CN108697209A - Modified slide fastener block system - Google Patents
Modified slide fastener block system Download PDFInfo
- Publication number
- CN108697209A CN108697209A CN201680079524.1A CN201680079524A CN108697209A CN 108697209 A CN108697209 A CN 108697209A CN 201680079524 A CN201680079524 A CN 201680079524A CN 108697209 A CN108697209 A CN 108697209A
- Authority
- CN
- China
- Prior art keywords
- slide fastener
- fastener block
- band
- further characterized
- block system
- 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.)
- Pending
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Classifications
-
- A—HUMAN NECESSITIES
- A44—HABERDASHERY; JEWELLERY
- A44B—BUTTONS, PINS, BUCKLES, SLIDE FASTENERS, OR THE LIKE
- A44B19/00—Slide fasteners
- A44B19/10—Slide fasteners with a one-piece interlocking member on each stringer tape
- A44B19/16—Interlocking member having uniform section throughout the length of the stringer
-
- A—HUMAN NECESSITIES
- A44—HABERDASHERY; JEWELLERY
- A44B—BUTTONS, PINS, BUCKLES, SLIDE FASTENERS, OR THE LIKE
- A44B19/00—Slide fasteners
- A44B19/24—Details
- A44B19/26—Sliders
-
- A—HUMAN NECESSITIES
- A44—HABERDASHERY; JEWELLERY
- A44D—INDEXING SCHEME RELATING TO BUTTONS, PINS, BUCKLES OR SLIDE FASTENERS, AND TO JEWELLERY, BRACELETS OR OTHER PERSONAL ADORNMENTS
- A44D2203/00—Fastening by use of magnets
Abstract
A kind of slide fastener block system (10), it includes at least one zipper profiles/band (14), at least one zipper profiles/band (14) is formed along band, and include a series of core (18) being made of (19) U-shaped main bodys (16), and can be by being attached to the series U-shaped main body (16) or being formed with the sideband part (17) of the U-shaped main body and core covering (24) is constituted.Slide fastener block (13) is used to open and the band of enclosing zipper band 14 (14a) and (14b).The slide fastener block has first passage (38) and second channel (40), they are configured such that the center line x-x and y-y across the first and second channels is extended with angle b so that the first and second interconnecting parts of band can be forced to be engaged with each other and be forced to be disengaged from each other.
Description
Technical field
Present invention relates in general to a kind of slide fastener block systems, and relate more specifically to one kind can open and close it is soft
The sliding block of property closing strip.
The cross reference of related application
The non-provisional requires the equity of the following terms:In the temporary patent application submitted on October 1st, 2015
Number 62/236,131 equity;In the Provisional Patent Application No. 62/239,275 that on October 9th, 2015 submits;In October, 2015
The Provisional Patent Application No. 62/239,276 submitted for 9th;In the Provisional Patent Application No. 62/281 that on January 20th, 2016 submits,
163;In the Provisional Patent Application No. 62/306,624 that on March 10th, 2016 submits;That is submitted on April 3rd, 2016 is interim special
Sharp application number 62/317,603, during the full contents of all these applications is incorporated herein.
Background technology
The material piece of fabric type is bonded together using various locking devices and separates them.Including tool
There is the elastic fastener of slide fastener block to be well known in the present art.Fixing device generally includes two flexible elongates with tooth
Component, these teeth are forced to interlock and be separated by moving slider of zipper fastener along the component.In general, such fastener packet
A pair of of flexible closure band is included, each flexible closure band squeezes out from the polymer resin material of continuous length and with mutual
Lock rib and groove structure.This structure that this takes each in flexible closure band can be mutually the same, to
It is locked together with interference engagement.Alternatively, this can have convex interlocking component to one in flexible closure band, and be somebody's turn to do
There can be spill interlocking component to another in flexible closure band, which can be snapped into interference engagement
In the spill interlocking component.
The engagement of any of the two flexible closure bands is arrived multiple sliding blocks, the track edge of the sliding block by elastic fastener
Various interlocking structures, which can open and close when slide fastener is pulled along a direction, and when drawing
It is separated when chain pulls in the opposite direction.In addition, traditional magnetic pin case is drawn to contain the zipper strip of tooth because without tooth
The intensity of chain belt is just insufficient.
Invention content
According to an embodiment of the invention, a kind of slide fastener block system is disclosed, it is characterised in that zipper strip, the slide fastener belt
There is the profile of at least the first band including the length extension along the zipper strip.At least first band by from including rigidity,
At least one material selected in semi-rigid, flexible and semi-flexible material group is constituted.
According to another embodiment of the invention, a kind of slide fastener block is disclosed, the first and of zipper strip is installed to
Two bands are used to open and close the first and second bands of the zipper strip.The slide fastener block, which has, to be suitable for accommodating first wherein
With the first and second channels of second strip.First and second channel is arranged relative to each other so that when slide fastener block along
When the first and second bands is crossed in one direction, the first and second interconnecting parts of the first and second bands are forced to connect each other respectively
It closes, and when slide fastener block crosses the first and second bands along second opposite direction, the first He of the first and second bands
Second interconnecting parts are forced to be disengaged from each other respectively.
According to still another embodiment of the invention, a kind of sliding block is disclosed, has and will be engaged into together with linkage
The first and second separated parts.In addition, the first and second parts of slide fastener block are movably interconnected by linkage,
So that slide fastener block overcomes the restoring force of linkage and opens the first and second bands with enclosing zipper band respectively.
According to a further embodiment of the invention, a kind of slide fastener block is disclosed, it is characterised in that be formed with first
The first part in channel and the second part for being formed with second channel.First part has the first magnet being mounted thereon
Part, and second part has the second magnetic part being mounted thereon, and thus the first and second magnetic parts have each other
Opposite polarity so that the first and second magnetic parts temporarily and can be interconnected removedly.
Description of the drawings
Consider the description obtained below in conjunction with the accompanying drawings, structure of the invention, operation and advantage will be apparent.These
Figure is intended to be illustrative and be not restrictive.In order to clearly demonstrate, certain elements in some figures can be omitted, or not
Illustrate in proportion.In order to clearly demonstrate, the form of " slice " or " myopia " viewgraph of cross-section may be used in viewgraph of cross-section, saves
Slightly certain background lines, these background lines are visible in " true " viewgraph of cross-section originally.
It is described below in appended figure, can indicate element using component symbol and legend (label, text describe).
Provided that legend, then they are merely possible to the auxiliary to reader, and should not be construed as in any way limiting.
Fig. 1 is the modified slide fastener on the slide fastener of the zipper strip according to the present invention being installed along in separated material piece
The three-dimensional looking forward figure of sliding block.
Fig. 2 is the bottom 3-D view of the core of the band of zipper strip according to the present invention.
Fig. 3 is the core in the core covering of a part for the band according to the present invention for being embedded in and forming zipper strip
Viewgraph of cross-section.
Fig. 4 is the three-dimensional cross-section view of the length of a part for the band of zipper strip according to the present invention.
Fig. 5 is that two parts of the band of zipper strip according to the present invention are engaged and removedly each other at them
Cross sectional end view after attachment.
Fig. 6 is the three of the first embodiment of the sliding block of the two parts attachment of the band according to the present invention by zipper strip
Tie up front view.
Fig. 7 is the three dimensional back view of the first embodiment of sliding block according to the present invention.
Fig. 8 is that the two parts of the band according to the present invention by zipper strip are aligned wherein with by the band of zipper strip
The three-dimensional looking forward figure of the first embodiment of sliding block that engages or disengages of the two parts.
Fig. 9 is the three-dimensional looking forward figure of the second embodiment of sliding block according to the present invention.
Figure 10 is the three dimensional back view of the second embodiment of sliding block according to the present invention.
Figure 11 is the three of sliding block according to the present invention and the second embodiment for two bands for being contained in zipper strip therein
Tie up front view.
Figure 12 is that the two parts of the band according to the present invention by zipper strip are aligned wherein with by the item of zipper strip
The three-dimensional looking forward viewgraph of cross-section of the second embodiment for the sliding block that the two parts of band engage or disengage.
Figure 13 is the three-dimensional looking forward figure of the 3rd embodiment of slide fastener block system according to the present invention.
Figure 14 is that the two parts of the band according to the present invention by zipper strip are aligned wherein with by the item of zipper strip
The three-dimensional looking forward figure of the 3rd embodiment for the slide fastener block system that the two parts of band engage or disengage.
Figure 15 is that the band of wherein zipper strip according to the present invention can be with the side view of interlocking alternative means.
Figure 16 is that the modified that the item of the zipper strip according to the present invention being installed along in separated material piece takes is drawn
The three-dimensional looking forward figure of the 3rd embodiment of chain sliding block.
Figure 17 is that the band for the zipper strip that the sideband according to the present invention by core and embedded covering is formed is interlocking
Viewgraph of cross-section.
Figure 18 is that the band of wherein zipper strip according to the present invention can be with the side view of interlocking alternative means.
Specific implementation mode
In the following description, state numerous details in order to provide thorough understanding of the present invention.Those skilled in the art will
, it will be appreciated that the variation of these details is possible, while still realizing the result of the present invention.Public affairs usually not will be described in detail
The processing step known is to avoid unnecessarily obscuring description of the invention.
In the following description, can be the illustrative embodiment presentation exemplary dimensions of the present invention.Size should not be construed
For limitation.Size, which is included in, is wherein to provide for ratio sense.In general, ratio is the relationship between various elements, they
The position at place, their comparison ingredient, and sometimes their relative size, this is all very important.
It is described below in appended figure, it will usually indicate member using component symbol and legend (label, text describe)
Part.Provided that legend, then they are merely possible to the auxiliary to reader, and should not be construed as in any way limiting.
Know always for a long time the slide fastener (Sl ide fastener) of commonly referred to as slide fastener (zipper) for opening and
It is useful to close two adjacent material pieces (such as fabric type material).Traditional slide fastener is usually by tracking base portion, a series of
Tooth and carriage are constituted, and the tracking base portion is by being substantially the same the material part (textile type on such as either side of size
Material) it is made, which interlocks in closing and is unlocked when opening, and is attached to the tracking base portion, sliding dress
The interlockable teeth for being used to open and closing and be attached to each track is set, which includes interlockable teeth.However, traditional slide fastener has inherently
Mechanical weakness, this is because following fact:Their zipper strip is by two on tracking base portion serial small tooth or coil
Constitute, these small teeth or coil by by when carriage is moved along the length of tracking base portion by two series of interlockable teeth
Small tooth or the coil power that is pulled towards each other and generates it is interlocked with one another.When the material part of two identical sizes (such as tracks base portion
On fabric type material) on two serial small teeth or coil when being pulled away from each other, such as fill up and be forced when slide fastener is in
When on closed suitcase, opposite power is generated.Therefore, traditional slide fastener when they are stressed with intrinsic weakness,
Because when they are stressed and are engaged with identical force component, it is interlocked and unlocked.Which results in a very weak connectors.
Modified slide fastener block system 10 is oriented using the novel of two bands 14a and 14b of zipper strip or interconnection mechanism
And attachment, two bands 14a and 14b of the zipper strip or interconnection mechanism are formed in combination the length of zipper strip 14.Zipper strip 14
Two bands 14a and 14b be mounted to (referring to Fig. 5) separated material part (such as be respectively fabric type material 15a and
15b).Following article is explained in greater detail, and the orientation of two bands 14a and 14b of zipper strip or interconnection mechanism 14 is by slide fastener block
Power in system 10 is re-directed to outside the plane of zipper strip 14, is thus caused to wear and is broken than typical prior art slide fastener
System is less.Even if band 14a and 14b can be arranged independently of one another.Modified slide fastener block 10 is designed to smoothly
It operates and reduces the common friction of traditional zipper.
Fig. 1 illustrates that a kind of modified slide fastener block system 10, the slide fastener block system 10 are mounted to separated material
Partly (such as fabric type material 15a and 15b), such as clothes or suitcase.In general, modified slide fastener block 10 is by only
The structure of two band 14a and 14b compositions of special zipper strip 14, the band can interconnect with by by slide fastener block 13 along
First direction shifts to the position (upper end of such as Fig. 1 that two bands 14a and 14b of zipper strip 14 are not connected with and are separated from each other
It is shown) zipper strip is sealed to closed state (as shown in Figure 5).The band 14a and 14b of zipper strip 14 are mutually the same.It improves
It is close to be formed that type slide fastener block system 10 is configured so that two bands 14a and 14b of zipper strip 14 can be opened and be closed
Seal slide fastener 14.Optionally, by the way that slide fastener block 13 to be moved away to two 14a and 14b of zipper strip 14 along second direction
Two bands 14a and 14b of zipper strip 14 can be disconnected from each other by not connected position (as shown in the upper end of Fig. 1).
Fig. 2 illustrates the detailed view of the interconnecting parts 11 of the core 18 of the band 14a of zipper strip 14.Although the description of item
Band 14a, it is noted that two bands 14a and 14b of zipper strip 14 are identical.
Core 18 is made of series or number of 19 generally U-shaped main bodys 16, these main bodys can interconnect.In the model of the present invention
Further include sideband part 17 as wire stent in enclosing or saves sideband part 17 to reinforce the band and the two bands 14a
With the profile of 14b.U-shaped main body 16 has two side walls 16a and 16b and connection bottom wall 16c.U-shaped main body 16 is usually by metal
It constitutes and can have any desired size.Usually determine can have in the series any by the length of zipper strip 14
The single U-shaped main body 16 of desired amt.In the range of the embodiment, U-shaped main body 16 is made of not divided silk thread.This
Outside, it should be noted that two bands 14a and 14b of zipper strip 14 need not be combined with U-shaped core or sideband.
U-shaped main body 16 has connected, but they may be adapted to easily remove or be broken each other.In the first side wall 16a and
One or more prominent connector 18a and 18b are respectively arranged in each in second sidewall 16b, with adjacent U-shaped master
The prominent connector 18a of one or more of body is connected with 18b.Connector 18a in each U-shaped main body 16 is attached to adjacent connection
Connector 18a on device, and be attached to from each U-shaped main body connector 18b outstanding from adjacent U-shaped main body connection outstanding
Device 18b.The connection of these small connector 18a and 18b ensures that the combination between them is not while U-shaped main body 16 connects
It is excessive rigidity.This is because the surface area of each connector 18a and 18b are relatively small.
Sideband part 17 is protruded outward from two bands 14a and 14b of zipper strip 14, and at two of the zipper strip 14
Band 14a and 14b will be opened or closed position is nearby attached to separated material part, shown in such as Fig. 1
Fabric type material 15a and 15b.In general, sideband part 17 and core covering 24 (are such as stitched sideband by mechanical attachment method
Close on clothes) or hot attachment method (such as welding method) or chemical attachment method (such as apply adhesive to sideband, so
Sideband is attached on clothes afterwards) it is attached to clothes 12.Sideband 17 includes the multiple parallel of adjacent but not connected groove 22
Row 20a, 20b, 20c and 20d (20a-20d).May exist the groove 22 of any desired quantity in sideband 17.
The upper end 16d of the first side wall 16a and second sidewall 16b is designed to be arranged in each groove 22, thus should
The main body 16 of the generally U-shaped of series interconnection is freely installed to the desired row 20d of groove.Although the row 20d of groove is illustrated
To be engaged with the generally U-shaped main body 16 that the series interconnects, but it is desirable to any of row 20a-20d can be fixed to the series
The generally U-shaped main body of interconnection.
Fig. 3 illustrates the detailed cross-section of interconnecting parts 11, which includes by the band of zipper strip 14
Core covering 24 cover core 18.Core covering 24 extends in 18 top of core and encases core 18 to form slide fastener
With 14 band 14a and 14b.Core covering 24 can be made of any suitable material, the material such as heat-resisting material
(such as high-temperature resistant membrane), polymer or elastomeric material, textile material and/or non-woven material.
Core covering 24 extends in above generally U-shaped main body 16 and 17 the two of sideband part of series interconnection.Line
Core covering part 26 encapsulates the inside and outside of the series U-shaped main body 16.The internal slot 26a of core covering part 26 forms interlocking
Part 28, the interlocking portions 28 are usually by towards side wall 16b two rib 27a and 27b outstanding and towards the two of each U-shaped main body 16
Side wall 16a opposite rib 27c and 27d outstanding in a side wall 16a and 16b are formed.Interlocking portions 28 are formed in two side walls 26a
In 26b and connection bottom wall 26c.Interlocking portions 28 are designed that two bands of zipper strip 14 to be engaged with each other, such as Fig. 5
Seen in.
As seen in Figure 4, the interlocking portions 28 of side wall 16a include solid from the first side wall 16a outwardly extending first respectively
The holding that the holding of body form is continuously longitudinally extended rib 27a and the second solid form is continuously longitudinally extended rib 27b, and from band
The holding of outwardly extending first solid forms of second sidewall 16b of 12a is continuously longitudinally extended rib 27c and the second solid form
Holding is continuously longitudinally extended rib 27d.Curved bottom inner wall 26c extends to 27d from rib 27b.It is continuous be longitudinally extended rib 27a, 27b,
27c and 27d slopes inwardly towards inner wall 26c.The holding that first longitudinal direction channel 34 is formed in two solid forms is continuously longitudinally extended
Between rib 27a and 27b, and second longitudinal direction channel 35 be formed in the second solid form holding be continuously longitudinally extended rib 27b with
Between bottom wall 16c.The holding that first longitudinal direction channel 36 is formed in two solid forms is continuously longitudinally extended between rib 27c and 27d,
And the holding that second longitudinal direction channel 37 is formed in the second solid form is continuously longitudinally extended between rib 27b and bottom wall 16c.
When interconnecting as two 14a and 14b of zipper strip 14 are as shown in Figure 5, rib 27a and 27b are located at slide fastener
In vertical passage 36 and 37 with 12b.The vertical passage 34 of zipper strip 12a accommodates the rib 27d of zipper strip 12b so that zipper strip
It is interconnected as 14 two bands 14a and 14b are as shown in Figure 5.Meanwhile rib 27c is arranged in vertical passage 35.
Core covering part 24 extends in 17 top of sideband.Core covering part 24 (such as will by mechanical attachment method
Sideband is sewn onto material part) or chemical attachment method (such as apply adhesive to core covering part, then will cover side
Separated fabric portions 15a and 15b is attached to be closed with 17 core covering part 24) or by hot attachment method
(such as to heat core covering to weld the heating of core covering/be attached to material) is attached to separated material part
(such as fabric type material 15a and 15b).
Fig. 4 illustrates the three-dimensional side view of the band 14a of zipper strip 14.The generally U-shaped main body 16 of interconnection of the series with
And sideband part 17 is encapsulated by core covering 24.
As illustrated by the viewgraph of cross-section in Fig. 5, band 14a and 14b are engaged with each other and are removably attached.Such as Fig. 5
Shown in, the band 14a and 14b of zipper strip 14 can be by by the guarantors of vertical passage 34,35,36 and 37 and four solid forms
It holds and continuous be longitudinally extended rib 27a-27d engagements and locked together with interference engagement.Rib 27a-27d, which is once engaged, will prevent slide fastener
It is detached from easily with the band 14b of zipper strip 14 with 14 band 14a.
After sliding block sealed strip 14a and 14b as described below, each side wall 16a of the U-shaped main body 16 of band 14a
It extends in the interlocking portions 28 of the U-shaped main body 16 of band 14b.First continuous be longitudinally extended rib 27a to be contained in second longitudinal direction logical
In road 37, and second continuous be longitudinally extended rib 27b and be contained in first longitudinal direction channel 36.Similarly, the U-shaped master of band 14b
Each side wall 16b of body 16 is extended in the interlocking portions 28 of the U-shaped main body 16 of band 14a.First is continuously longitudinally extended rib
27c is contained in second longitudinal direction channel 35, and second continuous be longitudinally extended rib 27d and be contained in first longitudinal direction channel 34.
Slide fastener block 13 be by make unique zipper strip 14 this two bands 14a and 14b are engaged with each other and are separated
To control the element being used to open with the action of enclosing zipper slip bocks system 10.In general, slide fastener block 13 includes first logical
Road 38 and second channel 40, each channel are respectively used to accommodate the band 14a and 14b of zipper strip 14.When slide fastener block 13 along
First direction traverses into the proximal end 23a of the band of zipper strip from the distal end 21a and 21b of the band 14a and 14b of zipper strip 14 respectively
When with 23b, the interlocking portions 28 and the connection bottom wall 26c of each band that are formed in the two side walls 26a and 26b are forced each other
Engagement (as seen in Figure 5) is fixed together with this band by two.In order to make band 14a and 14b be disengaged from each other, slide fastener block
13 move along second opposite direction, so that by band, proximally 23a and 23b traverses into distal end 21a and 21b, thus each item
Band is all forced to be disengaged from each other.If desired, as shown in fig. 1, can be distally fixed together by bottom stop part 29.
Fig. 6 is illustrated the first of the slide fastener block 13 of two strip portion 14a and 14b attachments of zipper strip 14 and 14b
The three-dimensional looking forward figure of embodiment.The first embodiment of slide fastener block 13 is by the attached first passage 38 as a bonding element
It is limited with second channel 40.Sliding block 13 is configured to have the first outer surface 41 and the second outer surface 42.First outer surface 41 is attached
It is connected to side wall 44 and 46, and the second outer surface 42 is attached to side wall 48 and 50.First outer surface 41 and the second outer surface 42 are divided
It is not further attached to antetheca 52 and 54.For keeping the channel 38 of the band 12a of zipper strip 14a to be formed in the first outer surface
41, between side wall 44 and 46 and antetheca 52.For keeping the channel 40 of the band 14b of zipper strip 14 to be formed in the second outer surface
42, between side wall 48 and 50 and antetheca 54.
As seen in Figure 7, each channel 38 and 40 is respectively provided with first end 38a and 40a and second end 38b and 40b, figure
7 show the three dimensional back view of the first embodiment of slide fastener block.In addition, two channels 38 and 40 are bonded on one with rear wall 56
It rises.Rear wall 56 is arranged between the side wall 44 of first passage 38 and the side wall 50 of second channel 40.
Channel 38 and 43 be configured such that across channel center line x-x and y-y relative to each other with 0 degree to 90 degree it
Between and the angle b preferably about between 0 degree to 30 degree extend.In general, angle b is smaller, sliding block is easier cross band 14a and
14b.This relationship causes the first end 38a and 40a in channel 38 and 40 closer, and then second end 38b and 40b are leaned on each other
Closely so that when slide fastener block 13 traverses into proximal end 23a and 23b (institute in such as Fig. 8 from the distal end 21a and 21b of band 14a and 14b
Show) when, the interlocking portions 28 being formed in the two side walls 26a and 26b of each band are forced to connect each other with bottom wall 26c is connect
It closes, as seen in Figure 5, two bands is fixed together.In order to make band 14a and 14b be disengaged from each other, 13 edge of slide fastener block
Opposite direction movement, so that proximally 23a and 23b traverses into distal end 21a and 21b by band, thus band is forced to take off each other
From.
As seen in Figure 7, each in the first outer surface 41 and the second outer surface 42 is designed to be combined with pulling-on piece guarantor
Holder 58, to assist band 14a and 14b along zipper strip 14 to pull sliding block 13.In this first embodiment, pulling-on piece retainer
58 are illustrated as arch to extend along glide direction, and one end of band 14a and 14b are fixed.However, pulling-on piece retainer 58
Shape be not limited to above-mentioned shape.The pulling-on piece retainer attachment of any shape well known by persons skilled in the art may be used
Point.
In the present first embodiment, the first slit 60a and the second slit 60b are arranged in the first outer surface 41, and
Third slit 62a and the 4th slit 62b are arranged in the second outer surface 42.Pulling-on piece retainer 58 is combined with the first slit accessory
64a and the second slit accessory 64b, they be adapted to slide into and skid off the first slit 60a for being arranged in the first outer surface 41 and
The second slit 60b and third slit 62a and the 4th slit 62b being arranged in the second outer surface 42.Slit accessory 64a,
64b allows pulling-on piece retainer 58 to be temporarily fixed in slide fastener block 13 so that if necessary can freely easy removal pulling-on piece
Retainer.In addition, pulling-on piece retainer can be manufactured such that in interference engagement to two slits 60a and 60b of sliding block 13 so that it is such as
This is closely pushed into slit accessory, to remove easily.
In use, as seen in Figure 8, the band 14a of zipper strip 14 is inserted into first passage 38, and by zipper strip
14 band 14b is inserted into the second channel 40 of slide fastener block 13.The distal end 21a and 21b of the band 14a and 14b of zipper strip 14
It is bonded together first respectively, because user pulls the pulling-on piece retainer 58 of slide fastener block 13, thus makes rib 27a and 27b and lead to
Road 36 and 37 engages, and rib 27c and 27d is also made to be engaged with channel 34 and 35, as discussed above.As shown in Figure 5, slide fastener
Band 14a and 14b with 14a and 14b can be by continuously indulging vertical passage 34,35,36 and 37 and the holding of solid form
It is locked together to extending rib 27a-27d engagements with interference engagement.Rib 27a-27b and the engagement being bonded in channel 36 and 37
Rib 27c and 27d in channel 34 and 35 is engaging energy once the band 12a of zipper strip 14a with the band 12b of zipper strip 14
The band 12a of zipper strip 14a is prevented to be detached from easily with the band 12b of zipper strip 14.
Fig. 9 illustrates the three-dimensional looking forward figure of the second embodiment of slide fastener block 100.Slide fastener block 100 and slide fastener block 13
First embodiment function having the same, wherein slide fastener block 100 is engaged with the band 14a and 14b of zipper strip 14, and is drawn
Chain sliding block 100 and slide fastener block 13 are all engaged and are detached from band.However, slide fastener block 100 is unique in that it is not
By being constituted as the single piece of slide fastener block 13, but two sseparated by linking together with spring hinge mechanism 106
A part 102 and second part 104 are constituted.
Spring hinge mechanism 106 is opened respectively and the band 14a and 14b of enclosing zipper band 14, and in band by each other
The item that sliding block 100 is attached to zipper strip is allowed to take in the case of pulling open.In addition, spring hinge mechanism 106 provides sliding block
The durability of 100 additional intensity and bigger.Spring hinge allows the firm grip of the 14a and 14b around zipper strip 14
And adjustability, it means that it will not block or a kind of slide fastener of mode in several frequently seen mode is caused to be broken.
Channel 38 and 40 be configured such that across channel center line x-x and y-y relative to each other with 0 degree to 90 degree it
Between and the angle b preferably about between 0 degree to 30 degree extend.In general, angle b is smaller, sliding block is easier cross band 14a and
14b.This relationship causes the first end 38a and 40a in channel 38 and 40 closer, and then second end 38b and 40b are leaned on each other
Closely so that when slide fastener block 13 traverses into proximal end 23a and 23b (institute in such as Fig. 8 from the distal end 21a and 21b of band 14a and 14b
Show) when, the interlocking portions 28 being formed in the two side walls 26a and 26b of each band are forced to connect each other with bottom wall 26c is connect
It closes, as seen in Figure 5, two bands is fixed together.In order to make band 14a and 14b be disengaged from each other, 13 edge of slide fastener block
Opposite direction movement, so that proximally 23a and 23b traverses into distal end 21a and 21b by band, thus band is forced to take off each other
From.
In general and as shown in figs. 9 and 10, slide fastener block 100 includes first passage 108 and second channel 110,
Each channel is used to accommodate the band 14a and 14b of zipper strip 14.As seen in Figure 11, slide fastener block 100 is respectively from zipper strip 14
Band 14a and 14b distal end 21a and 21b traverse into zipper strip band proximal end 23a and 23b, thus the two bands that
This engagement.In order to make band 14a and 14b be disengaged from each other, proximally 21a and 21b traverses into the remote of band to slide fastener block 100 respectively
Hold 23a and 23b.
As seen in figures 9 and 10, the second embodiment of slide fastener block 100 is by 108 He of first passage as separate units
Second channel 110 limits.First passage 108 is formed in first part 102, and second channel 110 is formed in second part
In 104.First part 102 is configured to have the first upper surface 112, is attached to side wall 114,116 and antetheca 117.Second
Part 104 is configured to have the second upper surface 118, is attached to side wall 120,122 and antetheca 123.For keeping zipper strip
The channel 108 of the band 12a of 14a is formed between upper surface 112, side wall 114 and 116 and antetheca 117.For keeping slide fastener
Channel 110 with 14 band 14b is formed between lower surface 118, side wall 120 and 122 and antetheca 123.
In addition, as seen in figures 9 and 10, the second embodiment of slide fastener block 100 may include about shown in Figure 13 and 14
With the first and second magnets of the type discussed, they can be arranged on the first of first passage 108 and second channel 110
It holds in 108a and second end 110a.First and second magnets can be connected to each other and slide fastener block 100 is located in first
Around band 14a and second strip 14b.
As seen in Figure 11, each channel 108 and 110 be respectively provided with first end 108a and 110a and second end 108b and
110b.Use linkage 106 (such as in two channels 108 and 110 being respectively formed in first part 102 and second part 104
Spring hinge mechanism 106) it is bonded together.The nuts and bolt component 129 of spring connecting mechanism 106 is arranged on side wall 116
It is interconnected between side wall 122 and by them.Although the description of nuts and bolt component 129, but replace in a preferred embodiment
Any bar that can be around equipped with helical spring 127 or axis are changed so that hinge to be held in place.Spring hinge mechanism 106 includes
Helical spring 127 is arranged around nuts and bolt component 129 and (does not show with first end 127a and second end 127b
Go out).Though it is shown that helical spring hinge, but any kind of hinge of replacement (including silk thread form, spring or flexible strip
Band) all in the range of embodiment.
Referring again to Figure 11, illustrate positioned at least one of the top edge 122a magnet 131a of side wall 104 and excellent
Two magnets 131a and 131b are selected, and positioned at towards the magnet 131a and 131b being arranged in the edge 122a of side wall 104
At least one of edge 114a magnet 133a and preferably two magnet 133a and 133b and 131b.Such as institute in Figure 11
Show, the magnetic force between two magnet 131a and 131b and two magnet 133a and 133b would tend to slide fastener block being maintained at envelope
In closed position.In the range of preferred embodiment magnet is replaced with ferromagnetic material.
First part 102 has handle portion 124, and second part 104 has handle portion 126.Handle portion 124
With 126 in each be designed to the first end 127a against spring 127 respectively and the second end 127b settings, this
One end 127a and the second end 127b control linkages 106 and usually by they be kept into as shown in Figure 9 as be spaced
It opens.When applying pressure to handle portion 124 and 126, as shown in Figure 12, slide fastener block 100 is opened.
Channel 108 and 110 is configured such that, when applying pressure to handle portion 124 and 126, to pass through the center in channel
Line R-R and S-S are extended with the angle c between 0 degree between 180 degree and preferably about 90 degree to 145 degree relative to each other.Separately
Selection of land, when handle portion 124 and 126 remains static, center line R-R and S-S across channel 108 and 110 are set
At make across the center line R-R and S-S in channel relative to each other with 0 degree to 90 degree and preferably about 0 degree to 30 degree
Between angle c extend.In general, angle c is smaller, sliding block is easier to cross band 14a and 14b.
This relationship causes the first end 108a and 110a in channel 108 and 110 closer, then second end 108b and
110b is close to each other so that when slide fastener block 100 traverses into proximal end 23a and 23b from the distal end 21a and 21b of band 14a and 14b
When (as shown in Figure 12), the interlocking portions 28 that are formed in the two side walls 26a and 26b of each band with connect bottom wall 26c
It is forced to be engaged with each other, as seen in Figure 5, two bands is fixed together.In order to make band 14a and 14b be disengaged from each other, draw
Chain sliding block 100 moves in the opposite direction, so that by band, proximally 23a and 23b traverses into distal end 21a and 21b, thus band
It is forced to be disengaged from each other.
As seen in Figure 8, each in upper plate 112 and lower plate 118 is designed to combine pulling-on piece retainer 128, with auxiliary
It helps and pulls sliding block 100 along the band 14a and 14b of zipper strip 14.In this embodiment, pulling-on piece retainer 128 is illustrated as encircleing
Shape along glide direction to extend, and one end of slide fastener is fixed.However, the shape of pulling-on piece retainer 128 is not limited to above-mentioned shape
Shape.The pulling-on piece attachment part of any shape well known by persons skilled in the art may be used.
In the present embodiment, two slits 130a and 130b, and the setting two in lower plate 118 are set in upper plate 112
A slit 132a and 132b.Pulling-on piece retainer 128 is combined there are two slit accessory 134a and 134b, they be designed to slide into and
The slit 132a and 132b for skidding off the slit 130a and 130b being arranged in upper surface 112 or being arranged in lower surface 118.
Slit accessory 134a and 134b allow pulling-on piece retainer 128 to be temporarily fixed in slide fastener block 100 so that if necessary can be certainly
By ground easy removal pulling-on piece retainer.
In use, as seen in Figure 8, the band 14a of zipper strip is inserted into first passage 108, and by zipper strip
Band 14b be inserted into the second channel 110 of slide fastener block 13.The distal end 21a and 21b of the band 14a and 14b of zipper strip 14 points
It is not bonded together first, because user pulls the pulling-on piece retainer 58 of slide fastener block 13, thus makes rib 27a-27d and channel
34,35,36 and 37 engagement, as discussed above.
Figure 13 and 16 illustrates the three-dimensional looking forward figure of the 3rd embodiment of slide fastener block system 201.Slide fastener block 200 and drawing
The first embodiment of chain sliding block 13 have identical function, wherein it by make unique zipper strip 14 this to two band 14a
It is engaged with each other and separates to control the element being used to open with the action of enclosing zipper slip bocks system 10 with 14b.In general, drawing
Chain sliding block 200 includes the first passage 208 and second channel 210 for being respectively used to accommodate the band 14a and 14b of zipper strip 14, from
And form magnetic pin case 211.To pass through along a first direction respectively from the band 14a and 14b of zipper strip 14 with slide fastener block 13
Distal end 21a and 21b traverse into zipper strip band proximal end 23a and 23b and operate identical mode, be formed in the two sides
Interlocking portions 28 and the connection bottom wall 26c of each band in wall 26a and 26b are forced to be engaged with each other, as seen in Figure 5, will
Two this bands are fixed together.In order to make band 14a and 14b be disengaged from each other, slide fastener block 200 is moved along second opposite direction
Dynamic, so that by band, proximally 23a and 23b traverses into distal end 21a and 21b, thus each band is forced to be disengaged from each other.
With reference to figure 14, slide fastener block 200 includes first shell 224 and second shell 226, they can pass through shell 224
In groove 227a and 227b and tongue piece 229a and 229b in shell 226 and it is interconnected amongst one another.Each other with opposite polarity
Magnet 206a and 206b are arranged in each shell in shell 224 and 226.Therefore, when first shell 224 and second shell
When body 226 is bonded together, they are by interconnection between groove 227a and 227b and tongue piece 229a and 229b and in magnet
The magnetic force that is generated between 206a and 206b and be held in place.
With reference to figure 14, one end 231a of shell 231 is attached to second shell 226.Second end 231b includes accommodating band 14a
Distal end 21a slit 233.Slide fastener block 200 is provisionally attached in the first cylindrical housings 224.
As the first embodiment of slide fastener block 13, slide fastener block 200 is by one-piece structure.Magnet 206a and 206b allow to draw
Chain sliding block 200 opens the band 14a and 14b with enclosing zipper band and sliding block is allowed to reposition.In addition, magnet 206a and
206b provides the durability of the additional intensity and bigger of sliding block 200.
In general, slide fastener block 200 includes the first passage respectively for the band 14a and 14b for accommodating zipper strip 14
208 and second channel 210, they as described with reference to figure 6 as be arranged at a certain angle each other.As seen in Figure 14, slide fastener is slided
Block traverses into the close of the band 14a and 14b of zipper strip 14 from the distal end 21a and 21b of the band 14a and 14b of zipper strip 14 respectively
23a and 23b, the two bands is held to be engaged with each other.In order to make the band 14a and 14b of zipper strip 14 be disengaged from each other, slide fastener block
200 from distal end, 21a and 21b traverse into the proximal end 23a and 23b of band 14a and 14b respectively.
As seen in Figure 13, the 3rd embodiment of slide fastener block 200 is by the first passage 208 and second as separate units
Channel 210 limits.First passage 208 is formed in first part 202, and second channel 210 is formed in second part 204
It is interior.First part 202 is constructed with upper surface 212, is attached to side wall 214,216 and antetheca 217.204 quilt of second part
It is configured with lower surface 218, is attached to side wall 120,122 and antetheca 123.Band 14a for keeping zipper strip 14
Channel 208 is formed between upper surface 212, side wall 214 and 216 and antetheca 117.Band 14b for keeping zipper strip 14
Channel 210 be formed between lower surface 218, side wall 220 and 222 and antetheca 223.First passage 208 and second channel 210
It is bonded together with rear wall (corresponding rear wall 56, as seen in Figure 7).
Each channel 208 and 210 is respectively provided with first end 208a and 210a and second end 208b and 210b.It is formed in
It meets at magnet 206 respectively in two channels 208 and 210 in a part 202 and second part 204.Magnet 206 utilizes two
Pole parts 206a and 206b.Magnetic part 206a is arranged in first shell 224, and magnetic part 206b is arranged on
In second shell 226.First shell 224 is formed on the band 14b of zipper strip 14, and second shell is mounted on rectangular prism
On 231.Shell 224 and 226 is designed to interim using magnet part 206a and 206b and removedly interconnects.
As seen in Figure 13, each in upper surface 212 and lower surface 218 is designed to combine pulling-on piece retainer 228,
To assist band 14a and 14b along zipper strip 14 to pull sliding block 200.In this embodiment, pulling-on piece retainer 228 is illustrated
It is arch to extend along glide direction, and one end is in a fixed position.However, the shape of pulling-on piece retainer 228 is not limited to
State shape.The pulling-on piece attachment part of any shape well known by persons skilled in the art may be used.
In the present embodiment, two slits 230a and 230b are set in upper surface 212, and two are arranged in lower surface
A slit 232a and 232b (not shown).There are two slit accessory 234a and 234b for the combination of pulling-on piece retainer 228, they are designed
At sliding in and out the slit 230a and 230b being arranged in upper surface 212 or the slit being arranged in lower surface 218
232a and 232b.Slit accessory 234a and 234b allow pulling-on piece retainer 228 to be temporarily fixed in slide fastener block 200 so that
It when necessary can freely easy removal pulling-on piece retainer.
In use, as shown in Figure 1, the band 14a of zipper strip 14 is inserted into first passage 208, and zipper strip 14
Band 14b is inserted into the second channel 210 of slide fastener block 200.The distal end 21a and 21b of the band 14a and 14b of zipper strip 14 points
Be not bonded together first because user pulls the pulling-on piece 228 of slide fastener block 200, thus make rib 27a-27d and channel 34,35,
36 and 37 engagements, as discussed above.
Figure 15 is that the band 14a and 14b of wherein zipper strip 14 can be by the interlocking optionally sides U-shaped main body 300a and 300b
The side view of formula.
Figure 17 is the viewgraph of cross-section of the band 14a and 14b of zipper strip 14, each band be formed with core 402a and
402b, and the whole sideband 404a in embedded covering 406a and 406b and 404b interlockings.
Figure 18 is that the band 14a and 14b of wherein zipper strip 14 can be by the interlocking optionally sides U-shaped main body 500a and 500b
The side view of formula.In this embodiment, band 14a and 14b extend along the same direction.
Although the present invention has shown and described about some or certain preferred embodiments, in reading and understanding sheet
After the description and the appended drawings, those skilled in the art will envision that certain equivalent alterations and modifications.Especially with regard to by above-mentioned component
(component, device etc.) execute various functions, unless otherwise directed, otherwise be used for describe these components term (including to " dress
Set " reference) be intended to correspond to any part (that is, functionally equivalent) for the specified function of executing described component, even if
It is not equal to execute the disclosed of the function in the exemplary embodiment of the present invention described herein of the present invention in structure
Structure.Although in addition, may particularly unique feature of the present invention be disclosed about the only one embodiment in several embodiments,
It is this feature to be combined with the one or more features of other embodiments, because this is for any given or specific
Using may be desired and advantageous.
Claims (38)
1. a kind of slide fastener block system (10), it is characterised in that:
Zipper strip (14) with the profile (11) including at least the first band (14a), at least first band (14a) by from
At least one material including being selected in rigid, semi-rigid, flexible and semi-flexible material group is constituted.
2. slide fastener block system (10) according to claim 1, wherein the zipper strip (14) are further characterized by:
The zipper strip (14) includes the first and second bands (14a, 14b);
Each in first and second band is with the interconnecting parts for including core (18) and core covering (24)
(11)。
3. slide fastener block system (10) according to claim 2, wherein the core (18) is further characterized by one
The generally U-shaped main body (16) of serial (19) interconnection and the sideband part (17) for being attached to the serial U-shaped main body (16), the U
Shape main body (16) is for enhancing the profile, the profile of band or the band and with the two.
4. slide fastener block system (10) according to claim 2, wherein the zipper strip (14) are further characterized by:
Slide fastener block (13) is installed to first and second band (14a, 14b) and is used to open and closes the zipper strip
(14) first and second band;
The slide fastener block has the first and second channels for being suitable for accommodating first and second band (14a, 14b) wherein
(38,40);And
First and second channel (38,40) is arranged relative to each other so that when the slide fastener block is along a direction cross
When wearing first and second band, first and second interconnecting parts of first and second band are forced each other respectively
Engagement, and when the slide fastener block crosses first and second band along second opposite direction, described first and the
First and second interconnecting parts of two bands are forced to be disengaged from each other respectively.
5. slide fastener block system (10) according to claim 1, it is further characterized in that, the slide fastener block (13)
First and second channel (38,40) has center line x-x and y-y, and the center line x-x and y-y is along first He
The length of second channel (38,40) is extended and is extended each other with angle b so that first and second band (14a, 14b)
First and second interconnecting parts (11) can be forced to be engaged with each other respectively and be forced to be disengaged from each other.
6. slide fastener block system (10) according to claim 5, it is further characterized in that, pass through described first and second
The angle b of the center line x-x and y-y in channel (38,40) is between 0 degree to 90 degree.
7. slide fastener block system (10) according to claim 1, it is further characterized in that, the core covering (24)
It is the composite materials such as any polymer, metal, ceramics or plastics, elastomer, film, textile material and non-woven material.
8. slide fastener block system (10) according to claim 1, it is further characterized in that, the core covering (24)
Coated with the material selected from the group being made of polymer such as laminated material, film, coating, stamp or fabrics.
9. slide fastener block system (10) according to claim 1, it is further characterized in that, the core covering (24)
It is formed so that the material being arranged on the core (18) is generally bonded the shape of the profile (11).
10. slide fastener block system (10) according to claim 3, it is further characterized in that, U-shaped main body (16) tool
There are two side walls (16a, 16b) and connection bottom wall (16c);And the sideband part (17).
11. slide fastener block system (10) according to claim 10, it is further characterized in that, the sideband part (17)
It is formed together with the U-shaped main body (16).
12. slide fastener block system (10) according to claim 10, it is further characterized in that, the sideband part (17)
It is formed separately with the U-shaped main body (16).
13. slide fastener block system (10) according to claim 10, it is further characterized in that, the first and second sides
In the not connected groove (22) that the upper end (16d) of wall (16a, 16b) is arranged in the sideband part (17).
14. slide fastener block system (10) according to claim 10, it is further characterized in that, the first side wall
The upper end (16d) of (16a) and the second sidewall (16b) is formed in the U-shaped main body (16).
15. slide fastener block system (10) according to claim 11, it is further characterized in that, the U-shaped main body (16)
With prominent connector (18a, 18b), they are suitably connected to the protrusion connector of adjacent U-shaped main body.
16. slide fastener block system (10) according to claim 13, it is further characterized in that, the core covering
(24) it extends in above the sideband (17) of the U-shaped main body (16) and the core (18) and encases them and drawn with being formed
First and second band (14a, 14b) of chain belt (14).
17. slide fastener block system (10) according to claim 4, it is further characterized in that, the first passage (38)
With the side of the second channel (40) and the side wall (44) and the second channel (40) that are arranged on the first passage (38)
Rear wall (56) between wall (50) is bonded together.
18. slide fastener block system (10) according to claim 17, it is further characterized in that being arranged on described first
The first and second slits (60a, 60b) in first outer surface (41) in channel (38), and it is arranged on the second channel
(40) the third slit (62a) and the 4th slit (62b) in the second outer surface (42).
19. slide fastener block system (10) according to claim 18, it is further characterized in that pulling-on piece retainer (58), institute
Stating pulling-on piece retainer (58) has the first and second slit accessories (64a, 64b), the first and second slits accessory (64a,
64b) be adapted to slide into and skid off the first and second slits (60a, 60b) for being respectively set in first outer surface (41) with
And it is arranged on third slit (62a) and the 4th slit (62b) in second outer surface (42).
20. slide fastener block system (10) according to claim 19, it is further characterized in that, the pulling-on piece retainer
(58) have the first and second slit accessories (64a, 64b), the first and second slits accessory (64a, 64b) be respectively adapted to
First and second slit (60a, 60b) and third and fourth slit (62a, 62b) interference engagement, so as to for good and all
It is fixed in first and second slit (60a, 60b) and third and fourth slit (62a, 62b).
21. slide fastener block system (10) according to claim 2, it is further characterized in that, the slide fastener block (100)
With separated the first and second parts (102,104) being bonded together with linkage (106).
22. slide fastener block system (10) according to claim 2, it is further characterized in that, the slide fastener block (100)
With the first and second separated parts being magnetically bonded together with magnet material (131a, 131b, 133a, 133b)
(102,104).
23. slide fastener block system according to claim 21, it is further characterized in that, first passage (108) shape
At in the first part (102), and the second channel (110) is formed in the second part (104).
24. slide fastener block system according to claim 21, it is further characterized in that, first part (102) tool
There is handle portion (124), and the second part (104) has handle portion (126), each in the handle portion
It is arranged respectively against the first and second ends (127a, 127b) of spring (127), thus the restoring force of the spring makes institute respectively
State the band (14a, 14b) that slide fastener block overcomes the restoring force of the spring normally enclosing zipper band (14).
25. slide fastener block system according to claim 4, it is further characterized in that, first and second channel
(208,210) are bonded together with rear wall, and the first and second cylindrical housings that including can be interconnected amongst one another (224,
226)。
26. slide fastener block system according to claim 24, it is further characterized in that, in the first shell (224)
Groove (227a, 227b) and the second shell (226) in tongue piece (229a, 229b).
27. slide fastener block system according to claim 25, it is further characterized in that, first and second shell
Each in (224,226) is respectively provided with magnet part (206a, 206b), and the magnet part (206a, 206b) has that
This opposite polarity makes there is interconnection between the groove (227a, 227b) and the tongue piece (229a, 229b), and in institute
It states and generates magnetic force between magnet part (206a, 206b).
28. slide fastener block system according to claim 26, it is further characterized in that, one end (231a) is fixed on described
The first shell (231) of second shell (226) and the slit (233) in second end (231b), the slit accommodate the item
The distal end (21a) of band (14a).
29. slide fastener block system according to claim 27, it is further characterized in that, first and second channel
(208,210) meet at the magnet (206) using described two magnetic parts (206a, 206b).
30. slide fastener block system according to claim 28, it is further characterized in that, first shell (224) packet
It containing the magnet part (206a), is formed on the band (14b) of zipper strip (14), and the second shell (226)
Including the magnet part (206b), is formed on the shell (231), thus first and second shell can temporarily and
Removedly interconnect.
31. a kind of slide fastener block (13), the first and second bands (14a, 14b) for being installed to zipper strip (14) be used to open and
Close first and second band of the zipper strip;
The slide fastener block has the first and second channels for being suitable for accommodating first and second band (14a, 14b) wherein
(38,40);And
First and second channel (38,40) is arranged relative to each other so that when the slide fastener block is along a direction cross
When wearing first and second band, first and second interconnecting parts of first and second band are forced each other respectively
Engagement, and when the slide fastener block crosses first and second band along second opposite direction, described first and the
First and second interconnecting parts of two bands are forced to be disengaged from each other respectively.
32. slide fastener block (13) according to claim 30, it is further characterized in that, the institute of the slide fastener block (13)
The first and second channels (38,40) are stated with center line x-x and y-y, the center line x-x and y-y is along described first and the
The length in two channels (38,40) is extended and is extended each other with angle b so that first and second band (14a, 14b)
First and second interconnecting parts (11) can be forced to be engaged with each other and be forced to be disengaged from each other respectively.
33. slide fastener block (13) according to claim 31, it is further characterized in that pulling-on piece retainer (58), the drawing
Piece retainer (58) has the first and second slit accessories (64a, 64b), the first and second slits accessory (64a, 64b) suitable
In sliding in and out the first and second slits in the first outer surface (41) for being respectively set at the first passage (38)
(60a, 60b) and the third slit (62a) being arranged in the second outer surface (42) of the second channel (40) and the 4th
Slit (62b).
34. slide fastener block (13) according to claim 31, it is further characterized in that, pulling-on piece retainer (58) tool
There are the first and second slit accessories (64a, 64b), the first and second slits accessory (64a, 64b) to be respectively adapted to and described
One and second slit (60a, 60b) and third and fourth slit (62a, 62b) interference engagement, to be permanently attached to
In first and second slit (60a, 60b) and third and fourth slit (62a, 62b).
35. a kind of sliding block (100) has the first and second separated parts being bonded together with linkage (106)
(102,104), and the first and second parts (102,104) of the slide fastener block are movably mutual by the linkage
Even so that the slide fastener block overcomes the restoring force of the linkage and opens described the with enclosing zipper band (14) respectively
One and second with (14a, 14b).
36. a kind of slide fastener block (200), it is characterised in that:
First part (202) is formed with first passage (208);
Second part (204) is formed with second channel (210);The first part has the first magnetic being mounted thereon
Body portion (206a), and the second part has the second magnetic part (206b) for being mounted thereon, thus described first
There is reciprocal polarity with the second magnetic part so that first and second magnetic part can temporarily and removedly
Interconnection.
37. slide fastener block (200) according to claim 35, it is further characterized in that, first and second channel
(208,210) are bonded together with rear wall, and include the first and second cylindrical housings (224,226), they are suitable for difference
Accommodate first magnet part (206a) and second magnetic part (206b) that can be interconnected amongst one another.
38. slide fastener block (200) according to claim 36, it is further characterized in that, in the first shell (224)
Groove (227a, 227b) and the second shell (226) in tongue piece (229a, 229b) so that the groove and the tongue
There is interconnection between piece, and magnetic force is generated between the magnet part (206a, 206b).
Applications Claiming Priority (7)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US201662281163P | 2016-01-20 | 2016-01-20 | |
| US62/281,163 | 2016-01-20 | ||
| US201662306624P | 2016-03-10 | 2016-03-10 | |
| US62/306,624 | 2016-03-10 | ||
| US201662317603P | 2016-04-03 | 2016-04-03 | |
| US62/317,603 | 2016-04-03 | ||
| PCT/US2016/038332 WO2017127131A1 (en) | 2016-01-20 | 2016-06-20 | Improved zipper slider system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108697209A true CN108697209A (en) | 2018-10-23 |
Family
ID=59362801
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201680079524.1A Pending CN108697209A (en) | 2016-01-20 | 2016-06-20 | Modified slide fastener block system |
Country Status (5)
| Country | Link |
|---|---|
| US (1) | US20200329827A1 (en) |
| EP (1) | EP3405064A4 (en) |
| JP (1) | JP2019502486A (en) |
| CN (1) | CN108697209A (en) |
| WO (1) | WO2017127131A1 (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110623292A (en) * | 2019-11-14 | 2019-12-31 | 贵州大学 | Pressing device for automatic tobacco braiding machine |
| CN113795171A (en) * | 2019-03-08 | 2021-12-14 | Re-U-Zip有限责任公司 | Reusable closure system |
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- 2016-06-20 US US16/070,637 patent/US20200329827A1/en not_active Abandoned
- 2016-06-20 JP JP2018538091A patent/JP2019502486A/en active Pending
- 2016-06-20 CN CN201680079524.1A patent/CN108697209A/en active Pending
- 2016-06-20 WO PCT/US2016/038332 patent/WO2017127131A1/en active Application Filing
- 2016-06-20 EP EP16886763.8A patent/EP3405064A4/en not_active Withdrawn
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113795171A (en) * | 2019-03-08 | 2021-12-14 | Re-U-Zip有限责任公司 | Reusable closure system |
| CN110623292A (en) * | 2019-11-14 | 2019-12-31 | 贵州大学 | Pressing device for automatic tobacco braiding machine |
| CN110623292B (en) * | 2019-11-14 | 2022-01-25 | 贵州大学 | Pressing device for automatic tobacco braiding machine |
Also Published As
| Publication number | Publication date |
|---|---|
| EP3405064A4 (en) | 2019-05-22 |
| WO2017127131A1 (en) | 2017-07-27 |
| US20200329827A1 (en) | 2020-10-22 |
| EP3405064A1 (en) | 2018-11-28 |
| JP2019502486A (en) | 2019-01-31 |
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Legal Events
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| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WD01 | Invention patent application deemed withdrawn after publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20181023 |