CN106361442A - Equipment for taking medical plastic glove continuously - Google Patents
Equipment for taking medical plastic glove continuously Download PDFInfo
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- CN106361442A CN106361442A CN201610825426.XA CN201610825426A CN106361442A CN 106361442 A CN106361442 A CN 106361442A CN 201610825426 A CN201610825426 A CN 201610825426A CN 106361442 A CN106361442 A CN 106361442A
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Abstract
The invention relates to the field of mechanical equipment, in particular to equipment for taking medical plastic gloves continuously. The equipment for taking the medical plastic gloves continuously comprises a pedestal, moveable platforms, a fixed platform, storage devices, a controller and an air pump, wherein the fixed platform is positioned in the middle of the pedestal and is connected with the pedestal through a bolt; the moveable platforms are positioned on the left side and the right side of the fixed platform, and are connected with the pedestal; the storage devices are arranged on the pedestal and are positioned below the moveable platforms; the controller is arranged on the left side of the pedestal; and the air pump is positioned on the right side of the controller and is connected with the pedestal. The equipment for taking the medical plastic gloves continuously takes the medical plastic gloves by adopting a pneumatic adsorption principle, realizes an opening function of the medical plastic glove through the design thought of double-layer adsorption, finally realizes a function that the plastic glove is not contacted with the outer wall in the use process under the combined action of an air pressure control valve and a sensor, and improves the use safety of the plastic glove.
Description
Technical field
The present invention relates to medical equipment field, equipment taken by specifically a kind of medical-grade plastics glove free of discontinuities.
Background technology
At present, being continuously increased with plastic cement articles for use, the medically use to plastic cement articles for use also increases year by year, and
In medical-grade plastics articles for use, plastic gloves are then modal one kind, and medical-grade plastics glove in use, generally have health
Property strong, defensive strong the advantages of, but simultaneously because plasthetics have the characteristics that adsorptivity is strong in itself, make bag class in plasthetics
It is provided with shortcoming not easy to open with layer based article, if user carries out opening manually it is possible to will spread of germs is extremely on hand
Glove outer wall, leads to the practical inefficacy of glove defense reaction, and in addition under emergency medical service circumstances (as burst first aid), user may
Due to xerosis cutiss, thus leading to the time opening plastic gloves longer, affect therapeutic treatment, in order to solve the above problems, very
Many people proceed by continuous exploration, in prior art, then provides a variety of technical schemes with regard to plastic bag opening technology, application
Number disclose a kind of bag taking bag-opening machine for 201510321779.1 Chinese patent, its pin mainly solves bag taking and opening
Problem, but it cannot be realized in the opening of medical-grade plastics glove and the function of taking, and when especially extracting, plastic gloves need one
Fixed absorption affinity is to neutralize the active force to plastic gloves for the user；And take aspect in Medical hand platform, Application No.
201520410035.2 Chinese patent discloses a kind of convenient medical glovess and takes frame, and it is important to realize function for convenience
Taking-up is medical to receive the function it is impossible to realizing glove opening and extracting, and a China of Application No. 201420387850.7 is special
Profit discloses a kind of self-action bag taking machine free of discontinuities, and it can achieve that the formula free of discontinuities to plastic bag is taken, but it is saying plastic bag
The size of uncontrollable plastic bag absorption affinity after opening, and then inconvenience carries out the improvement containing bearing capacity on equipment.
In consideration of it, we can see that prior art far can not meet the use requirement of people, people are badly in need of one
That plants medical-grade plastics glove quickly takes equipment, and that is, equipment taken by a kind of medical-grade plastics glove free of discontinuities, its concrete beneficial effect
As follows:
1. equipment taken by a kind of medical-grade plastics glove free of discontinuities of the present invention, and it adopts pneumatic suction principle, to doctor
Taken with plastic gloves, meanwhile, be can achieve the opening function of medical-grade plastics glove using the mentality of designing of double-deck absorption.
2. equipment taken by a kind of medical-grade plastics glove free of discontinuities of the present invention, and it can pass through pneumatic control valve and sensing
The collective effect of device, realizes the plastic gloves contactless function of outer wall in use, improves the peace of plastic gloves use
Quan Xing.
3. equipment taken by a kind of medical-grade plastics glove free of discontinuities of the present invention, and it is capable of formula glove free of discontinuities and supplies
Should, can use for more local offer of larger or number.
Content of the invention
In order to make up the deficiencies in the prior art, equipment taken by heretofore described medical-grade plastics glove a kind of free of discontinuities,
It adopts pneumatic suction principle, and medical-grade plastics glove are taken, and can achieve medical plastic by the mentality of designing that bilayer adsorbs
The opening function of Rubber gloves, in conjunction with the collective effect of pneumatic control valve and sensor, achievable plastic gloves are in use
The contactless function of outer wall, improves the safety of plastic gloves use.
The technical solution adopted for the present invention to solve the technical problems is: a kind of medical-grade plastics glove free of discontinuities are taken and set
Standby, including base, moving platform, fixed platform, storing unit, controller and air pump；Described fixed platform is located in the middle part of base, and fixed
Platform is connected with base by bolt, and fixed platform is used for opening and the user no outer wall coordinating moving platform to realize plastic gloves
Function worn by the set of contact；Described moving platform is located at the left and right sides of fixed platform, and moving platform is connected with base, and moving platform is used
In taking out plastic gloves without interruption from the glove becoming pile, and fixed platform is coordinated to realize opening and the user of plastic gloves
Function worn by the set of no wall contacts；Described storing unit is arranged on base, and storing unit is located at below moving platform, deposits
Device is used for depositing plastic gloves, facilitates the moving platform opponent described in this equipment to cover and is taken；Described controller is installed
In chassis left side, controller can be controlled to the motion of moving platform and fixed platform by sensor, and meanwhile, controller can be to gas
The air pressure size of pump output is controlled, so that plastic gloves separate in glove repeated with one-tenth and user carries out stress when set is worn
Difference, in general, when bag taking separates, suffered active force is little, and when user set is worn, suffered active force is big；Described air pump
On the right side of controller, and air pump is connected with base, and air pump is mainly to determine silicon rubber suction cup absorption to mould in the presence of controller
Rubber gloves provide negative pressure, and then realize this equipment to plastic gloves take and no wall contacts formula set is worn.
Described moving platform includes leading screw bearing, feed screw nut, four leading screws, four motors, platform chute, platforms
Slide block, annular mounting seat, chute tooth bar, air pump bearing, mobile air pump, gear, gear motor, dynamic bearing, flat surface sensor, list
To air vent connector, dynamic silicon rubber suction cup, steering wheel, turning block, bearing shaft coupling and an appendix, four described leading screws pass through
Leading screw bearing is symmetrically mounted on the base left and right sides, and leading screw is located at below base, leading screw is arranged on below base, is easy to reality
Existing stability in motor process for the moving platform；Four described motors are passed through shaft coupling and are connected with four leading screws respectively
Connect, and four motors are symmetrically mounted on the leading screw bearing at two ends about base；Described feed screw nut and leading screw
It is connected, four motors can be controlled respectively in the motion to feed screw nut；Described platform slide block be arranged on leading screw
On nut；Described platform chute is connected with platform slide block, and platform chute is arranged on base, and platform slide block can be in leading screw
Realize in the presence of pair of nut sliding on chute；Described annular mounting seat and platform slide block are fixedly connected with, and annular mounting seat is used
In for chute tooth bar provide installing matrix；Described chute tooth bar is arranged in annular mounting seat, and chute tooth bar is used for moving bearing
Replacing free of discontinuities pre-condition is provided；Described air pump bearing is connected with chute tooth bar；Described mobile air pump is arranged on
On air pump bearing, shifter pump is used for providing absorption affinity for dynamic silicon rubber suction cup；Described turning block is connected with chute tooth bar,
Turning block includes installing matrix a, spacing matrix b and roller c, and described installing matrix a is connected by bolt with spacing matrix b
Connect, the matrix on turning block is separately designed with beneficial to installation, and installing matrix a and spacing matrix b pass through roller c and chute
Tooth bar is connected, and adopts roller transmission inside turning block and chute tooth bar, is conducive to turning block to exist in the form of a contact
It is difficult stuck in motor process, it can be made freely-movable under the driving of gear motor；Described gear motor is arranged on rotation
Outside slide block；Described gear is connected with gear motor main shaft, and gear is meshed with the tooth bar on chute tooth bar, and gear can
Turning block is driven to move on draw runner teeth groove；Described steering wheel is arranged on inside turning block；Described dynamic bearing passes through to prop up
Seat shaft coupling is connected with steering wheel main shaft, and dynamic bearing can be realized rotating in the presence of steering wheel, and described flat surface sensor is installed
In the middle part of dynamic bearing；Dynamic bearing typically has multiple, can be divided into two classes in the course of the work, and a class is that work moves bearing, separately
One class is the dynamic bearing of preparation, when the plastic gloves on the dynamic bearing in work process are taken completely, the of the dynamic bearing of preparation
The dynamic bearing of one (immediately work dynamic bearing) begins to ramp up, and in its upwards motor process, second of the dynamic bearing of preparation will
The preparation realizing standby plastic gloves under the collective effect of motor and steering wheel is taken, and takes in second dynamic bearing work
During plastic gloves, flat surface sensor perceives the angle of the plastic gloves in storing unit, carries out angle adjustment；Described unidirectional gas
Hole connector is located at flat surface sensor both sides, and it is arranged on dynamic bearing, and unidirectional air vent connector passes through an appendix and movement
Pneumatic control valve on air pump is connected；Described dynamic silicon rubber suction cup is arranged on unidirectional air vent connector, and unidirectional air vent connector can
Dynamic silicon rubber suction cup is coordinated to provide different absorption affinities in the presence of controller.
Described fixed platform include boss, No. two longerons, determine bearing, No. two crossbeams, range sensor, two-way pores connect
Head, determine silicon rubber suction cup and No. two appendixs, No. two described longerons are connected with base by boss；Described bearing of determining leads to
Cross bolt to be connected with No. two longerons, determining bearing is I-shaped structure, and I-shaped structure can increase surely in installation process
Qualitative, determine to be provided with cavity inside bearing, cavity wall thickness should be greater than 5mm, the thickness more than 5mm is convenient for the special peace such as screwed hole
The making in dress hole；Described No. two crossbeams are connected with No. two longerons, and No. two crossbeams are located at No. two longeron tops；Described distance
Sensor is arranged on No. two crossbeams, and range sensor can detect to the service condition of glove to user, and by information
Feed back to controller, during plastic gloves after i.e. just arm gos deep into opening when user, range sensor takes the lead in perceiving, and will
Information transmission will adjust the output pressure of pneumatic control valve, so that it is increased by the effect of silicon rubber suction cup to controller, rear controller
The strong absorption affinity to glove strengthens, and after the completion of user set is worn, arm can be fitted range sensor by user, so that distance is passed
Sensor thinks that controller transmission range data is zero, and controller then can control pneumatic control valve, makes output pressure back to zero, now, moulds
Rubber gloves stress is zero, and glove are taken out by user, completes glove set and wears work, when the output pressure of all silicon rubber suction cups all returns
When zero, dynamic bearing starts to move to minimum point along chute tooth bar track, completes the absorption work of plastic gloves again；Described is double
It is arranged on to air vent connector and determines on bearing, and two-way air vent connector is connected with the pneumatic control valve on air pump by No. two appendixs
Connect；Described silicon rubber suction cup of determining is arranged on two-way air vent connector, and two-way air vent connector can control determines silicon rubber suction cup cooperation two
The dynamic silicon rubber suction cup of side completes the opening of plastic gloves and no wall contacts formula set is worn.
Described storing unit include rotating stand, rotary shaft, pressing plate, handle, limit shaft, catch, sheet, support and
Spring, described rotating stand is arranged on base；Described pressing plate is connected with rotating stand by rotary shaft, and pressing plate can be around
Rotary shaft is rotated；Described handle is arranged on above pressing plate, by the effect of handle, can open pressing plate, will become simultaneously
The plastic gloves of pile are put in storing unit；Described limit shaft is connected with pressing plate, and limit shaft is located at the top of pressing plate；Institute
The support stated is arranged on base；Described catch is arranged on support both sides, and the position of catch opposite brackets can be adjusted,
Thus adapting to the glove of different size, described catch is provided with open slot, and limit shaft can be entered to plastic gloves by open slot
Row is spacing, thus ensureing the regularity of plastic gloves, is easy to take, and the shape of catch is similar to medical-grade plastics glove profile,
It is easy to opponent and is enclosed within carry out spacing on horizontal rotation degree of freedom, meanwhile, the area of pressing plate is less than glove area；Described sheet
Above support, and sheet is connected with support, and sheet can increase the frictional force between plastic gloves and support, is moulding
When Rubber gloves volume residual reduces, also can ensure its relative position；Described spring one end is connected with base, its other end with
Limit shaft is connected, and spring is used for pressing plate is resetted provides power.
Beneficial effect:
1. equipment taken by a kind of medical-grade plastics glove free of discontinuities of the present invention, and it adopts pneumatic suction principle, to doctor
Taken with plastic gloves, meanwhile, be can achieve the opening function of medical-grade plastics glove using the mentality of designing of double-deck absorption.
2. equipment taken by a kind of medical-grade plastics glove free of discontinuities of the present invention, and it can pass through pneumatic control valve and sensing
The collective effect of device, realizes the plastic gloves contactless function of outer wall in use, improves the peace of plastic gloves use
Quan Xing.
3. equipment taken by a kind of medical-grade plastics glove free of discontinuities of the present invention, and it is capable of formula glove free of discontinuities and supplies
Should, can use for more local offer of larger or number.
Brief description
The present invention is further described with embodiment below in conjunction with the accompanying drawings.
Fig. 1 is the perspective view of the present invention；
Fig. 2 is the perspective view of the moving platform of the present invention；
Fig. 3 be the present invention moving platform in partial component install sectional view；
Fig. 4 is the schematic diagram of the turning block of the present invention；
Fig. 5 is the scheme of installation of the mobile air pump of the present invention；
Fig. 6 is the perspective view of the fixed platform of the present invention；
Fig. 7 is the sectional view of the fixed platform of the present invention；
Fig. 8 is the perspective view of the storing unit of the present invention；
Fig. 9 is the complete section schematic diagram of the storing unit of the present invention；
In figure: base 1, moving platform 2, fixed platform 3, storing unit 4, controller 5, air pump 6, leading screw bearing 201, leading screw spiral shell
Female 202, leading screw 203, motor 204, platform chute 205, platform slide block 206, annular mounting seat 207, chute tooth bar 208,
Air pump bearing 209, mobile air pump 210, gear 211, gear motor 212, dynamic bearing 213, flat surface sensor 214, unidirectional pore
Joint 215, dynamic silicon rubber suction cup 216, steering wheel 217, turning block 218, bearing shaft coupling 219, appendix 220, a boss
31st, No. two longerons 32, determine 33, No. two crossbeams 34 of bearing, range sensor 35, two-way air vent connector 36, determine silicon rubber suction cup 37 and
No. two appendixs 38, rotating stand 41, rotary shaft 42, pressing plate 43, handle 44, limit shaft 45, catch 46, sheet 47, supports
48th, spring 49, installing matrix a, spacing matrix b, roller.
Specific embodiment
In order that technological means, creation characteristic, reached purpose and effect that the present invention realizes are easy to understand, tie below
Close embodiment, the present invention is expanded on further.
As shown in figure 1, a kind of medical-grade plastics glove free of discontinuities of the present invention take equipment, including base 1, moving platform
2nd, fixed platform 3, storing unit 4, controller 5 and air pump 6；Described fixed platform 3 is located in the middle part of base 1, and fixed platform 3 passes through spiral shell
Bolt is connected with base 1, and fixed platform 3 is used for coordinating moving platform 2 to realize the opening of plastic gloves and user no wall contacts
Function worn by set；Described moving platform 2 is located at the left and right sides of fixed platform 3, and moving platform 2 is connected with base 1, and moving platform 2 is used
In taking out plastic gloves without interruption from the glove becoming pile, and fixed platform is coordinated to realize opening and the user of plastic gloves
Function worn by the set of no wall contacts；Described storing unit 4 is arranged on base 1, and storing unit 4 is located at below moving platform 2,
Storing unit 4 is used for depositing plastic gloves, facilitates moving platform 3 opponent described in this equipment to cover and is taken；Described control
Device 5 is arranged on the left of base 1, and controller 5 can be controlled to the motion of moving platform 2 and fixed platform 3 by sensor, meanwhile,
Controller 5 can be controlled to the air pressure size of air pump 6 output, so that plastic gloves are separating and user with becoming repeated glove
Carry out stress when set is worn different, in general, suffered active force is little when bag taking separates, the suffered active force when user set is worn
Greatly；Described air pump 6 is located on the right side of controller 5, and air pump 6 is connected with base 1, and air pump 6 is mainly in the presence of controller 5
There is provided negative pressure for determining silicon rubber suction cup absorption plastic gloves, and then realize this equipment taking and no wall contacts to plastic gloves
Formula set is worn.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4 and Fig. 5, a kind of medical-grade plastics glove free of discontinuities of the present invention are taken and are set
Standby, described moving platform 2 includes leading screw bearing 201, feed screw nut 202, four leading screws 203, four motors 204, platforms
Chute 205, platform slide block 206, annular mounting seat 207, chute tooth bar 208, air pump bearing 209, mobile air pump 210, gear
211st, gear motor 212, dynamic bearing 213, flat surface sensor 214, unidirectional air vent connector 215, dynamic silicon rubber suction cup 216, steering wheel
217th, turning block 218, bearing shaft coupling 219 and an appendix 220, four described leading screws 203 pass through leading screw bearing 201
It is symmetrically mounted on base 1 left and right sides, and leading screw 203 is located at below base 1, silk 203 thick stick is arranged on below base 1, is easy to
Realize stability in motor process for the moving platform 2；Four described motors 204 pass through shaft coupling with respectively with four silks
Thick stick 203 is connected, and four motors 204 are symmetrically mounted on the leading screw bearing 201 at base 1 about two ends；Described
Feed screw nut 202 be connected with leading screw 203, four motors 204 can be controlled respectively in the motion to feed screw nut 202
System；Described platform slide block 206 be arranged on feed screw nut 202；Described platform chute 205 is connected with platform slide block 206
Connect, and platform chute 205 is arranged on base 1, platform slide block 206 can be realized sliding in the presence of screw pair on chute
Dynamic；Described annular mounting seat 207 and platform slide block 206 are fixedly connected with, and annular mounting seat 207 is used for providing for chute tooth bar 208
Installing matrix；Described chute tooth bar 208 is arranged in annular mounting seat 207, and chute tooth bar 208 is used for moving the nothing of bearing 213
Interruption is changed provides pre-condition；Described air pump bearing 209 is connected with chute tooth bar 208；Described mobile air pump 210 is pacified
It is contained on air pump bearing 209, shifter pump 210 is used for providing absorption affinity for dynamic silicon rubber suction cup 216；Described turning block 218
It is connected with chute tooth bar 208, turning block 218 includes installing matrix a, spacing matrix b and roller c, described installing matrix a
It is connected by bolt with spacing matrix b, the matrix on turning block 218 is separately designed with beneficial to installation, and installing matrix a
It is connected with chute tooth bar 208 by roller c with spacing matrix b, inside turning block 218 and chute tooth bar 208, adopt roller
Transmission, is conducive to turning block 218 to be difficult in motor process in the form of a contact stuck, can make it in gear motor 212
Driving under freely-movable；Described gear motor 212 is arranged on outside turning block 218；Described gear 211 and gear electricity
Machine 212 main shaft is connected, and gear 211 is meshed with the tooth bar on chute tooth bar 208, gear 211 powered rotatable slide block 218
Draw runner teeth groove 208 moves；Described steering wheel 217 is arranged on inside turning block 218；Described dynamic bearing 213 passes through to prop up
Seat shaft coupling 219 is connected with steering wheel 217 main shaft, and dynamic bearing 213 can be realized rotating in the presence of steering wheel 217, and described is flat
Face sensor 214 is arranged in the middle part of dynamic bearing 213；Dynamic bearing 213 typically has multiple, can be divided into two in the course of the work
Class, a class is that bearing is moved in work, and another kind of is the dynamic bearing of preparation, when the plastic gloves on the dynamic bearing in work process are complete
When taking, the dynamic bearing of first (immediately work dynamic bearing) of the dynamic bearing of preparation begins to ramp up, in its upwards motor process,
Second of the dynamic bearing of preparation the preparation realizing standby plastic gloves under the collective effect of motor and steering wheel is taken,
When plastic gloves are taken in second dynamic bearing work, flat surface sensor perceives the angle of the plastic gloves in storing unit 4, carries out
Angle adjustment；Described unidirectional air vent connector 215 is located at flat surface sensor 214 both sides, and it is arranged on dynamic bearing 213, single
It is connected with the pneumatic control valve on mobile air pump 210 to air vent connector 215 by an appendix 220；Described dynamic silica gel
Sucker 216 is arranged on unidirectional air vent connector 215, and unidirectional air vent connector 215 can coordinate dynamic silica gel to inhale in the presence of controller 5
Disk 216 provides different absorption affinities.
As shown in Fig. 1, Fig. 6 and Fig. 7, equipment taken by a kind of medical-grade plastics glove free of discontinuities of the present invention, described
Fixed platform 3 includes 31, No. two longerons 32 of boss, determines bearing 33, No. two crossbeams 34, range sensor 35, two-way air vent connectors
36th, silicon rubber suction cup 37 and No. two appendixs 38 are determined, No. two described longerons 32 are connected with base 1 by boss 31；Described
Bearing 33 of determining be connected with No. two longerons 32 by bolt, determining bearing 33 is I-shaped structure, and I-shaped structure can be
Increase stability in installation process, determine to be provided with cavity inside bearing 33, cavity wall thickness should be greater than 5mm, and the thickness more than 5mm is easy to
Carry out the making in the special mounting such as screwed hole hole；Described No. two crossbeams 34 are connected with No. two longerons 32, and 34, No. two crossbeams
In No. two longeron 32 tops；Described range sensor 35 is arranged on No. two crossbeams 34, and range sensor 35 can be to user
The service condition of glove is detected, and by feedback of the information to controller 5, after i.e. just arm gos deep into opening to user
During plastic gloves, range sensor 35 takes the lead in perceiving, and passes the information on to controller 5, and rear controller 5 will adjust air pressure and control
The output pressure of valve, makes it strengthen the absorption affinity to glove by the effect of silicon rubber suction cup and strengthens, after the completion of user set is worn,
Arm laminating range sensor 35 can be made range sensor think that controller 5 transmission range data is zero, controller 5 by user
Then pneumatic control valve can be controlled, make output pressure back to zero, now, plastic gloves stress is zero, and glove are taken out by user, completes
Work worn by glove set, and when the equal back to zero of the output pressure of all silicon rubber suction cups, dynamic bearing 213 starts along chute tooth bar 208 track
Move to minimum point, complete the absorption work of plastic gloves again；Described two-way air vent connector 36 is arranged on to be determined on bearing 33,
And two-way air vent connector 36 is connected with the pneumatic control valve on air pump 6 by No. two appendixs 38；Described determines silicon rubber suction cup
37 are arranged on two-way air vent connector 36, and two-way air vent connector 36 can control the dynamic silica gel suction determining that silicon rubber suction cup 37 coordinates both sides
Disk 216 completes the opening of plastic gloves and no wall contacts formula set is worn.
As shown in Fig. 1, Fig. 8 and Fig. 9, equipment taken by a kind of medical-grade plastics glove free of discontinuities of the present invention, described
Storing unit 4 includes rotating stand 41, rotary shaft 42, pressing plate 43, handle 44, limit shaft 45, catch 46, sheet 47, support
48 and spring 49, described rotating stand 41 is arranged on base 1；Described pressing plate 43 passes through rotary shaft 42 and rotating stand 41
It is connected, pressing plate 43 can be rotated around rotary shaft 42；Described handle 44 is arranged on above pressing plate 43, by the work of handle 44
With pressing plate 43 can be opened, put into the plastic gloves becoming pile in storing unit 4 simultaneously；Described limit shaft 45 and pressing plate 43
It is connected, and limit shaft 45 is located at the top of pressing plate 43；Described support 48 is arranged on base 1；Described catch 46 is installed
In support 48 both sides, and the position of catch 46 opposite brackets 48 can be adjusted, thus adapting to the glove of different size, described
Catch 46 is provided with open slot, and limit shaft 45 can be carried out spacing, thus ensureing plastic gloves by open slot to plastic gloves
Regularity, is easy to take, and the shape of catch 46 is similar to medical-grade plastics glove profile, is easy to opponent and is enclosed within horizontal rotation freely
Carry out spacing on degree, meanwhile, the area of pressing plate 43 is less than glove area；Described sheet 47 is located above support 48, and moulds
Film 47 is connected with support 48, and sheet 47 can increase the frictional force between plastic gloves and support, remaining in plastic gloves
When quantity reduces, also can ensure its relative position；Described spring 49 one end is connected with base 1, its other end and limit shaft
45 are connected, and spring is used for pressing plate is resetted provides power.
During work, according to the specification of plastic gloves, the distance of catch 46 is adjusted, is manually opened by handle 44 afterwards
Pressing plate 43, plastic gloves is put in the spacing middle scope of catch 46, after pressing plate 43 is put down, pressing plate 43 is by the work in spring 49
Use lower reset, thus carry out spacing to plastic gloves, rear moving platform 2 is started working, and dynamic bearing 213 typically has multiple, in work
Two classes can be divided into, a class is that bearing 213 is moved in work, and another kind of is the dynamic bearing 213 of preparation, when in work process during work
When plastic gloves on dynamic bearing 213 are taken completely, the dynamic bearing 213 of work is by turning block 218 gear motor 212
Effect lower edge chute tooth bar 208 moves, and enters in the subsequent work cycle, becomes the dynamic bearing 213 of preparation, and prepares the of dynamic bearing
The dynamic bearing of one (immediately work dynamic bearing) begins to ramp up, and becomes work and moves bearing 213, in its upwards motor process, in advance
The preparation of standby plastic gloves will be realized under the collective effect of motor 204 and steering wheel 217 for second of standby dynamic bearing 213
Take, when plastic gloves are taken in second dynamic bearing 213 work, flat surface sensor perceives the plastic gloves in storing unit 4
Angle, feed back to controller 5, controller 5 will control steering wheel 217 to rotate dynamic bearing 213 angle adjustment of realization, be easy to take and mould
Pocket；After to be used for plastic gloves feeding spare area etc., when user begins to use, range sensor 35 can be to user
The service condition of glove is detected, and by feedback of the information to controller 5, after i.e. just arm gos deep into opening to user
During plastic gloves, range sensor 35 takes the lead in perceiving, and passes the information on to controller 5, and rear controller 5 will adjust mobile air pump
210 and air pump 6 on pneumatic control valve output pressure, the effect of binding silica gel sucker makes it strengthen the absorption affinity to glove to increase
By force, after the completion of user set is worn, arm laminating range sensor 35 can be made range sensor think that controller 5 passes by user
Defeated range data is zero, and controller 5 then can control the pneumatic control valve on mobile air pump 210 and air pump 6, so that output pressure is returned
Zero, now, plastic gloves stress is zero, and user can facilitate and takes out glove, and user completes glove set and wears work, works as preparation
Second motion of dynamic bearing 213 is returned to minimum point, and meanwhile, controller 5 controls pneumatic control valve so that silicon rubber suction cup is opened again
Begin that there is absorption affinity, plastic gloves are taken again, and then completes the whole work in the cycle of taking.
The basic principles, principal features and advantages of the present invention have been shown and described above.The technical staff of the industry should
Understand, the present invention is not restricted to the described embodiments, the simply explanation present invention's of the description in above-described embodiment and description
Principle, without departing from the spirit and scope of the present invention, the present invention also has various changes and modifications, and these change and change
Enter to both fall within scope of the claimed invention.Claimed scope is by appending claims and its equivalent
Define.
Claims (6)
1. a kind of medical-grade plastics glove free of discontinuities take equipment it is characterised in that: include base (1), moving platform (2), fixed platform
(3), storing unit (4), controller (5) and air pump (6)；Described fixed platform (3) is located in the middle part of base (1), and fixed platform (3)
It is connected with base (1) by bolt；Described moving platform (2) be located at fixed platform (3) the left and right sides, and moving platform (2) with
Base (1) is connected；Described storing unit (4) is arranged on base (1), and storing unit (4) is located under moving platform (2)
Side；Described controller (5) is arranged on the left of base (1)；Described air pump (6) is located on the right side of controller (5), and air pump (6)
It is connected with base (1)；Wherein:
Described moving platform (2) includes leading screw bearing (201), feed screw nut (202), four leading screws (203), four motors
(204), platform chute (205), platform slide block (206), annular mounting seat (207), chute tooth bar (208), air pump bearing
(209), mobile air pump (210), gear (211), gear motor (212), dynamic bearing (213), flat surface sensor (214), unidirectional
Air vent connector (215), dynamic silicon rubber suction cup (216), steering wheel (217), turning block (218), bearing shaft coupling (219) and No. one are defeated
Trachea (220), four described leading screws (203) are symmetrically mounted on base (1) left and right sides by leading screw bearing (201), and silk
Thick stick (203) is located at below base (1)；Four described motors (204) pass through shaft coupling with respectively with four leading screws (203)
It is connected, and four motors (204) are symmetrically mounted on the leading screw bearing (201) at base (1) left and right two ends；Described
Feed screw nut (202) be connected with leading screw (203)；Described platform slide block (206) be arranged on feed screw nut (202)；
Described platform chute (205) is connected with platform slide block (206), and platform chute (205) is arranged on base (1)；Described
Annular mounting seat (207) be fixedly connected with platform slide block (206)；Described chute tooth bar (208) is arranged on annular mounting seat
(207) on；Described air pump bearing (209) is connected with chute tooth bar (208)；Described mobile air pump (210) is arranged on gas
On pump holder (209)；Described turning block (218) is connected with chute tooth bar (208)；Described gear motor (212) peace
It is contained in outside turning block (218)；Described gear (211) is connected with gear motor (212) main shaft, and gear (211) with
Tooth bar on chute tooth bar (208) is meshed；Described steering wheel (217) is arranged on inside turning block (218)；Described dynamic
Seat (213) is connected with steering wheel (217) main shaft by bearing shaft coupling (219)；Described flat surface sensor (214) is arranged on dynamic
In the middle part of bearing (213)；Described unidirectional air vent connector (215) is located at flat surface sensor (214) both sides, and it is arranged on dynamic bearing
(213), on, unidirectional air vent connector (215) is passed through an appendix (220) and is connected with the pneumatic control valve on mobile air pump (210)
Connect；Described dynamic silicon rubber suction cup (216) is arranged on unidirectional air vent connector (215).
2. a kind of medical-grade plastics glove free of discontinuities according to claim 1 take equipment it is characterised in that: described allocates
Platform (3) includes boss (31), No. two longerons (32), determines bearing (33), No. two crossbeams (34), range sensor (35), two-way
Air vent connector (36), determine silicon rubber suction cup (37) and No. two appendixs (38), No. two described longerons (32) pass through boss (31)
It is connected with base (1)；Described bearing (33) of determining is connected with No. two longerons (32) by bolt；Described No. two crossbeams (34)
It is connected with No. two longerons (32), and No. two crossbeams (34) are located at No. two longeron (32) tops；Described range sensor (35)
It is arranged on No. two crossbeams (34)；Described two-way air vent connector (36) is arranged on to be determined on bearing (33), and two-way air vent connector
(36) it is connected with the pneumatic control valve on air pump (6) by No. two appendixs (38)；Described silicon rubber suction cup (37) of determining is installed
On two-way air vent connector (36).
3. a kind of medical-grade plastics glove free of discontinuities according to claim 1 take equipment it is characterised in that: described deposits
Device (4) includes rotating stand (41), rotary shaft (42), pressing plate (43), handle (44), limit shaft (45), catch (46), plastic cement
Piece (47), support (48) and spring (49), described rotating stand (41) is arranged on base (1)；Described pressing plate (43) leads to
Cross rotary shaft (42) to be connected with rotating stand (41)；Described handle (44) is arranged on above pressing plate (43)；Described is spacing
Axle (45) is connected with pressing plate (43), and limit shaft (45) is located at the top of pressing plate (43)；Described support (48) is arranged on bottom
On seat (1)；Described catch (46) is arranged on support (48) both sides, and the position of catch (46) opposite brackets (48) can be adjusted
Whole；Described sheet (47) is located above support (48), and sheet (47) is connected with support (48)；Described spring
(49) one end is connected with base (1), and its other end is connected with limit shaft (45).
4. equipment taken by a kind of medical-grade plastics glove free of discontinuities according to claim 1, and described turning block (218) wraps
Include installing matrix (a), spacing matrix (b) and roller (c), described installing matrix (a) is connected by bolt with spacing matrix (b)
Connect, and installing matrix (a) is connected with chute tooth bar (208) by roller (c) with spacing matrix (b).
5. a kind of medical-grade plastics glove free of discontinuities according to claim 2 take equipment it is characterised in that: described fixed
Seat (33) is I-shaped structure, and determines to be provided with cavity inside bearing (33), and cavity wall thickness should be greater than 5mm.
6. a kind of medical-grade plastics glove free of discontinuities according to claim 3 take equipment it is characterised in that: described catch
(46) it is provided with open slot, and the shape of catch (46) is similar to medical-grade plastics glove profile.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610825426.XA CN106361442B (en) | 2016-09-14 | 2016-09-14 | A kind of medical-grade plastics gloves free of discontinuities take equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610825426.XA CN106361442B (en) | 2016-09-14 | 2016-09-14 | A kind of medical-grade plastics gloves free of discontinuities take equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106361442A true CN106361442A (en) | 2017-02-01 |
| CN106361442B CN106361442B (en) | 2018-11-06 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610825426.XA Active CN106361442B (en) | 2016-09-14 | 2016-09-14 | A kind of medical-grade plastics gloves free of discontinuities take equipment |
Country Status (1)
| Country | Link |
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| CN (1) | CN106361442B (en) |
Cited By (4)
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| CN108606840A (en) * | 2018-05-26 | 2018-10-02 | 张争奇 | The automatic wearing equipment of medical gloves |
| CN111285104A (en) * | 2020-04-02 | 2020-06-16 | 解涛 | Working method of uninterrupted medical plastic glove taking equipment |
| CN111358564A (en) * | 2020-04-02 | 2020-07-03 | 解涛 | Uninterrupted medical plastic glove taking equipment |
| CN114145849A (en) * | 2021-11-30 | 2022-03-08 | 南京润京乳胶制品有限公司 | Uninterrupted medical latex glove taking equipment and method |
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| Publication number | Publication date |
|---|---|
| CN106361442B (en) | 2018-11-06 |
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Effective date of registration: 20180929 Address after: 024023 No. 2-4 Chifeng Huawei Medical Technology Co., Ltd. of the standardized workshop in Songshan (Anqing) Industrial Park, Chifeng City, Inner Mongolia Autonomous Region Applicant after: Chifeng Huawei Medical Technology Co., Ltd. Address before: 243000 Zhang Shan team 50-1, Song Shan village, Yushan, Ma'anshan, Anhui Applicant before: Lin Feifei |
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