CN106429046B - Shoe cover diostribution device and shoe cover is loaded in dissemination system method - Google Patents
Shoe cover diostribution device and shoe cover is loaded in dissemination system method Download PDFInfo
- Publication number
- CN106429046B CN106429046B CN201611068377.6A CN201611068377A CN106429046B CN 106429046 B CN106429046 B CN 106429046B CN 201611068377 A CN201611068377 A CN 201611068377A CN 106429046 B CN106429046 B CN 106429046B
- Authority
- CN
- China
- Prior art keywords
- shoe cover
- arm
- stand
- index
- lead arm
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
- B65D83/00—Containers or packages with special means for dispensing contents
- B65D83/08—Containers or packages with special means for dispensing contents for dispensing thin flat articles in succession
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Footwear And Its Accessory, Manufacturing Method And Apparatuses (AREA)
Abstract
The present invention is shoe cover diostribution device and shoe cover to be loaded in dissemination system method, provides a kind of shoe cover packet comprising two guid arms with it is multiple it is overlapped in an orderly manner together with shoe cover to form a stand-by shoe cover and a subsequent shoe cover.Preceding interlock unit and rear interlock unit are separately positioned on the front side of each shoe cover and rear side and are meshed with the guid arm in certain position, so that the preceding interlock unit for being located at the stand-by shoe cover is positioned in the front for being located at the rear interlock unit of the stand-by shoe cover along the guid arm.Therefore, when the stand-by shoe cover is drawn to distribute, which is drawn by stand-by shoe cover successively to distribute shoe cover.
Description
Technical field
The present invention relates to a kind of automatic overshoes device more particularly to a kind of shoe cover diostribution devices of automatic distributing shoe cover, wherein
The shoe cover packet is the interchangeable shoe cover automatically and continuously to distribute shoe cover packet with respect to shoe covers device.The present invention further comprises
The method that shoe cover is loaded in dissemination system.
Background technique
Automatic overshoes device is a kind of is designed to solve people before entering the room for having hygienic requirements and must take off shoes
The device of this problem, wherein shoe covers device can provide shoe cover to encase the shoes of user.Correspondingly, automatic overshoes device is extensive
Applied to publilc health mechanism, such as hospital, laboratory, parlor and other need to keep the place of hygienic conditions.Correspondingly, it passes
The shoe covers device of system is suitable for through different distributing mechanisms to distribute shoe cover one by one.Regardless of using which type of point
Mechanism is sent out, shoe cover must be stacked by series connection overlapping.
The distributing mechanism of first seed type is shoe cover being attached together one by one, wherein after the one of previous shoe cover
Edge is attached to a leading edge of next shoe cover.In this way, previous shoe cover be drawn out shoe covers device for distribute when, under
One shoe cover is also hauled by previous shoe cover.But the major defect of this distributing mechanism is to be packaged the production of these shoe covers
Process is relative complex, because shoe cover must be attached together one by one.The installation of shoe cover is inconvenient, so that shoe cover is necessary
Careful is loaded into distribution mechanisms.Once the connection between two connected shoe covers is destroyed, these shoe covers cannot be distributed again.Change sentence
It talks about, this shoe cover setting is unsuitable for producing in enormous quantities.
Another type of distributing mechanism is that shoe cover is independently stacked between each other, wherein distributing mechanism and a motor device phase
In conjunction with distribution shoe cover one by one.Correspondingly, in view of motor device has been used, which must be electrically connected Yu Yi electricity
Source.In other words, which must be turned on power outlet or must be with unification battery.In the case where no any power supply,
Distributing mechanism cannot operate.In addition, shoe cover must be installed on one by one in distributing mechanism so that shoe cover
Installation process becomes complicated.
Summary of the invention
Main advantage of the invention is that it provides a kind of automatic shoes cover diostribution device with shoe cover packet, wherein the shoe cover
Packet is the interchangeable shoe cover automatically and continuously to distribute shoe cover packet relative to the shoe cover diostribution device.
It is of the invention another advantage is that provide a kind of automatic shoes cover diostribution device, wherein be configured to can quilt for shoe cover coating
The shoe cover packet being loaded on the automatic shoes cover diostribution device, to simplify the installation process of shoe cover packet.
It is another object of the present invention to provide a kind of automatic shoes cover diostribution devices, and structure is simple, and manufacture maintenance
It is at low cost.In particular, not needing motor device is that automatic shoes cover diostribution device distributes shoe cover.In other words, automatic shoes cover point
Transmitting apparatus do not need any electric power for distribute operation.
It is another object of the present invention to provide a kind of automatic shoes cover diostribution devices, and wherein shoe cover is not required to be attached to each other
Ground is packaged with.In particular, the latter shoe cover is chain by previous shoe cover, thus after previous shoe cover is drawn out distribution,
The latter shoe cover is drawn automatically by previous shoe cover to standby position.
It is another object of the present invention to provide a kind of automatic shoes cover diostribution devices, wherein each shoe cover is successively drawn
To expand its opening in standby position.
It is another object of the present invention to provide a kind of automatic shoes cover diostribution devices, have no need to change automatic shoes cover point
Transmitting apparatus prototype structure design, to minimize the production cost with the automatic shoes cover diostribution device used in conjunction with shoe cover packet.
It is another object of the present invention to provide a kind of automatic shoes cover diostribution devices, wherein in the present invention, not needing
Any expensive or complicated structure is to realize above-mentioned purpose.Therefore, the present invention successfully provides a kind of economy, efficient to solve
Scheme is used to provide a kind of simple distribution configuration for automatic shoes cover diostribution device.
By following description, other advantages and features of the present invention be will be evident, and can pass through appended claims
In the means specially pointed out and in conjunction with and be implemented.
According to the present invention, aforementioned and other purposes and advantage realized by a kind of automatic shoes cover diostribution device, wherein the shoe cover
Diostribution device includes a dissemination system and a shoe cover packet.
The dissemination system has a packet chamber and a shoes place opening, and forms one and place opening from the packet chamber to the shoes
Distribute direction.
Shoe cover coating is alternatively configured in the packet chamber, and wherein the shoe cover packet includes a guide unit comprising two
A extension lead arm being spaced and the overlapped shoe cover of multiple continuous arrangements, make in the continuous arrangement mode, one
A shoe cover is stowed to opening state and is followed closely the shoe cover of the stand-by shoe cover as subsequent as a stand-by shoe cover and one
Shoe cover.Each shoe cover includes a shoe cover main body, and a preceding interlock unit being arranged on front side of one of each shoe cover and one set
The rear interlock unit in a rear side of each shoe cover is set, wherein the shoe cover main body has a shoe cover opening, wherein the shoe cover
Opening is formed in a top perimeter, and wherein interlock unit and rear interlock unit are in place slidably after the preceding interlock unit
Ground is meshed so that along the lead arm with the lead arm, is positioned in the stand-by shoe cover in the preceding interlock unit of the subsequent shoe cover
The subsequent shoe cover in the front of interlock unit afterwards.It therefore, should when the shoes that the stand-by shoe cover is stowed to the distribution direction place opening
Subsequent shoe cover will be by the dilatory packet chamber out of the stand-by shoe cover, to successively distribute these shoe covers.
Optionally, which includes two lead arm, and wherein the lead arm is suitable for removably being coupled in this point respectively
Arm is sent out, one group of shoe cover, wherein the shoe cover is by successively overlapped, so that the shoe cover for being located at outermost locations is arranged to be dragged
Be pulled to an opening state as a stand-by shoe cover and formed one and then the subsequent shoe cover of the stand-by shoe cover and one it is chain
Device, wherein the interlock includes the preceding interlock unit and a quilt for being arranged on a front side of each shoe cover
The rear interlock unit of one of each shoe cover rear side is set, wherein the preceding interlock unit and rear interlock unit slideably and
It is removably coupled in the appropriate location of the guide unit, so that the preceding interlock unit in the subsequent shoe cover is positioned at this
The front of the rear interlock unit of stand-by shoe cover, wherein when the lead arm is removably coupled in the index arm respectively, it should
Shoe cover is loaded in the packet chamber, so that being stowed when the stand-by shoe cover is arranged to place opening in the shoes with keep should be to
With shoe cover in the opening state, which is drawn by the stand-by shoe cover, to successively be somebody's turn to do with distribution one by one
Shoe cover.
According to another aspect of the present invention, the present invention include it is a kind of for distribute to be worn on user's shoes
The method of shoe cover comprising following steps:
(1) (1.1) provide multiple shoe covers, wherein each shoe cover has a running-on, connect after a preceding interlock unit and one
Lock unit, wherein the preceding interlock unit is located at a front side of each shoe cover and the rear interlock unit is located at each shoe cover
One rear side.
(1.2) it successively overlaps the to each other and stacks the shoe cover, so that one of shoe cover is stowed into an opening state
To follow the shoe cover of the stand-by shoe cover closely as a stand-by shoe cover and one as a subsequent shoe cover.
(1.3) in place by the preceding interlock unit and rear interlock unit, which is slidably engaged in
Two lengthening lead arm being spaced, so as to which it is stand-by to be positioned in this in the preceding interlock unit of the subsequent shoe cover along the lead arm
The subsequent shoe cover in front of the rear interlock unit of shoe cover.
(2) shoe cover packaging is loaded in a packet chamber of a dissemination system.
(3) opening is placed from the shoes that the packet chamber of the dissemination system draws the stand-by shoe cover to the dissemination system, from
And the shoes of the user are arranged in the stand-by shoe cover by shoe cover opening.
(4) after the stand-by shoe cover is distributed, which is automatically drawn by the stand-by shoe cover, thus successively
Distribute the shoe cover.
According to another aspect of the present invention, the present invention further provides a kind of sides that shoe cover packaging is loaded in dissemination system
Method comprising following steps:
(a) keep one group of shoe cover in two lead arm to form the shoe cover packet by following step:
(a1) it overlaps the to each other and stacks gradually the shoe cover, so that the shoe cover for being located at outermost locations is arranged to be dragged
An opening state is pulled to as stand-by shoe cover and to form the subsequent shoe cover of the immediately stand-by shoe cover；
(a2) a preceding interlock unit is set one of each shoe cover front side, and after setting one interlock unit every
One rear side of a shoe cover；With
(a3) it couples the preceding interlock unit and rear interlock unit is in place in the lead arm, so that in the subsequent shoe cover
The preceding interlock unit be positioned in the front of the rear interlock unit of the stand-by shoe cover so that work as the stand-by shoe cover quilt
It draws for when distributing, which to be drawn by the stand-by shoe cover, in turn and one by one distribute the shoes
Set；With
(b) lead arm is removably coupled in two index arms of the dissemination system, which is loaded in this point
Hair system.
By the understanding to subsequent description and attached drawing, further aim of the present invention and advantage will be fully demonstrated.
These and other objects of the invention, feature and advantage, by following detailed descriptions, drawings and claims are obtained
To fully demonstrate.
Detailed description of the invention
Fig. 1 is the perspective view according to a kind of automatic shoes cover diostribution device of a preferred embodiment of the present invention.
Fig. 2 illustrates a shoe cover packet of the automatic shoes cover diostribution device according to aforementioned present invention preferred embodiment, explains
It has released the index arm and has been coupled to the lead arm removably, end-to-end.
Fig. 2A illustrates the first resistance of the free end portion for being located at the index arm according to aforementioned present invention preferred embodiment
Only device.
Fig. 3 is the perspective view according to a shoe cover of aforementioned present invention preferred embodiment.
Fig. 4 illustrates the shoe cover being cross-linked with each other together according to aforementioned present invention preferred embodiment.
Fig. 5 illustrates stand-by shoe cover and is stowed to be opened according to the shoes placement of the dissemination system of aforementioned present invention preferred embodiment
Mouthful.
Fig. 6 illustrates stand-by shoe cover and is dragged out according to the placement of the shoes of the dissemination system of aforementioned present invention preferred embodiment
Opening.
Fig. 7 is illustrated after stand-by shoe cover is distributed according to aforementioned present invention preferred embodiment, which is dragged
The shoes for being pulled in the dissemination system place opening.
It is first optional to illustrate the first and second interlock units of the shoe cover according to aforementioned present invention preferred embodiment by Fig. 8
Mode.
It is second optional to illustrate the first and second interlock units of the shoe cover according to aforementioned present invention preferred embodiment by Fig. 9
Mode.
What Figure 10 illustrated the first and second interlock units of the shoe cover according to aforementioned present invention preferred embodiment second can
The chain configuration of lectotype.
Figure 11 illustrates a kind of modification of the automatic shoes cover diostribution device according to aforementioned present invention preferred embodiment.
Figure 12 illustrates the first He of the modified form automatic shoes cover diostribution device according to aforementioned present invention preferred embodiment
Second interceptor.
Figure 13 illustrates first and of the modified form automatic shoes cover diostribution device according to aforementioned present invention preferred embodiment
Another optional mode of two interceptors.
Figure 14 illustrates first and of the modified form automatic shoes cover diostribution device according to aforementioned present invention preferred embodiment
The third optional mode of two interceptors.
Figure 15 illustrates first and of the modified form automatic shoes cover diostribution device according to aforementioned present invention preferred embodiment
4th optional mode of two interceptors.
Figure 16 illustrates first and of the modified form automatic shoes cover diostribution device according to aforementioned present invention preferred embodiment
5th optional mode of two interceptors.
One kind that Figure 17 illustrates the shoe cover packet of the automatic shoes cover diostribution device according to aforementioned present invention preferred embodiment can
Lectotype illustrates shoe cover and is manually extracted out one by one from shoe cover diostribution device.
Figure 18 illustrates one kind of the guidance unit of the automatic shoes cover diostribution device according to aforementioned present invention preferred embodiment
Remodeling, illustrates shoe cover and is packetized in detachable guiding tube.
Figure 19 illustrates one kind of the guidance unit of the automatic shoes cover diostribution device according to aforementioned present invention preferred embodiment
Modified form illustrates shoe cover from detachable guiding tube and is loaded to dissemination system.
Specific embodiment
It is described below to be disclosed for so that those skilled in the art manufacture and use the present invention.Middle offer described below compared with
Good embodiment only as the example and modification that will be apparent to those skilled in the art, does not constitute the limit to the scope of the invention
System.General Principle defined in described below can be applied to without departing substantially from spirit of that invention and invention scope other embodiments,
Optional substitution, modification, equivalent implementation and application.
With reference to shown in Fig. 1 of attached drawing, it is illustrated according to a kind of automatic shoes cover diostribution device of preferred embodiment of the present invention, wherein
The automatic shoes cover diostribution device includes a dissemination system 10 and a shoe cover packet 20.
There is the dissemination system 10 a packet chamber 11 and a shoes to place opening 12, and form one from the packet chamber 11 to this
Shoes place the distribution direction of opening 12.According to the preferred embodiment, after which is formed on one of the dissemination system 10
Portion, the shoes place the top side that opening 12 is formed on a front of dissemination system 10.Therefore, shoes placement opening 12 is
A top opening positioned at the front of dissemination system 10.The dissemination system 10 further has one and places opening with the shoes
12 front openings 13 being connected and a rear portion opening 14 being connected with the packet chamber 11.
The shoe cover packet 20 is alternatively configured in the packet chamber 11 of the dissemination system 10, and wherein the shoe cover packet 20 can lead to
Cross the rear portion opening 14 be loaded in the dissemination system 10 packet chamber 11 or from the packet chamber 11 of the dissemination system 10 be unloaded according to
The preferred embodiment, the shoe cover packet 20 include multiple shoe covers 30, and wherein the mutual ordered overlaid of shoe cover 30 is to be loaded in this point
The packet chamber of hair system 10 is to form a shoe cover heap.Forefront in one of shoe cover 30, such as this heap shoe cover
Shoe cover 30 is stowed to an opening state and is known as a stand-by shoe cover 30A, and the shoe cover of an immediately stand-by shoe cover 30A is subsequent shoes
Cover 30B.In other words, which will distribute the stand-by shoe cover 30A first, then successively distribute the subsequent shoe cover 30B.
Each shoe cover is made to be folded and mutually stack of textile material or plastics.
As shown in figure 3, each shoe cover 30 includes a shoe cover main body 31, chain list after a preceding interlock unit 32 and one
Member 33, wherein the shoe cover main body 31 has the shoe cover for being formed in a top perimeter opening 311, preceding 32 quilt of interlock unit
It configures and is configured in a rear side of the shoe cover main body 31 in a front side of the shoe cover main body 31 and the rear interlock unit 33,
The shoes of middle user can be disposed in the shoe cover main body 31 by shoe cover opening 311, so that shoe cover will wrap up
On the shoes of user.Correspondingly, the top perimeter of each shoe cover 30 is an elastic edge, and an elastic element 34 is configured in
The top perimeter of each shoe cover 30 with shrink shoe cover 30 shoe cover opening 311 size.
As shown in figure 3, first interlock unit 32 includes two the first chain holes 321 being spaced, wherein this is first chain
Hole 321 is formed in the front side of the shoe cover main body 31 under the top perimeter of the shoe cover main body 31.Each first chain hole
321 be a through hole, and wherein the through hole is formed in the front side for closing on the side wall of the shoe cover main body 30.In other words, two
The distance between a first chain hole 321 is slightly less than the distance between the two sidewalls of the shoe cover main body 31.
Similarly, which includes two the second chain holes 331 being spaced, wherein the second chain hole
331 are formed in the rear side of the shoe cover main body 31 under the top perimeter of the shoe cover main body 31.Each second chain hole 331
Be also a through hole, wherein the through hole be formed adjacent to the shoe cover main body 31 of the side wall of the shoe cover main body 31 this after
Side.In other words, the distance between two second chain holes 331 are slightly less than the width between the two sidewalls of the shoe cover main body 30
Degree.Correspondingly, the first and second chain hole 321,331 is preferably identical so that the first chain hole 321 with it is corresponding this second
Chain hole 331 is mutually aligned arrangement.
The shoe cover packet 20 further comprises a guide unit 40, wherein the guide unit 40 include two be spaced plus
Long lead arm 41, extends parallel to each other.Correspondingly, front and rear interlock unit 32,33 movably nibble with 41 phase of lead arm
Close it is in place so that the preceding interlock unit 321 in the subsequent shoe cover 30B is located in the stand-by shoe cover along lead arm 41
Before the rear interlock unit 331 of 30A, so that being placed when the stand-by shoe cover 30A is stowed in the upward shoes of distributor
Be open 12 when, the subsequent shoe cover 30B by stand-by shoe cover 30A from the packet chamber 11 draw, thus successively distribute shoe cover 30.It is worth one
It is mentioned that, the stand-by shoe cover 30A is not over any connection device and is physically attached to the subsequent shoe cover 30B.In other words,
The shoe cover 30 can be made to be overlapped and be kept without any connection mechanism between the every two shoe cover 30 of the shoe cover 30.However,
The interlocking position between the stand-by shoe cover 30A and the subsequent shoe cover 30B in lead arm 41 will ensure that the subsequent shoe cover 30B
It is drawn during distributing operation by the stand-by shoe cover 30A.
As shown in figure 4, three shoe covers 30 are shown in the chain configuration in lead arm, wherein first shoe cover 30 is specific
For stand-by shoe cover 30A, second shoe cover 30 is embodied in the subsequent shoe cover 30B of and then stand-by shoe cover 30A, third shoe cover
30 are embodied in a third shoe cover 30C of and then subsequent shoe cover 30B.As described above, the first and second interlock units 32,
33 be respectively the first and second chain holes 321,331.
The lead arm 41 extends through shoe cover 30A, the chain hole 321,331 of all the first and second of 30B, 30C.Especially
It is that lead arm 41 is set to slidably extend through the first chain hole 321 on front side of stand-by shoe cover 30A, thus stand-by shoes
Forefront position is positioned on front side of set 30A to be drawn first.The lead arm 41 is set to slidably extend through
The second chain hole 331 on rear side of stand-by shoe cover 30A, so that the stand-by shoe cover 30A is slidably supported the lead arm
41. similar, which is set to slidably extend through the first He of subsequent shoe cover 30B and third shoe cover 30C
Second chain hole 321,331 is so that the subsequent shoe cover 30B and third shoe cover 30C are slidably supported the lead arm
41。
As shown in figure 4, the chain configuration of the shoe cover 30 is the first chain hole 321 of the subsequent shoe cover 30B along lead arm
41 are positioned in front of the second chain hole 331 of the stand-by shoe cover 30A.In other words, the lead arm be used first to across to
With the second chain hole 331 of shoe cover 30A, the then chain hole 321 of the first of subsequent shoe cover 30B.Similar, third shoe cover 30C
The first chain hole 321 be positioned in along the lead arm 41 before the second chain hole 331 of the subsequent shoe cover 30B.In this way,
When stand-by shoe cover 30A is drawn forward, the rear side of the stand-by shoe cover 30A can draw the front side of subsequent shoe cover 30B forward, thus
Successively shoe cover 30 of distribution one by one.
As shown in Fig. 2, the dissemination system 10 includes two index arms 15, wherein the index arm 15 extends to shoes from packet chamber 11
It places opening 12 and is removably coupled respectively with the end-to-end phase of lead arm 41, put so that the shoe cover 30 be guided to be distributed in the shoes
Set opening 12.Therefore, during distributing operation, stand-by shoe cover 30A is drawn by slideably bootstrap arm 41 to index arm 15.Phase
Ying Di, when shoe cover packet 20 is loaded in the packet chamber 11 of dissemination system 10, the preceding free end of the lead arm 41 is respectively coupled to
In the rear free end of index arm 15.The shoes place the preceding free end that opening 12 is formed on the index arm 15.
There is each index arm 15 one to extend to shoes placement from the sliding part 151 of the extension of respective guide arm 41 and one
The expanding unit 152 of opening 12.Correspondingly, the sliding part 151 of the index arm 15 is parallel to each other, the wherein sliding of the index arm 15
The distance between portion 151 is identical as the distance between lead arm 41.Therefore, which can swimmingly slide into from lead arm 41
The sliding part 151 of the index arm 15.The distance between sliding part 151 of index arm 15 be less than index arm 15 expanding unit 152 it
Between distance, make by this method when the stand-by shoe cover 30A is slided on the expanding unit of the index arm 15 152, the stand-by shoes
The shoe cover opening 311 of set 30A is softened to place in the shoes and open the stand-by shoe cover 30A at opening 12.
Correspondingly, the distance between the distance between lead arm 41, such as the sliding part 151 of the index arm 15, are less than
The width of each shoe cover 30, so that the shoe cover can be stacked along lead arm 41 with compact fashion.In addition, the expansion of index arm 15
The distance between portion 152 be slightly less than each shoe cover 30 width so that when stand-by shoe cover 30A slideably drawn with
When being supported on the expanding unit 152 of the index arm 15, the shoe cover opening 311 of the stand-by shoe cover 30A is distributed the expanding unit 152 of arm 15
It stretches, so that the shoe cover for opening the stand-by shoe cover 30A is open, the width of 311. shoe covers 30 is formed between two sidewalls.
As shown in Fig. 2, each index arm 15 further has a bent outward pars convoluta 153, wherein the bent outward pars convoluta 153
It extends between the sliding part 151 and the expanding unit 152 to guide shoe cover 30 to slide from the sliding part 151 and the expanding unit 152.
Correspondingly, the bent outward pars convoluta 153 of each index arm 15 is an inclined arm, and wherein the inclined arm is integrally formed ground from the sliding
Portion 151 and the expanding unit 152 extend to gradually increase the distance between the index arm 15.In other words, as the stand-by shoe cover 30A
When sliding into the expanding unit 152 from the sliding part 151 by the bent outward pars convoluta 153, the stand-by shoe cover 30A be gradually opened from
And ensure the smooth sliding of the stand-by shoe cover 30A, to open the shoe cover opening 311 of the stand-by shoe cover 30A.
Correspondingly, which is the component part of dissemination system 10, wherein when the shoe cover packet 20 is coupled in this point
When hair system 10, which can couple with 15 phase of index arm respectively.It is noted that the index arm 15 can integrally at
Extend from the lead arm 41 to type, so that the index arm 15 can be configured to a component of the shoe cover packet 20 in the shoes
When set packet 20 is coupled in the dissemination system 10, it is loaded in the dissemination system 10, in other words, is loaded in the shoe cover packet 20
After dissemination system 10, which can extend to the shoes from the packet chamber 11 and place opening 12.
The dissemination system 10 include a holding unit comprising be spaced apart shoes place opening 12 this first
With the second interceptor 16,17 with for being meshed with the front side of stand-by shoe cover 30A and rear side, to keep the stand-by shoe cover 30A
The opening state that opening 12 is opened is placed in a shoes.
First interceptor 16 is set close to the free end of the index arm 15, and second interceptor 17 is arranged on this
The expanding unit 152 of index arm 15 is close to its 151 position of sliding part.Opening 12 is placed when the stand-by shoe cover 30A is stowed to the shoes
When, the front side of the stand-by shoe cover 30A and rear side are stopped respectively by the first and second interceptors 16,17 with by the stand-by shoe cover 30A
It is maintained at the shoes and places the opening state that opening 12 is opened.It is stowed on rear side of the stand-by shoe cover 30A so that being detached from
When the free end of the index arm 15, which draws the front side so that the subsequent shoe cover 30B by the stand-by shoe cover 30A
It is stopped respectively by the first and second interceptors 16,17 with rear side, to keep this subsequent after stand-by shoe cover 30A is distributed
Shoe cover 30B places the opening state that opening 12 is opened in shoes.It is noted that once the rear side of stand-by shoe cover 30A is dragged
It is pulled to the free end for being detached from the index arm 15, which is moved out of the dissemination system 10 to wrap the shoes in the user
Son.
According to the preferred embodiment, which includes two the first stops 161, wherein first stop
161 is respectively upward and integrally prominent from two ends of the index arm 15, wherein each first stop 161 has one
Confined planes are to prevent to move backward on front side of the stand-by shoe cover 30A.Preferably, each first stop 161 has a triangle
Tee section and a flat leading flank 164, wherein the triangular-section forms the inclination extended from the index arm 15
Top surface 163 and the flat leading flank are used as the confined planes, as shown in Figure 2 A.Therefore, which can be by this
First chain hole 321 is in the distribution direction towards the free end forward slip of the index arm 15 and by first stop 161
The sloped top face 163.Once first stop 161, the limit of first stop 161 are passed through in the first chain hole 321
Face will prevent to move backward on front side of the stand-by shoe cover 30A.
According to the preferred embodiment, second interceptor 17 and the index arm 15 are integrally formed, wherein each index arm 15
Bent outward pars convoluta 153 prevent to move backward on rear side of the stand-by shoe cover 30A as second interceptor 17.In other words,
When the rear side of the stand-by shoe cover 30A slides through the bent outward pars convoluta 153 on the expanding unit 152 of the index arm 15, by
In the elasticity of the shoe cover opening 311 of the stand-by shoe cover 30A, the rear side of the stand-by shoe cover 30A cannot slide back to being somebody's turn to do for the index arm 15
Sliding part 151.
As shown in Fig. 2, automatic shoes cover diostribution device further comprises that a pushing-type gives set device 50, wherein the pushing-type gives set device
50 are supported on the packet chamber 11 for when the shoe cover packet 20 is loaded in the packet chamber 11, placing 12 promotion of opening towards the shoes should
Shoe cover 30.According to the preferred embodiment, pushing-type includes two elastic elements to set device 50, preferably two compressed springs, respectively together
It is coupled in the lead arm 41 axis to push the shoe cover heap towards shoes placement opening 12 for applying one to the shoe cover heap 30
30 forward thrust.Preferably, which is respectively coupled in the rear end of the lead arm 41 to push last shoe cover 30.
It is noted that the pushing-type can be built in shoe cover packet 20 so that the elastic element is respectively coupled to set device 50
In the lead arm 41.Therefore, when the shoe cover packet 20 is removed from the dissemination system, which will be replaced to set device 50.Class
As, which can be built in the dissemination system 10 to set device 50 so that the pushing-type is supported on the packet chamber to set device 50
11, so that the pushing-type is actuated in the shoe cover packet 20 to set device 50 when the shoe cover packet 20 is loaded in the packet chamber
Push shoe cover 30.In other words, which will not be replaced during shoe cover packet 20 is loaded with unloading operation to set device 50.
In order to distribute shoe cover 30 by the dissemination system 10, which can be open by the rear portion 14 is loaded into point
Hair system 10.When the shoe cover packet 20 is loaded in the packet chamber 11, which is coupled in the index arm end-to-end respectively
15.Once the shoe cover packet 20 is loaded in packet chamber 11, the shoe cover 30 positioned at forefront position can be drawn out the packet chamber 11 to the shoes
Opening 12 is placed, as shown in figure 5, it is used as stand-by shoe cover 30A.Opening 12 is placed when the stand-by shoe cover 30A is pulled to shoes
When, in this position, which is meshed to open and be somebody's turn to do with the front side of the stand-by shoe cover 30A and rear side
Shoe cover opening 311 between the front side and rear side of stand-by shoe cover 30.Meanwhile the shoe cover opening 311 of the stand-by shoe cover 30A will also lead to
The expanding unit 152 for crossing the index arm 15 is opened between its two sidewalls.It is noted that the subsequent shoe cover 30B also by
Stand-by shoe cover 30A is pulled out, as shown in Figure 5.
Foot can be put into the stand-by shoe cover 30A by its shoe cover opening 311 by user, so that shoes are disposed in this
In stand-by shoe cover 30A.Then, user can drag foot so that the stand-by shoe cover towards the front opening 13 of the dissemination system 10
30A is detached from the dissemination system 10.When applying towing tension to the stand-by shoe cover 30A, the chain hole 321 of the first of the stand-by shoe cover 30A
The free end of the index arm 15 is skidded off, so that the front side of the stand-by shoe cover 30A is detached from the index arm 15, as shown in Figure 6.It applies
The towing tension for being added in the stand-by shoe cover 30A will overcome the chucking power of second interceptor 17, so that the rear side of shoe cover 30A can
It is drawn forward.Meanwhile the front side of the subsequent shoe cover 30B is placed opening 12 towards shoes by the rear side of the stand-by shoe cover 30A and is drawn.It is logical
It crosses holding and applies towing tension to the stand-by shoe cover 30A, the second chain hole 331 of the stand-by shoe cover 30A skids off the index arm 15
Free end, so that the rear side of the stand-by shoe cover 30A is detached from the index arm 15, as shown in Figure 7.In this way, the stand-by shoes
Set 30A will integrally be distributed index arm 15 out.The elastic edge of the stand-by shoe cover 30A will make the shoe cover of the stand-by shoe cover 30A
Opening 311 shrinks the shoe cover opening 311 so that the stand-by shoe cover 30A, so that the shoes of the user will be by stand-by shoe cover 30A
It encases.
Once the rear side of the stand-by shoe cover 30A is detached from the index arm 15, the rear side of the stand-by shoe cover 30A and the subsequent shoe cover
Chain between the front side of 30B will be released from.Once dilatory force will not be passed to this since the stand-by shoe cover 30A is distributed
Subsequent shoe cover 30B, then the rear side of the subsequent shoe cover 30B will be kept by second interceptor 17, and the front side of the subsequent shoe cover 30B
It will move back to be meshed with the index arm 15.In particular, the first chain hole 321 will be meshed with the index arm 15 respectively, and
And stopped by first interceptor 16, as shown in Figure 7.In other words, which will place quilt at opening 12 in the shoes
Be maintained at an opening state, once and the stand-by shoe cover 30A be distributed, the stand-by shoe cover 30A will be become.
Fig. 8 illustrates the first optional mode of one kind of the first and second interlock unit 32D, 33D of shoe cover 30, is used to lead to
The lead arm 41 is crossed by 30 mutual linking of shoe cover together.As shown in figure 8, the first interlock unit 32D includes two first
Connecting band connecting band 322D is upwardly extended from the two sidewalls of the shoe cover main body 31 at its front side, wherein each first connects
Tape splicing 322D has the first chain hole 321D that one free end is arranged in.Similarly, the second interlock unit 33D packet
Two the second connecting band 332D are included, are upwardly extended at rear side from the two sidewalls of the shoe cover main body 31, wherein each
Two connecting band 332D have the second chain hole 331D that one free end is arranged in.The linkage structure of first optional mode
Same as the previously described embodiments, wherein the lead arm 41 is set to slidably extend through first and second on the shoe cover 30
Chain hole 321D and 331D.Therefore, the first chain hole 321D of the subsequent shoe cover 30B is located in this along the lead arm 41
Before the second chain hole 331D of stand-by shoe cover 30A.It is worth mentioning that first and second connecting band 322D, 332D can ground
It is upwardly extended from the front side of the shoe cover main body 31 and rear side.Further, first and second connecting band 322D, 332D is respectively
Elastic webbing.Fig. 9 illustrates the second optional mode of one kind of the first and second interlock unit 32D, 33D of the shoe cover 30, is used for
By the lead arm 41 by 30 mutual linking of shoe cover together, wherein the second optional mode be the preferred embodiment this first
The combination of interlock unit 32 and the second interlock unit 33D of the first optional mode.As shown in figure 9, first interlock unit 32 wraps
The first chain hole 321 being spaced containing two, wherein the first chain hole 321 be formed in the shoe cover main body 31 top perimeter it
Under the shoe cover main body 31 front side.Each first chain hole 321 is a through hole, and wherein the through hole is formed in the shoe cover
At the front side of its close side wall of main body 31.The second interlock unit 33D include two the second connecting band 332D, wherein this second
The rear side of connecting band 332D from the shoe cover main body 31 upwardly extends, wherein each second connecting band 332D have one it is second chain
Hole 331D.Further, each second connecting band 332D is elastic webbing.
Chain configuration and above-described embodiment of second optional mode are slightly different, and wherein the lead arm 41 is configured to only
The second chain hole 331D of the shoe cover 30 is only movably extended across, as shown in Figure 10.Correspondingly, the stand-by shoe cover
Second connecting band 332D of 30A extends respectively through the first chain hole 321 of the subsequent shoe cover 30B.Once the stand-by shoes
Second connecting band 332D of set 30A extends respectively through the first chain hole 321 of the subsequent shoe cover 30B, the lead arm 41
Extend through the second chain hole 331D.It is noted that second connecting band 332D of the stand-by shoe cover 30A is not only supported
The rear side of the stand-by shoe cover 30A also supports the front side of the subsequent shoe cover 30B in the lead arm 41 in the lead arm 41.Such one
Come, when being stowed on rear side of the stand-by shoe cover 30A, the front side of the subsequent shoe cover 30B will be dragged by the stand-by shoe cover 30A therewith
It draws.It is noted that the lead arm 41 can be configured to movably to extend across the shoe cover 30 this first and second
Chain hole 321,331D, thus make the first chain hole 321 of the subsequent shoe cover 30B by along the lead arm 41 be positioned in this to
It is identical as above-mentioned chain configuration before the second chain hole 331D of shoe cover 30A.
The automatic shoes cover diostribution device one kind that Figure 11 illustrates a kind of modification as the automatic shoes cover diostribution device can
Lectotype.Dissemination system 10E has a L-shaped structure, after wherein packet chamber 11E is formed in one of dissemination system 10E
Top and the shoes place the front that opening 12E is formed in 10 1 top sides of dissemination system.Therefore, which places opening
12E is a top open front at the top of dissemination system 10E.Further there is dissemination system 10E one to be placed with the shoes
The open front 13E that is connected of opening 12E and one and the top after-opening 14E that be connected with packet chamber 11E.Therefore, the shoe cover
Packet 20 can be placed opening 12E by the shoes and is loaded and unloaded in packet chamber 11E.
Shoes, which are down extended to, from packet chamber 11E in view of L shape dissemination system 10E, lead arm 41E places opening 12E.Each
Lead arm 41E extends a packet chamber 11E and horizontal component 412E with a down-turned portion 411E and extends to shoes placement opening
12E.In other words, the index arm 15 and lead arm 41E being as above somebody's turn to do are integrally formed to form two whole arm configurations.
Correspondingly, each lead arm 41E can be embodied in one made of hard material, such as metal etc
Line.Preferably, lead arm 41E is two flat metal wires that shoes placement opening 12E is extended to from packet chamber 11E.In addition,
First and second interceptor 16E, 17E, which is spaced apart, places opening for the stand-by shoe cover 30A's in the shoes
Front side and rear side are meshed so that the stand-by shoe cover 30A is maintained at the shoes and places opening 12E and in an opening state.
Each first interceptor 16E, preferably has a L-shaped structure, has one and extends in dissemination system 10E's
The elastic part 161E of open front 13E, wherein the elastic part 161E of first interceptor 16E for applying one to support
The restoring force of the front side of the stand-by shoe cover 30A is pressed in so that the stand-by shoe cover is maintained at an opening state.It is noted that
When the stand-by shoe cover 30A is dragged by user, which will overcome the restoring force to draw the stand-by shoe cover 30A and open from before this
Mouth 13E is detached from dissemination system 10E.Preferably, the elastic part 161E of first interceptor 16E down, vertically and
It extends in being spaced between lead arm 41E.
The second interceptor 17E includes an a shaft 171E and retainer 172E, and wherein shaft 171E is rotatable
Ground is coupled in dissemination system 10E, and retainer 172E is extended between lead arm 41E from shaft 171E for keeping
Firmly the rear side of the stand-by shoe cover 30A is to be maintained at an opening state for the stand-by shoe cover 30A.Similarly, when the stand-by shoe cover
When 30A is drawn by user, which will drive the shaft 171E to rotate so that retainer 172E and the stand-by shoe cover 30A
Rear side is disengaged, and is detached from dissemination system 10E from open front 13E to draw the stand-by shoe cover 30A.Preferably, the shaft
171E is supported on the horizontal component 412E of lead arm 41E, and retainer 172E is extended downwardly from shaft 171E
Between the horizontal component 412E of lead arm 41E.
Once the stand-by shoe cover 30A is distributed so that towing tension release is transferred to the subsequent shoe cover 30B, shaft 171E quilt
Rotate back into its home position.Therefore, it is meshed on rear side of retainer 172E and the subsequent shoe cover 30B.Meanwhile the subsequent shoes
The front side of set 30B is maintained by the elastic part 161E of the first interceptor 16E, so that being distributed in the stand-by shoe cover 30A
Later, which is maintained at the shoes and places opening 12E and be in an opening state.
Optionally, each first interceptor 16F, preferably has a conical structure, by integrally and radially
Extend from corresponding lead arm 41F, wherein each first interceptor 16F has the inclination extended from lead arm 41F
A periphery 163F and flat front surface 164F as confined planes, as shown in figure 13.The second interceptor 17F includes one
Shaft 171F and at least one elastic part 172F, the preferably two reply parts being spaced, wherein shaft 171F can revolve
It is coupled in dissemination system 10E with turning, elastic part 172F extends from shaft 171F to maintain the stand-by shoe cover 30A's
Rear side is to be maintained at an opening state for the stand-by shoe cover 30A.
Figure 14 illustrates another optional mode that first interceptor 16G of lead arm 41G is arranged in.First prevention
Device 16G is with a hub switch side for pivotly extending in lead arm 41G and one from lead arm 41G to the open front
The free end that 13G inclination extends.First interceptor 16G allows the stand-by shoe cover 30A in one direction, such as distribution direction,
It is slided towards open front 13G.
Figure 15 illustrates another optional mode for extending to first interceptor 16H of lead arm 41H.First prevention
Device 16H pivotly and obliquely extend it is in place so that its free end be extended with lead arm 41H towards before this
Opening 13H is in contact.First interceptor 16H allows the stand-by shoe cover 30A in one direction, for example, distribution direction, towards this before
Be open 13H sliding.
Figure 16 illustrates another optional mode of the automatic shoes cover diostribution device.Shoe cover packet 20J further comprises one
Lateral member 42J, wherein lateral member 42J is from the high-end extension of lead arm 41J, and wherein lateral member 42J is removably by this
Dissemination system 10J is supported so that lead arm 41J to be held in place.Each second interceptor 17J is integrally and radial
Ground extends from corresponding lead arm 41J, wherein each second interceptor 17J is with one from before lead arm 41F extension
Portion angled circumferential face 171J, a rear portion angled circumferential face 172J extended from lead arm 41F to open front 13J and one
The flat periphery 173J for extending in the front rake periphery 171J He rear portion angled circumferential face 172J is limited as one
Plane, as shown in figure 16.
The pushing-type is supported on the packet chamber 11J to set device 50J to push the shoe cover 30 for placing opening 12J towards the shoes.
According to preferred embodiment, which includes an elastic webbing to set device 50J, and there are two be removably attached to the packet chamber to tool
11J is for applying the forward thrust for placing opening 12J towards shoes being pressed on shoe cover heap.
Figure 17 illustrates the shoe cover packet 20K's of the automatic shoes cover diostribution device 10K according to aforementioned present invention preferred embodiment
A kind of optional mode illustrates shoe cover 30K and is manually extracted out one by one from shoe cover diostribution device 10K.
As described above, the mutual ordered overlaid of shoe cover 30K forms a shoe cover heap, so that the shoe cover of outermost position
It is opened the subsequent shoes to an open position to closely follow the stand-by shoe cover 30K as a stand-by shoe cover 30K and formation one
Cover 30K.Bindiny mechanism and bindiny mechanism mentioned above or its optional implementation (such as first and second between two shoe cover 30K
Interlock unit 32,33) it is identical.Therefore, when the stand-by shoe cover 30K is arranged to be stowed, the subsequent shoe cover 30K is stand-by by this
Shoe cover 30K dragging, to distribute shoe cover 30K one by one and in an orderly manner.
According to the optional implementation, shoe cover packet 20K further comprises a guidance unit 40K, wherein guidance unit 40K packet
Two lengthening lead arm 41K being spaced are included, wherein the two lead arm 41K is extended parallel to each other.Each lead arm 41K is one
A flexible guide rope that shoe cover 30K is maintained to arranged superposed state, wherein the front and rear interlock unit 321,331 is slidably
Ground is engaged on the appropriate location of lead arm 41K, so that the preceding interlock unit 321 for being arranged on the subsequent shoe cover 30K
The front of the rear interlock unit 331 is positioned in along lead arm 41K, wherein it is stand-by to be arranged on this for the rear interlock unit 331
Shoe cover 30K.Therefore, when the stand-by shoe cover 30K is when distributor is stowed upwards, the subsequent shoe cover 30K is by the stand-by shoe cover 30K
Dragging, to distribute shoe cover 30K one by one and in an orderly manner.
As shown in Figure 17 of attached drawing, dissemination system 10K has a box-like, and has a packet chamber 11K and a shoes
Opening 12K is placed, wherein shoe cover packet 20K is stored in packet chamber 11K.Especially, shoe cover 30K is overlapped and is stored in this
The appropriate location of packet chamber 11K is so that the stand-by shoe cover 30K is dragged out from shoes placement opening 12K.It is worth noting that, should
Dissemination system 10K can be a carton or plastic casing, and wherein shoe cover packet 20K can be reset in dissemination system 10K.Cause
This, user can manually haul out shoe cover 30K from dissemination system 10K one by one.
Figure 18 illustrates the one of the guidance unit 40L of the automatic shoes cover diostribution device according to aforementioned present invention preferred embodiment
Kind remodeling.As described above, the shoe cover 30 sequentially it is overlapped together, wherein each shoe cover 30 include a shoe cover main body
31, interlock unit 33 after a preceding interlock unit 32 and one, wherein the shoe cover main body 31 has a shoe cover opening 311, should
Preceding interlock unit 32 is configured in a front side of the shoe cover main body 31 and the rear interlock unit 33 is configured in the shoe cover main body
31 rear side.
Correspondingly, guidance unit 40L includes two lengthening lead arm 41L spaced apart from each other, wherein lead arm 41L phase
Mutually extend parallel to.Correspondingly, which slidably mates in the appropriate location of lead arm 41L,
So that the preceding interlock unit 32 for being arranged on the subsequent shoe cover 30B is positioned in the rear interlock unit 33 along lead arm 41L
Front, wherein the rear interlock unit 33 is arranged on the stand-by shoe cover 30A, so that distributing as the stand-by shoe cover 30A
When being stowed on direction, which is hauled out by the stand-by shoe cover 30A from the packet chamber 11, thus one by one and
Distribute shoe cover 30B in an orderly manner.
In one embodiment, lead arm 41L extends through the first, second chain hole of the shoe cover 30A, 30B, 30C
321,331.Especially, lead arm 41L, which is arranged on front side of the stand-by shoe cover 30A, slidably extends through first company
Lockhole 321, so that being positioned in forefront position on front side of the stand-by shoe cover 30A to be hauled out first.Lead arm 41L
It is arranged on rear side of the stand-by shoe cover 30A and slidably extends through the second chain hole 331, so that the stand-by shoe cover
30A's is slideably supported in lead arm 41L.Similarly, lead arm 41L is set slidably extend through this after
The first, second chain hole 321,331 of continuous shoe cover 30B and third shoe cover 30C so that the subsequent shoe cover 30B and this
Third shoe cover 30C is slideably supported in lead arm 41L.In other words, which is being loaded onto the dissemination system
Before 10K, it is packaged and is kept by lead arm 41L.
It retrofits herein, each lead arm 41L has a lengthening Straight for use as a detachable guiding tube, wherein should
Guiding tube has the internal diameter of the outer diameter of an each index arm 15 for being greater than dissemination system 10.In other words, the guiding tube is interior
Diameter size is greater than the outer diameter of each index arm 15 of the dissemination system 10.Further, the distance between lead arm 41L
The distance between the index arm 15 matches, so that the index arm 15 is slidably insert into the lead arm respectively
41L is to load the shoe cover 30 in the packet chamber 11, as shown in Figure 19 of attached drawing.
It is worth noting that, each index arm 15 has the sliding part 151, the expanding unit 152 and extends in the sliding part
Bent outward pars convoluta 153 between 151 and the expanding unit 152, to guide shoe cover 30 from the sliding part 151 and the expanding unit 152
Sliding.The distance between the distance between lead arm 41L and the sliding part 151 of the index arm 15 match, so that
The sliding part 151 of the index arm 15 is slidably insert into the guidance on loading direction from the rear end of the index arm 15 respectively
Arm 41L.It is worth noting that, the sliding part 151 of the index arm 15 can be lengthened out with the length phase with lead arm 41L
Match.Preferably, the length of lead arm 41L is more slightly larger than the length of the sliding part 151 of the index arm 15.
Once the sliding part 151 of the index arm 15 is slidably insert into lead arm 41L, which is loaded
In the appropriate location of the dissemination system 10, the shoe cover 30 is kept by the sliding part 151 of the index arm 15 herein.Then, pass through
Mobile lead arm 41L disassembles lead arm 41L from the sliding part 151 of the index arm 15 on solution loading direction,
Wherein solution loading direction is contrary with the loading, as shown in Figure 19 of attached drawing.Therefore, lead arm 41L skids off the distribution
The rear end of arm 15 is to unload the shoe cover 30 from lead arm 41L, and the shoe cover 30 is maintained at the sliding of the index arm 15
Portion 151.It is worth noting that, when at least part of lead arm 41L is coaxially mutually coupled with the index arm 15, for example,
When the rear end of the index arm 15 is slidably insert into an end of lead arm 41L, the shoe cover 30 is by lead arm 41L
It is guided with the index arm 15.Therefore, which is removed and is loaded onto the index arm 15 from lead arm 41L.Preferably,
By the way that index arm 15 is sufficiently inserted into lead arm 41L, entire lead arm 41L is coaxially mutually coupled with the index arm 15,
So that lead arm 41L can easily be hauled out from the index arm 15 and the shoe cover 30 is ensured that and is maintained at the index arm 15
Be loaded in the dissemination system 10.
Once the shoe cover 30 is loaded in the dissemination system 10, the stand-by shoe cover 30A is in the expanding unit of the index arm 15
152 slidings, so that the shoe cover opening 311 of the stand-by shoe cover 30A is deployed to open the stand-by shoe cover 30A.It is worth noting
, lead arm 41L operationally disassembled from the sliding part 151 of the index arm 15, wherein the stand-by shoe cover
30A remains to be maintained at the cunning of the index arm 15 in the sliding of the expanding unit 152 of the index arm 15 or even lead arm 41L
Dynamic portion 151.However, being preferably loaded and protecting in the shoe cover 30 to improve the smoothness that the shoe cover 30 is slided along the index arm 15
It holds after the index arm 15, removes lead arm 41L from the index arm 15.
It is understood that lead arm 41L can be combined with the first, second interlock unit 32,33 and its equivalent implementation
It uses.In other words, lead arm 41L is slidably disposed through the first, second chain hole 321,331 or first, second company
Lockhole 321D, 331D, as shown in Fig. 8 and Fig. 9 of attached drawing.In addition, lead arm 41L can be equal in fact with the dissemination system 10 and its
It applies and is used in combination, as shown in Figure 11 of attached drawing, as long as its index arm 15 can be slidably insert into lead arm 41L.It can
Selection of land can also be by by index arm when lead arm 41L can be equal to implementation with the dissemination system 10 and its to be used in combination
15 are slidably coupled to the mode of lead arm 41L, and shoe cover 30 is made to be loaded in the index arm 15.
Therefore, the loading operation which is loaded onto the dissemination system 10 can be by simply sliding the guidance respectively
Arm 41L is to the index arm 15 the index arm 15 is coaxially accommodated in lead arm 41L respectively.User can keep the shoe cover
30 and apply a dilatory force in each lead arm 41L slideably to drag lead arm 41L from the index arm 15 away, and is somebody's turn to do
Shoe cover 30 is left on the index arm 15.Then, the loading operation which is loaded to the index arm 15 is completed.
According to another aspect of the present invention, the present invention further provides a kind of sides that shoe cover packaging is loaded in dissemination system
Method comprising following steps:
(a) keep one group of shoe cover in two lead arm to form the shoe cover packet by following step:
(a1) it overlaps the to each other and stacks gradually the shoe cover, so that the shoe cover for being located at outermost locations is arranged to be dragged
An opening state is pulled to as stand-by shoe cover and to form the subsequent shoe cover of the immediately stand-by shoe cover；
(a2) a preceding interlock unit is set one of each shoe cover front side, and after setting one interlock unit every
One rear side of a shoe cover；With
(a3) it couples the preceding interlock unit and rear interlock unit is in place in the lead arm, so that in the subsequent shoe cover
The preceding interlock unit be positioned in the front of the rear interlock unit of the stand-by shoe cover so that work as the stand-by shoe cover quilt
It draws for when distributing, which to be drawn by the stand-by shoe cover, in turn and one by one distribute the shoes
Set；With
(b) lead arm is removably coupled in two index arms of the dissemination system, which is loaded in this point
Hair system.
Further, in step (b), the index arm is slidably insert into the lead arm respectively with by the shoes
Set is loaded in the index arm.
Preferred embodiment according to the present invention, the step (a.2) further include steps of
(a.2.1) the front side of each shoe cover formed the preceding interlock unit at least one is first chain
Hole；With
(a.2.2) the rear side of each shoe cover formed it is described after interlock unit at least one is second chain
Hole.
Preferred embodiment according to the present invention, the step (a.3) further include steps of
So that the lead arm is slidably disposed through the described second chain hole of the stand-by shoe cover, then makes the lead arm
It is slidably disposed through the described first chain hole of the subsequent shoe cover, to keep the shoe cover in an overlap condition.
Preferred embodiment according to the present invention, the method that shoe cover packaging is loaded in dissemination system by the present invention further comprises step
(c):
After the shoe cover is loaded onto the index arm, the lead arm is removed from the shoe cover
Further, in step (c), after the shoe cover is loaded onto the index arm, the lead arm can be slided
It drags the index arm away from dynamicly, the lead arm is removed from the shoe cover.
It is to this hair that those skilled in the art, which would appreciate that the embodiment of the present invention shown in the drawings and described above only,
Bright example rather than limit.
It can thus be seen that the object of the invention can be efficiently accomplished sufficiently.It is used to explain the present invention function and structure principle
The embodiment is absolutely proved and is described, and the present invention is not limited by based on the change on these embodiment basis.
Therefore, the present invention includes all modifications covered within appended claims claimed range and spirit.
Claims (18)
1. a kind of shoe cover diostribution device characterized by comprising
One shoe cover dissemination system, wherein there is the shoe cover dissemination system packet chamber and a shoes to place opening, wherein described
Dissemination system further comprises two index arms, wherein the index arm, which extends to the shoes from the packet chamber, places opening；With
One shoe cover packet comprising:
One guide unit, wherein the guide unit includes two lead arm, wherein the lead arm is suitable for detachable respectively
Ground is coupled in the index arm；
One group of shoe cover, wherein the shoe cover is by successively overlapped, so that the shoe cover for being located at outermost locations is arranged to
It is stowed to an opening state as a stand-by shoe cover and is formed the subsequent shoe cover of the and then stand-by shoe cover, wherein
Each lead arm has a lengthening Straight, and the lead arm has an internal diameter, each institute of the dissemination system
Index arm is stated with an outer diameter, the internal diameter of the lead arm is greater than the outer diameter of the index arm, so that institute
It states index arm and is slidably inserted into the lead arm respectively, the shoe cover is loaded in the index arm；With
One interlock, wherein the interlock include one be arranged on one of each shoe cover front side before connect
Lock unit and one are arranged on the rear interlock unit of a rear side of each shoe cover, wherein the preceding interlock unit and
Interlock unit is slidably and removably coupled in the appropriate location of the guide unit afterwards, so that in the subsequent shoe cover
The preceding interlock unit is positioned in the front of the rear interlock unit of the stand-by shoe cover, wherein when the lead arm point
When not being coupled in the index arm removably, the shoe cover is loaded in the packet chamber, so that working as the stand-by shoes
Set is arranged to place to be open in the shoes to be stowed to keep the stand-by shoe cover in the opening state, the subsequent shoes
Set is drawn by the stand-by shoe cover, to successively and one by one distribute the shoe cover.
2. shoe cover diostribution device according to claim 1, which is characterized in that be loaded in the index arm in the shoe cover
With by after index arm support, the lead arm is slideably disassembled from the index arm and the shoe cover, with
Keep the shoe cover in the index arm.
3. shoe cover diostribution device according to claim 1, which is characterized in that the distance between described lead arm with described point
The distance between hair arm matches, so that the index arm be enable to be slidably inserted into the lead arm respectively.
4. shoe cover diostribution device according to claim 1, which is characterized in that the index arm includes sliding part, one
A expanding unit and a bent outward pars convoluta extended between the sliding part and the expanding unit, to guide the shoe cover from institute
Sliding part and expanding unit sliding are stated, wherein the sliding part of the index arm is respectively slidably inserted into described draw
Guide arm.
5. shoe cover diostribution device according to claim 2, which is characterized in that the index arm includes a sliding part,
Described in the distance between the distance between the lead arm sliding part of the index arm match, to make the distribution
The sliding part of arm can be slidably inserted into the lead arm respectively.
6. shoe cover diostribution device according to claim 4, which is characterized in that the distance between described lead arm with described point
The distance between the sliding part of hair arm matches, to enable the sliding part of the index arm respectively by slidably
Ground is inserted into the lead arm.
7. shoe cover diostribution device according to claim 5, which is characterized in that the length of each lead arm is greater than each
The length of the sliding part of the index arm.
8. shoe cover diostribution device according to claim 1, which is characterized in that the preceding interlock unit have at least one the
One chain hole, the rear interlock unit has at least one second chain hole, wherein the first chain hole is formed in each institute
The front side of shoe cover is stated, the second chain hole is formed in the rear side of each shoe cover, wherein described first is chain
Hole and the second chain hole are arranged to slideably be meshed with the lead arm, to keep the shoe cover in a weight
Overlapping state.
9. shoe cover diostribution device according to claim 8, which is characterized in that the interlock further comprises two
One connecting band, wherein first connecting band extends from the front side of each shoe cover, wherein each described first is chain
Hole is formed in each first connecting band.
10. shoe cover diostribution device according to claim 8, which is characterized in that the interlock further comprises two
First connecting band and two the second connecting bands, wherein second connecting band extends from the rear side of each shoe cover,
In each second chain hole be formed in each second connecting band.
11. shoe cover diostribution device according to claim 1, which is characterized in that between the every two shoe cover of the shoe cover packet
The shoe cover can be made to be overlapped and be kept without any connection mechanism.
12. a kind of pack shoe cover the method for being loaded in dissemination system, which comprises the following steps:
(a) keep one group of shoe cover in two lead arm to form the shoe cover packet by following step:
(a1) it overlaps the to each other and stacks gradually the shoe cover, so that the shoe cover for being located at outermost locations is arranged to be dragged
An opening state is pulled to as stand-by shoe cover and to form the subsequent shoe cover of the immediately stand-by shoe cover；
(a2) a preceding interlock unit is set one of each shoe cover front side, and after setting one interlock unit each
One rear side of the shoe cover；With
(a3) it couples the preceding interlock unit and rear interlock unit is in place in the lead arm, so that in the subsequent shoes
The preceding interlock unit of set is positioned in the front of the rear interlock unit of the stand-by shoe cover, so that when described
Stand-by shoe cover is stowed for when distributing, the subsequent shoe cover to be drawn by the stand-by shoe cover, in turn connect with one
Distribute the shoe cover in one ground；With
(b) lead arm is removably coupled in two index arms of the dissemination system, and the shoe cover is loaded in institute
Dissemination system is stated, wherein each lead arm has a lengthenings Straight, the lead arm is with an internal diameter, described point
Each of the hair system index arm has an outer diameter, and the internal diameter of the lead arm is greater than the described outer of the index arm
Diameter, wherein the index arm is slidably insert into the lead arm respectively the shoe cover is loaded in the index arm.
13. according to the method for claim 12, which is characterized in that further comprise step (c):
After the shoe cover is loaded onto the index arm, the lead arm is removed from the shoe cover.
14. according to the method for claim 13, which is characterized in that in step (c), be loaded onto described point in the shoe cover
After sending out arm, the lead arm is slideably dragged away from the index arm, and the lead arm is removed from the shoe cover.
15. according to the method for claim 12, which is characterized in that step (a.2) further includes steps of
(a.2.1) at least one first chain hole of the preceding interlock unit is formed in the front side of each shoe cover；With
(a.2.2) at least one second chain hole of the rear interlock unit is formed in the rear side of each shoe cover.
16. according to the method for claim 15, which is characterized in that step (a.3) further includes steps of
So that lead arm is slidably disposed through the described second chain hole of the stand-by shoe cover, then makes the lead arm slideably
Across the described first chain hole of the subsequent shoe cover, to keep the shoe cover in an overlap condition.
17. according to the method for claim 12, which is characterized in that the index arm includes a sliding part, an expansion
Portion and a bent outward pars convoluta extended between the sliding part and the expanding unit, to guide the shoe cover from the sliding
Portion and expanding unit sliding, wherein the sliding part of the index arm is slidably inserted into the lead arm respectively.
18. according to the method for claim 13, which is characterized in that the index arm includes a sliding part, an expansion
Portion and a bent outward pars convoluta extended between the sliding part and the expanding unit, to guide the shoe cover from the sliding
Portion and expanding unit sliding, wherein the sliding part of the index arm is slidably inserted into the lead arm respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611068377.6A CN106429046B (en) | 2016-11-25 | 2016-11-25 | Shoe cover diostribution device and shoe cover is loaded in dissemination system method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611068377.6A CN106429046B (en) | 2016-11-25 | 2016-11-25 | Shoe cover diostribution device and shoe cover is loaded in dissemination system method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106429046A CN106429046A (en) | 2017-02-22 |
| CN106429046B true CN106429046B (en) | 2019-04-30 |
Family
ID=58219212
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201611068377.6A Active CN106429046B (en) | 2016-11-25 | 2016-11-25 | Shoe cover diostribution device and shoe cover is loaded in dissemination system method |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106429046B (en) |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20070163912A1 (en) * | 2006-01-18 | 2007-07-19 | Chen Stephen L | Shifting rail in a package of disposable shoe covers |
| US8490842B2 (en) * | 2007-03-28 | 2013-07-23 | OTO Industry (Shanghai) Co., Lte. | Automatic shoe cover dispenser |
| KR101060333B1 (en) * | 2011-04-18 | 2011-08-29 | 김도영 | Automatic shoe covering apparatus |
| CN102188146A (en) * | 2011-05-25 | 2011-09-21 | 徐良杰 | Automatic shoe cover machine |
| US9771207B2 (en) * | 2014-10-16 | 2017-09-26 | OTO Industry (Wuhan) Co., Ltd. | Automatic shoe cover dispenser with shoe cover cartridge |
-
2016
- 2016-11-25 CN CN201611068377.6A patent/CN106429046B/en active Active
Also Published As
| Publication number | Publication date |
|---|---|
| CN106429046A (en) | 2017-02-22 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105520489B (en) | Automatic shoes cover dispensing device with shoe cover bag | |
| US5555607A (en) | Retaining device | |
| CN104044962B (en) | Cable retractor | |
| CA2273244C (en) | Method of storing bundled items | |
| CN101185583B (en) | Suture operation | |
| CN105633746B (en) | Winder | |
| US7905266B2 (en) | Wire-gathering device, apparatus and method of winding tape utilizing same | |
| US20180084729A1 (en) | Harvested bale wrapping material sheets | |
| TW456085B (en) | Device for inserting wires and/or pipes in a tubular, flexible sheath provided with openable overlapping edges | |
| MX2013002836A (en) | Knot tying device and cartridge system for providing tying filament thereto. | |
| US9764889B2 (en) | Automatic shoe cover dispenser with shoe cover cartridge | |
| CN106429046B (en) | Shoe cover diostribution device and shoe cover is loaded in dissemination system method | |
| CN113893074A (en) | Sheath distal end structure for conveying interventional instrument and sheath | |
| JP2007522042A (en) | Banding machine | |
| JP2007522042A6 (en) | Banding machine | |
| US1994099A (en) | Hair curler | |
| US9834368B2 (en) | Automatic shoe cover dispenser with shoe cover cartridge | |
| NL8005571A (en) | WRAPPING MACHINE. | |
| RU2016101062A (en) | DEVICE AND METHOD FOR CONNECTING EXTENSION OF STRIP ELEMENTS | |
| US7303162B2 (en) | Cord holder apparatus | |
| US4133102A (en) | Automatic connector presser | |
| US10270232B2 (en) | Apparatus for installing cables in split sleeve | |
| US2895713A (en) | Cable lasher | |
| AU678177B2 (en) | Retaining device | |
| WO2018225911A1 (en) | Automatic tying machine for crops, bundles, or bundled products |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant |