piece 11 along on guide plate 15
The wedge slope of groove 16 is slided backward, while drives every guide plate 15 to fall after rise, i.e., hand piece 11 is fallen together with guide plate 15.
When sliding backwards on every hand piece 11 and falling completely, sliding shoe 27 reaches second station.Touch the second work of placement herein
Position microswitch, operator press Action Button 20, Time delay relay, and equipment enters halted state, and machine stops awaiting orders.
Now hand piece 11 is in stretching, low-end trim, and operator starts execution set rubber band and ties up gloves action.
Step 3, after the gloves on all hand pieces 11 are lashed to position by operator with rubber band, press Action Button 20,
Perform next action.
Control circuit continues to control the counter-rotating of drive rod 4, continues to drive sliding shoe 27 and hand piece 11, to machine inside
Slide.Hand piece 11 is inwardly retracted, and the gloves being enclosed on hand piece 11 are directed piece 15 and kept off in machine exterior so that is tied up
One pile gloves separate with hand piece 11 and voluntarily fall.When the first station of arrival of sliding shoe 27, it is micro- that the first station is touched herein
Dynamic switch, operator press Action Button 20, Time delay relay, and equipment enters halted state, and the gloves tied up are hindered
Gear voluntarily drops, that the gloves consistent with hand piece quantity are completed with this ties up work outside casing.Now equipment completes one
Service cycle, the action process in next cycle is carried out, successively cycle operation.
Embodiment 2：
The overall structure of equipment and action process are similar to embodiment 1 in the present embodiment, and difference is to slide
Bar 5 is installed inside casing 1 in right position, i.e., sliding bar 5 is the horizontally-parallel row in left and right in casing 1 in the present embodiment
Row, are specifically configured to：Along the direction parallel with side plate 1-3,2 sliding bars 5 are provided with, every one end of sliding bar 5 is fixed on
On back plate 1-5, the other end is fixed on front frame 1-2, and two sliding bars 5 or so are parallel, and the sliding bar 5 in left side is located at side plate
1-3 side, the sliding bar 5 on right side is located at another side plate 1-3 inner side, and drive rod 4 is between the bar 5 that horizontally slips.
Sliding seat 3 is now only provided with the lower end of sliding shoe 27, sliding seat 3 is nut flange, is opened respectively on sliding seat 3
Provided with the through hole 28 worn for the bar 5 that horizontally slips, and for the screwed hole 29 that drive rod 4 runs through, but it is to subtract in the present embodiment
Few sliding shoe 27 advance or fallback procedures in resistance, be respectively arranged with briquetting 6 between the both sides of fixed seat 2 and the bar 5 that horizontally slips.
The nut flange of drive rod 4 is coordinated by two gaps of briquetting 6, can comply with Impact direction automatically, reduces resistance.
In the present embodiment the arrangement mode of teeth groove 7, hand piece 11 and guide plate 15 both can with same as Example 1,
Left-right situs in the horizontal direction can also be used.I.e. teeth groove 7 is located at the upper and lower ends of sliding shoe 27, and the teeth groove 7 of upper and lower ends is one by one
Corresponding, the teeth groove 7 of same layer is respectively positioned on same vertical plane, a hand piece 11 is provided between every layer of teeth groove 7, simultaneously
At the front frame 1-2 of casing 1,15 mutual left and right of guide plate is parallel, consistent with the installation direction of hand piece 11, for every hand
Shape piece 11 can stretch out or withdraw out of same layer guiding groove 16.
Drive device is motor 10 in the present embodiment, and one end that casing 1 is stretched out in drive rod 4 is provided with turbine 8, motor
10 output end is also equipped with turbine 8, and the turbine 8 on drive rod 4 is connected with the turbine 8 on motor 10 by scroll bar 9, works as motor
During 10 forward or reverse, the direction of rotation is transferred to the turbine 8 on drive rod 4 by the turbine 8 on motor 10 by scroll bar 9,
And then enter before and after drive drive rod 4.
For this arrangement mode in the present embodiment, its action control process is similar to embodiment 1, is not described in detail.
Embodiment 3：
The overall structure of equipment is improved on the basis of embodiment 1 in the present embodiment, and difference is equipment
Control device 19 is the pattern of processor control.
In the present embodiment, multiple optoelectronic switches are installed in the position parallel with any sliding bar 5, pass through optoelectronic switch
Realize the control process of circuit.Multiple photoelectricity switchs can be both arranged on the side plate 1-3 of casing 1, can also separately set with
The isometric assay plate 24 of sliding bar 5, the assay plate 24 is arranged on the side plate 1-3 inwalls of casing 1, to be distributed with side plate 1-3
Multiple optoelectronic switches.
In the inside of casing 1, the position parallel with any sliding bar 5 is provided with multiple limit switches 23, the control device 19
The interior counter/timer being bi-directionally connected including processor, with processor, multiple limit switches 23 are connected to by input block
The input of processor, the output end of processor connect motor 10, display screen 22 by output unit respectively, input block it is defeated
Enter Action Button 20, the settings button set to delay time that end is also associated with carrying out manual mode, handling
The function of time delay module is integrated in device.In this embodiment, control device 19 also includes the storage being bi-directionally connected respectively with processor
Device, programmable device, the data in control device 19, such as the time being delayed, control program etc. are deposited by memory, pass through programming
Device realizes the control of motor 10, can also be integrated in processor memory and programmable device, handle in the present embodiment
Device is CPU element, sets promising memory, input block, the power subsystem of output unit power supply in addition.
Limit switch 23 is optoelectronic switch in the present embodiment, and optoelectronic switch is the abbreviation of photoelectric control switch, and it is profit
With detected material blocking or reflect to light beam, by synchronization loop gating circuit, whether there is so as to detection object.Object is not limited to
Metal, the object of all energy reflection lights can be detected.Input current is converted to optical signal by optoelectronic switch on transmitter
Project, receiver further according to the light received power or whether there is target object detected.
Also include counter/timer, the display screen 22 being connected with processor in controller, often perform a cycle, count
Number device adds 1 automatically, initial value 0, the result of counting is shown on display screen 22.The present embodiment is controlled by number, energy
Self fault detect is enough realized, and failure code is shown on display screen 22.Number is tied up by numerical monitor, saved artificial
Look into several times.The trigger signal given for the processor reception delay module in the present embodiment, the work of controlled motor 10 with temporarily
Stop, and the rotating of motor 10 is controlled by the PLC program in processor, for the program control of the rotating of motor 10
Prior art content is made as, and the setting of the time of time delay module is also the state of the art, is no longer further spread out herein
Narration.
Also include the mixed-media network modules mixed-media being attached with processor in control device 19, mixed-media network modules mixed-media carries out letter with cell phone application
Breath interaction.Realize that embedded with network module is docked with APP or public number, every machine operation shape can be checked by the network terminal
State, workload, maintenance of machinery are reminded.And various analysis tables are automatically generated, efficiency evaluation is realized, and intuitively show full work
Factory's work total amount.
Manual mode/automatic pattern switching can also be realized on the controller, manual mode is similar former with the work of embodiment 1
Reason, automatic mode is the action implementation process in the present embodiment, for the present embodiment can " hand piece 11 stops with accurate adjustment
Time and stop place ".
It is integrally similar with embodiment 1 for the action process in the present embodiment, but in whole control process whenever photoelectricity
After switch is triggered, input block can be all sent a signal to, input block informs the work of processor and then controlled motor 10
Pattern, it is ensured that action of the hand piece 11 on different station smoothly performs, and the position of each microswitch is in embodiment 1
The corresponding riding position of optoelectronic switch.
In step 1, under the control of a processor, controlled motor 10 rotates forward.When hand piece 11 is moved to the 3rd work
Position is simultaneously fully deployed hand piece 11, and the 3rd station optoelectronic switch of triggering placement herein, input block receives 3rd station light
The trigger signal of electric switch, informs processor, and processor controls the pause of controlled motor 10 to rotate by output unit, machine according to
Predetermined time delay waits, and now machine stops awaiting orders.Now hand piece 11 is in stretching, high-end trim, and operator starts
Perform set gloves action.
In step 2, sliding shoe 27 reaches second station, the second station optoelectronic switch of triggering placement herein, triggering placement
Second station optoelectronic switch herein, input block receive the trigger signal of second station optoelectronic switch, inform processor, place
Manage device controls the pause of controlled motor 10 to rotate by output unit, and machine waits according to predetermined time delay.Now hand piece
11 in stretching, low-end trim, and operator starts execution set rubber band and ties up gloves action.
In step 3, when sliding shoe 27 reaches the first station, the first station optoelectronic switch of triggering placement herein, triggering peace
The first station optoelectronic switch herein is put, input block receives the trigger signal of the first station optoelectronic switch, informs processor,
Processor controls the pause of controlled motor 10 to rotate by output unit, and machine waits according to predetermined time delay, counts simultaneously
Device performs plus 1 counts, and count results are included on display screen 22.Now machine completes a service cycle, by setting
After the delay adjustmentses value of button, automatically begin to perform first step, carry out the cycle next time.
Setting on delay can be set by automatic pattern or manual pattern.For under automatic mode
Delay adjustmentses, residence time under machine armed state is adjusted by the settings button on control device 19,0.1- is typically set
2.0s, fallen in handsheet and fall back on centre position, the residence time and handsheet for setting centre position open in machine rear portion photoelectricity
The residence time of closed position, after presetting the time, machine is stopped according to the time set in advance in automatic mode
Stay.
For the delay adjustmentses under manual mode, adjusted by the settings button on control device 19 under machine armed state
Residence time, 0.1-2.0s is typically set.Fallen in handsheet and fall back on centre position, press Action Button 20, machine is in
Halted state, sets the residence time 0.1-2.0s in centre position, and machine enters according to the time set in advance in a manual mode
Row stops, after the residence time terminates, machine startup mode of operation；And handsheet is stopped in machine rear portion optoelectronic switch opening position
The time is stayed, machine placed in a suspend state, sets the residence time 0.1-2.0s in centre position, machine is in a manual mode according to pre-
The time first set is stopped, after the residence time terminates, machine startup mode of operation.
Embodiment 4：The scheme provided in this embodiment is the 3 processor control in conjunction with the embodiments on the basis of embodiment 2
The overall operation of equipment is realized in system part, and particular content is not described in detail.
It is obvious to a person skilled in the art that the utility model is not limited to the details of above-mentioned one exemplary embodiment, and
And in the case of without departing substantially from spirit or essential attributes of the present utility model, it can realize that this practicality is new in other specific forms
Type.Therefore, no matter from the point of view of which point, embodiment all should be regarded as exemplary, and is nonrestrictive, this practicality is new
The scope of type limits by appended claims rather than described above, it is intended that the equivalency fallen in claim is contained
All changes in justice and scope are included in the utility model.
Moreover, it will be appreciated that although the present specification is described in terms of embodiments, not each embodiment includes
One independent technical scheme, this narrating mode of specification is only that for clarity, those skilled in the art should incite somebody to action
Specification is as an entirety, and the technical solutions in the various embodiments may also be suitably combined, and forming those skilled in the art can
With the other embodiment of understanding.
Claims (10)
- A kind of 1. equipment for bundling gloves, it is characterised in that：Including casing（1）, positioned at casing（1）Internal performs dress Put, be located at casing respectively（1）Outside control device（19）And drive device, the casing（1）One end is openend, the other end For sealed end, the performs device includes being arranged on casing（1）Openend and sealed end between carriage, be arranged on machine Shell（1）The guide device of openend, the hand piece on carriage（11）, the carriage includes sliding bar（5）And Sliding bar（5）Drive rod arranged in parallel（4）, be located in sliding bar（5）With drive rod（4）On sliding shoe（27）, the control Device processed（19）Electrically connected with drive device, the drive device and drive rod（4）It is connected.
- A kind of 2. equipment for bundling gloves as claimed in claim 1, it is characterised in that：The sliding bar（5）, drive rod （4）Casing is connected respectively（1）Openend and sealed end, sliding bar（5）, drive rod（4）With being connected casing（1）Openend and The side wall of sealed end（30）It is arranged in parallel, and sliding bar（5）Radical be at least two.
- A kind of 3. equipment for bundling gloves as claimed in claim 2, it is characterised in that：The drive device is motor （10）, in drive rod（4）Stretch out casing（1）One end be provided with turbine（8）, motor（10）Output end be also equipped with turbine （8）, drive rod（4）On turbine（8）With motor（10）On turbine（8）Pass through scroll bar（9）It is connected.
- A kind of 4. equipment for bundling gloves as claimed in claim 3, it is characterised in that：The sliding shoe（27）Including cunning Dynamic seat（3）With sliding seat（3）The fixed seat being fixedly connected（2）, fixed seat（2）On both sides of the middle be respectively teeth groove（7）, it is described Teeth groove（7）In fixed seat（2）Both sides in left and right it is horizontally-parallel arrangement or up and down parallel longitudinal arrangement, positioned at the teeth groove of same layer （7）Between hand piece is installed（11）.
- A kind of 5. equipment for bundling gloves as claimed in claim 4, it is characterised in that：The hand piece（11）Front portion is Hand shape, middle part are provided with jut（12）, rear portion is connection sheet（13）, in connection sheet（13）Both sides be respectively provided with rotating shaft （14）, hand piece（11）Pass through the rotating shaft of both sides（14）It is fixed on fixed seat（2）The teeth groove of both sides（7）It is interior.
- A kind of 6. equipment for bundling gloves as claimed in claim 5, it is characterised in that：The guide device is located at casing （1）Openend, by multilayer guide plate（15）Formed, the multilayer guide plate（15）It is in the horizontally-parallel arrangement in left and right in openend Or parallel longitudinal arrangement up and down, multilayer guide plate（15）Arrangement mode and teeth groove（7）In fixed seat（2）On arrangement mode one Cause, each guide plate（15）Including guiding groove（16）, positive stop strip（17）, in guiding groove（16）Both sides be provided with extension （18）, guiding groove（16）Internal surface is the ramped shaped of wedge shape, positive stop strip（17）U-shaped shape, the top of U-shaped shape and guiding groove （16）Thin end be connected, the leg of U-shaped shape is towards casing（1）Sealed end, guiding groove（16）Thick end surfaces and casing（1）'s The end surfaces that are open are mutually neat.
- A kind of 7. equipment for bundling gloves as claimed in claim 6, it is characterised in that：The drive device is motor （10）, motor（10）Belt by motor（10）Belt pulley and drive rod（4）Stretch out casing（1）One end be connected；Or the drive device is motor（10）, in drive rod（4）Stretch out casing（1）One end be provided with turbine（8）, motor （10）Output end be also equipped with turbine（8）, drive rod（4）On turbine（8）With motor（10）On turbine（8）Pass through scroll bar （9）It is connected.
- A kind of 8. equipment for bundling gloves as claimed in claim 7, it is characterised in that：In casing（1）Internal and slip Bar（5）Parallel direction is provided with for limit slippage block（27）Multiple limit switches of stroke（23）, the control device （19）It is interior including being used for controlled motor（10）A.C. contactor, the time-delay relay of work, casing（1）Control is installed on outer wall The Action Button of A.C. contactor, time-delay relay working condition（20）.
- A kind of 9. equipment for bundling gloves as claimed in claim 7, it is characterised in that：In casing（1）It is internal with it is any Sliding bar（5）Parallel position is provided with multiple limit switches（23）, the control device（19）It is interior including processor, with processing Counter/timer that device is bi-directionally connected, multiple limit switches（23）The input of processor is connected to by input block, is located The output end of reason device connects motor respectively by output unit（10）, display screen（22）, the input of input block is also associated with Action Button（20）, settings button.
- A kind of 10. equipment for bundling gloves as claimed in claim 9, it is characterised in that：The control device（19）It is interior Also include the mixed-media network modules mixed-media being attached with processor, mixed-media network modules mixed-media carries out information exchange with cell phone application.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2016208858890 | 2016-08-16 | ||
| CN201620885889.0U CN206218291U (en) | 2016-08-16 | 2016-08-16 | Gloves handle making machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206857063U true CN206857063U (en) | 2018-01-09 |
Family
ID=58780215
Family Applications (3)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620885889.0U Active CN206218291U (en) | 2016-08-16 | 2016-08-16 | Gloves handle making machine |
| CN201710271044.1A Withdrawn CN107042902A (en) | 2016-08-16 | 2017-04-24 | A kind of equipment for bundling gloves |
| CN201720434395.5U Active CN206857063U (en) | 2016-08-16 | 2017-04-24 | A kind of equipment for bundling gloves |
Family Applications Before (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620885889.0U Active CN206218291U (en) | 2016-08-16 | 2016-08-16 | Gloves handle making machine |
| CN201710271044.1A Withdrawn CN107042902A (en) | 2016-08-16 | 2017-04-24 | A kind of equipment for bundling gloves |
Country Status (1)
| Country | Link |
|---|---|
| CN (3) | CN206218291U (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108001751B (en) * | 2018-01-04 | 2024-03-29 | 王利华 | Automatic glove mark printing bagging machine and working method |
| CN113320730A (en) * | 2021-07-12 | 2021-08-31 | 义乌市嘉伟手套有限公司 | Full-automatic bundling and packaging machine for gloves |
-
2016
- 2016-08-16 CN CN201620885889.0U patent/CN206218291U/en active Active
-
2017
- 2017-04-24 CN CN201710271044.1A patent/CN107042902A/en not_active Withdrawn
- 2017-04-24 CN CN201720434395.5U patent/CN206857063U/en active Active
Also Published As
| Publication number | Publication date |
|---|---|
| CN107042902A (en) | 2017-08-15 |
| CN206218291U (en) | 2017-06-06 |
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