CN204499645U - Rope band tying-up and fixture - Google Patents
Rope band tying-up and fixture Download PDFInfo
- Publication number
- CN204499645U CN204499645U CN201520116829.8U CN201520116829U CN204499645U CN 204499645 U CN204499645 U CN 204499645U CN 201520116829 U CN201520116829 U CN 201520116829U CN 204499645 U CN204499645 U CN 204499645U
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- Prior art keywords
- rope band
- ratchet
- tying
- fixture
- rope
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Abstract
The utility model discloses a kind of rope band tying-up and fixture, and this device comprises a lower cover, a tying-up fixed cell, a upper cover and a rotary unit.The rope band binding member of tying-up fixed cell can be combined with the first joint portion of rotary unit, and upper cover and lower cover are combined by screw closure or trip further.According to the rope band tying-up made by the utility model and fixture, the problem combining inconvenience and be difficult to disassemble repairing can be solved in currently available technology.
Description
Technical field
The utility model about a kind of tying-up and fixture, particularly a kind of tying-up for rope band and fixture.Auxiliary by means of this system, needs the article using rope band, as sneakers, its rope band can effectively tying-up with fix, and suitably can adjust the elasticity of tying-up.
Background technology
Rope or belt (hereinafter referred to as rope band) are that people are usually used for the instrument of tying-up article.When being not only that needs are fixed by the article of tying-up, when also needing there is corresponding function because of tying-up tightness, rope band is just very important relative to the arrangement of this article position.For example, sneakers be common people live usually need use article.The shoestring of sneakers is used to person easy to use and wears off, and prevents the instrument of sneakers landing when walking.Shoestring has the advantage of cheap, handy and easy replacement.But general sneakers are when producing, and the size being difficult to prediction user pin is fat or thin, therefore manufacturer's shoestring of enclosing is mostly very long, to answer the possible period of want or need.This can cause a problem: after shoestring tying-up completes, and the end section of knotting is also thus elongated.When user is when walking, this tail end branch moves along with health and waves, and pin is easily stepped on and causes and fall.Therefore, suitable arrangement shoestring is necessary with storage.
Therefore, many front cases propose the solution to above problem, can TaiWan, China new patent M490237 be wherein representative, ask for an interview Fig. 1.This patent provides a retention mechanism 10, and this retention mechanism 10 comprises housing 100, winding part 110, ratchet 120 and a relieving mechanism 130.Housing 100 comprises one first connecting hole 101,1 second connecting hole 102 and a passage lanes 103.Retention mechanism 10 is directly passed through via passage lanes 103 in one end of one frenulum (not illustrating), and one end of frenulum is entered in retention mechanism 10 by the first connecting hole 101.The frenulum one end entering retention mechanism 10 is removably connected with winding part 110.The other end of frenulum is then directed through the second connecting hole 102 by the first guide 201 and the second guide 202 and enters in retention mechanism 10.The frenulum other end entering retention mechanism 10 is removably connected with winding part 110.
Winding part 110 is coupled for folding and unfolding frenulum with housing 100, and winding part 110 rotates toward the first direction of rotation relative to housing 100.Winding part 110 comprises a grip part 111 and multiple engaging tooth 112.Grip part 111 is integrally linked on winding part 110, and grip part 111 rotates in order to Non-follow control winding part 110.Engaging tooth 112 is integrally linked on winding part 110.
Ratchet 120 and engaging tooth 112 cooperatively interact and can limit winding part 110 direction of rotation.Wherein, when ratchet 120 is engaged with engaging tooth 112, winding part 110 only can the first direction of rotation rotate in the past.When ratchet 120 is not engaged with engaging tooth 112, winding part 110 can freely rotate.
Relieving mechanism 130 is installed on retention mechanism 10 and is engaged in order to control ratchet 120 with engaging tooth 112 or is not engaged.Relieving mechanism 130 comprises protecting cover 131, and discharges protecting cover 133 and a screw 134 on button 132.Fixed pawl 120 established by lower protecting cover 131 card, and lower protecting cover 131 and winding part 110 combine and be placed between lower protecting cover 131 and winding part 110 by ratchet 120.Release button 132 is hubbed on lower protecting cover 131 and is folded between lower protecting cover 131 and upper protecting cover 133, and screw 134 links fixing upper protecting cover 133 and lower protecting cover 131.
When discharging button 132 and fitting with lower protecting cover 131, ratchet 120 is engaged with engaging tooth 112, and winding part 110 limits by ratchet 120 only the first direction of rotation can rotate the two ends being used for synchronously tightening up frenulum in the past.When release button 132 is upwards cocked, release button 132 synchronously on mention lower protecting cover 131 and ratchet 120, ratchet 120 is not engaged with engaging tooth 112, now winding part 110 departs from ratchet 120 and to limit and the tension force of the frenulum tightened up affects and freely rotates, and uses and synchronously loosens frenulum two ends rapidly.
Although above retention mechanism design is complicated, combination inconvenience; Meet clashing and breaking, be difficult to disassemble repairing.Therefore, be necessary for these problems, the rope band tying-up of further practicality reasonable in design and fixture.
Utility model content
In order to want to provide simpler retention mechanism to design, to solve the problem combining inconvenience and be difficult to disassemble repairing, the utility model proposes a kind of rope band tying-up and fixture.This rope band tying-up and fixture comprise: a lower cover, have at least one through hole, and this at least one through hole is in order to allow the end turnover of a rope band; One tying-up fixed cell, comprising: a rope band position adjustment structure, has a ratchet and a rope band binding member, and the some of rope band is combined with this rope band binding member, and relative position is constant, and this ratchet is located at down movably and is covered; One isolation structure, has a circular perforations, a upper side and a downside, and this circular perforations allows rope band position adjustment structure to be placed in wherein, and this ratchet and rope band binding member is respectively exposed to downside and upper side, in order to isolate this rope band and ratchet; And a ratchet course changing control structure, being located at the downside of this isolation structure movably, when contacting with this ratchet, only rotating with a first direction in order to control ratchet; When not contacting with this ratchet, this ratchet can rotate to first direction and a reverse second direction; One upper cover, is combined with this lower cover, has a perforate; And a rotary unit, have one first joint portion, this first joint portion and rope band binding member combine through perforate, rotate to drive this rope band position adjustment structure to rotate.When ratchet rotates towards first direction, this rope band is wound in outside rope band binding member; When ratchet rotates towards second direction, the part that this rope band is wound in outside rope band binding member gets loose, and can move on to outside rope band tying-up and fixture from this at least one through hole.
According to the utility model conception, this lower cover has a pawl wheel groove, rotates wherein in order to limit ratchet.This rope band binding member has a clamp grooves, and in order to clamp this rope band, and the relative position at position clamped by static line band.This rope band binding member has one second joint portion, in order to engage with this first joint portion.
In addition, this ratchet course changing control structure comprises further: a movable ratchet, is hubbed on a pivot of lower cover, is positioned at the downside of this isolation structure, rotates with having predetermined angle along this pivot, in order to engage with the tooth of this ratchet and to get loose; And a resetting-mechanism, connect with this movable ratchet, by the recovery strength after elasticity displacement itself, this movable ratchet of deriving engages with the tooth of ratchet.
According to the utility model conception, this adjustable ratchet grippers has a releasing control end, is exposed to outside rope band tying-up and fixture, and when by external force pushing, drive activity ratchet rotates, to get loose with the tooth of this ratchet.This resetting-mechanism is spring.This rotary unit is one discoid, has multiple raised structures, and those raised structures for finger force thereon, can rotate rotary unit.This rotary unit has a clavate extension, grips to rotate for hand.This rotary unit has at least one opening portion, in order to be exposed to outside rope band tying-up and fixture the end of this rope band.
From illustrating above, rope band binding member and the first joint portion can be in conjunction with, and upper cover and lower cover can rely on screw closure or trip be combined further, and it is inconvenient and be difficult to disassemble the problem of repairing therefore can to solve combination.
Accompanying drawing explanation
Fig. 1 is existing a kind of tying-up for rope band and retention mechanism;
Fig. 2 is the explosive view according to a kind of rope band tying-up of the present utility model and fixture;
Fig. 3 illustrates the assembly drawing of a lower cover and a tying-up fixed cell part;
Fig. 4 illustrates the assembly drawing of this lower cover and tying-up fixed cell;
Fig. 5 is the central authorities of rope band tying-up and fixture, along the profile of upper cover line of symmetry;
Fig. 6 is the assembling stereogram of rope band tying-up and fixture;
Fig. 7 to Figure 11 illustrate rope band tying-up and fixture how tying-up with fix a rope;
Figure 12 is the rotary unit according to another embodiment of the present utility model.
Description of reference numerals: 10-retention mechanism; 100-housing; 101-first connecting hole; 102-second connecting hole; 103-passage lanes; 110-winding part; 111-grip part; 112-engaging tooth; 120-ratchet; 130-relieving mechanism; Protecting cover under 131-; 132-discharges button; The upper protecting cover of 133-; 134-screw; 20-rope band tying-up and fixture; 210-lower cover; 212-through hole; 214-pawl wheel groove; 216-lower cover open slot; 218-pivot; 220-tying-up fixed cell; 222-rope band position adjustment structure; 2221-rope band binding member; 2221a-clamp grooves; 2222-ratchet; 2222a-tooth; 224-isolation structure; 2241-circular perforations; 226-ratchet course changing control structure; The movable ratchet of 2261-; 2261a-ratchet end; 2261b-removes control end; 2262-resetting-mechanism; 230-upper cover; 2301-perforate; 240-rotary unit; 242-first joint portion; 2422-fastening end; 244-raised structures; 246-opening portion; 248-lid; 340-rotary unit; 344-clavate extension; 500-rope; 502-end.
Detailed description of the invention
Ask for an interview Fig. 2 to Figure 11, those accompanying drawings illustrate an embodiment of the present utility model.
Fig. 2 is the explosive view according to a kind of rope band tying-up of the present utility model and fixture 20.This rope band tying-up and fixture 20 mainly comprise several parts: lower cover 210, tying-up fixed cell 220, upper cover 230 and a rotary unit 240.The function of all parts is illustrated in down with assembling relative position.
Lower cover 210 can have at least one through hole 212, employs 2 through holes 212 in the present embodiment, is each positioned at the both sides of lower cover 210 external form line of symmetry.Two these through holes 212 can be used to allow end 502 (detailed operation can in then the further illustrate) turnover of a rope 500.The utility model is applicable to liking " rope band ", namely except this rope 500, belt is also suitable for.Use the band period of the day from 11 p.m. to 1 a.m, need by its winding as rope, the belt opened, owing to there being broader plane, cannot directly use.Lower cover 210 has a pawl wheel groove 214, and this pawl wheel groove 214 can be used to restriction one ratchet 2222 and rotates wherein.Lower cover 210 separately forms cover gab groove 216, forms an opening with a upper cover open slot (not illustrating) of upper cover 230.
Tying-up fixed cell 220 is major parts of creation, includes rope band position adjustment structure 222, isolation structure 224 and a ratchet course changing control structure 226.Rope band position adjustment structure 222 has above-mentioned ratchet 2222 and a rope band binding member 2221, and the some of rope 500 is combined with this rope band binding member 2221, and both relative positions are constant.In implementation, in rope band binding member 2221, a clamp grooves 2221a should be had, be used for clamping this rope 500, and the relative position at position clamped by fixing rope 500.Ratchet 2222 is located on the pawl wheel groove 214 of lower cover 210 movably, and thus rope band position adjustment structure 222 can be placed on lower cover 210 and rotate.When rope band position adjustment structure 222 is rotated, because rope band binding member 2221 clamps rope 500, all the other not nipped parts can be rotated rotating shaft, gradually by rope 500 is jammed part, are wound around this rope band binding member 2221 layer by layer.
Isolation structure 224 is a platy structure, has a circular perforations 2241, upper side (towards reader) and a downside (dorsad reader).Circular perforations 2241 allows rope band position adjustment structure 222 to be placed in wherein, and ratchet 2222 and rope band binding member 2221 are respectively exposed to downside and upper side, in order to isolate rope 500 and ratchet 2222, in order to avoid when rope band position adjustment structure 222 is rotated, ratchet 2222 can block rope 500.Ratchet 2222 and rope band binding member 2221 can be peeped relative to the position of circular perforations 2241 and know in Fig. 4.When isolation structure 224 is fixed on lower cover 210, only have rope band binding member 2221 to be exposed to upper side, 2222, ratchet is sandwiched between isolation structure 224 and lower cover 210.
Refer to Fig. 3.Ratchet course changing control structure 226 is made up of a movable ratchet 2261 and a resetting-mechanism 2262.Movable ratchet 2261 is hubbed on a pivot 218 of lower cover 210, is positioned at the downside of this isolation structure 224, rotates with having predetermined angle along this pivot 218.The effect of movable ratchet 2261 engages with the tooth 2222a of this ratchet 2222 and gets loose.For this point, the structure of further explanation activity ratchet 2261 below.Movable ratchet 2261 has a ratchet end 2261a and and removes control end 2261b.Under normal conditions, the strength being subject to resetting-mechanism 2262 pushes ratchet 2222 to ratchet end 2261a, and ratchet end 2261a embeds appointing between two adjacent teeth 2222a of ratchet 2222.Tooth 2222a due to ratchet 2222 is towards counterclockwise (hereinafter referred to as second direction) deflection, therefore ratchet 2222 is when with clockwise, (hereinafter referred to as first direction) rotates, ratchet end 2261a can along comparatively slow one domatic of tooth 2222a, be passed outside ratchet 2222, resetting-mechanism 2262 is indirectly made to be out of shape, storage elasticity potential energy.When ratchet 2222 rotates through the top of tooth 2222a, the elasticity potential energy release of resetting-mechanism 2262, ratchet end 2261a is subject to pushing ratchet 2222 in the recovery strength of resetting-mechanism 2262.And if when ratchet 2222 will rotate to second direction, ratchet end 2261a props up steeper one domatic of tooth 2222a, therefore rotate and cannot realize.Movable ratchet 2261 has a releasing control end 2261b, by aforesaid opening, is exposed to outside rope band tying-up and fixture 20.When removing control end 2261b by external force pushing, its drive activity ratchet 2261 rotates, and the tooth 2222a of ratchet end 2261a and ratchet 2222 gets loose.Now, ratchet 2222 can rotate to first direction and second direction.
As shown in the above description, resetting-mechanism 2262 connects with movable ratchet 2261, and rely on the recovery strength after the elasticity displacement of itself, this movable ratchet 2262 of deriving engages with the tooth 2222a of ratchet 2222.In implementation, resetting-mechanism 2262 is springs.In the present embodiment, the spring of use is a U-shaped spring, the control activity ratchet 2261 by the stressed reply in U-shaped both sides.Certainly, spring also can be other shape, as long as can complete the control running of movable ratchet 2261, the utility model does not limit.Generally speaking, ratchet course changing control structure 226 is located at the downside of isolation structure 224 movably, when contacting with ratchet 2222, only rotates with first direction in order to control ratchet 2222; When not contacting with ratchet 2222, this ratchet 2222 can rotate to first direction and reverse second direction.
Upper cover 230 can be combined with lower cover 210, has a perforate 2301.When upper cover 230 and lower cover 210 in conjunction with time, rope band binding member 2221 can pass this perforate 2301.
Ask for an interview Fig. 5, Fig. 5 is the central authorities of rope band tying-up and fixture 20, along the profile of upper cover 230 line of symmetry, illustrates the thin portion structure of rotary unit 240 (Fig. 2) in figure.Rotary unit 240 is discoid, has one first joint portion 242, several raised structures 244, and at least one opening portion 246.First joint portion 242 combines through perforate 2301 with rope band binding member 2221; In conjunction with after, rotary unit 240 rotates, and the first joint portion 242 drives rope band position adjustment structure 2221 to rotate.As shown in Figure 5, aforesaid combination is a pair fastening end 2422 by the first joint portion 242, and below the one second joint portion 2221b being sticked in rope band binding member 2221, the first 242, joint portion is arranged in the second joint portion 2221b.In implementation, combination (engaging) mode of two parts has many kinds, and the utility model does not limit, only as illustrative purposes with this embodiment.
In the present embodiment, the quantity of raised structures 244 has 3.Raised structures 244 for finger force thereon, can rotate rotary unit 240.The quantity of opening portion 246 is 1, and opening portion 246 is used to the end 502 of rope 500 to be exposed to outside rope band tying-up and fixture 20.If the length of rope 500 is not long, can not need to be exposed to end 502 outside rope band tying-up and fixture 20, rope band tying-up and fixture 20 can separately establish a lid 248 to seal opening portion 246.Finally, complete rope band tying-up and the outward appearance of fixture 20 are as shown in Figure 6.
Rope 500, in the function mode of rope band tying-up and fixture 20, illustrates with Fig. 7 to Figure 11.Reader for convenience of description, hereby upper cover 230 and/or rotary unit 240 removed in above-mentioned part accompanying drawing, so that can understand position and the move mode of actual rope 500.In fact, upper cover 230 and rotary unit 240, when rope 500 is installed in rope band tying-up and fixture 20, be all respectively combined with lower cover 210 and tying-up fixed cell 220, and upper cover 230 are combined by screw closure or trip with lower cover 210.Fig. 7 illustrates two ends 502 of a rope 500, enters in rope band tying-up and fixture 20 each via a through hole 212.Certainly, for the combination of rope band, reach the object of fixed object further, above-mentioned rope 500 quantity also can be two, and rope band tying-up and fixture 20 are put into each via a through hole 212 in the end 502 of each.
Fig. 8 illustrate an end 502 clamp by clamp grooves 2221a, the other end 502 is jammed subsequently.Now, when ratchet 2222 rotates towards first direction, rope 500 is wound in outside rope band binding member 2221; When ratchet 2222 rotates towards second direction, the part that rope 500 is wound in outside rope band binding member 2221 gets loose, and can move on to outside rope band tying-up and fixture 20 from this two through hole 212.If end 502 is not long, can directly rotate rotary unit 240; If end 502 is oversize, then there are two kinds of processing modes: by the end 502 of long rope 500, by the opening portion 246 on rotary unit 240, extend to outside rope band tying-up and fixture 20 (as shown in Figure 9), fix separately; Or directly the end 502 of long rope 500 is cut, but rope 500 possibly cannot be reused like this.The part of these windings, all can be placed in the space formed with rotary unit 240 above perforate 2301, effectively processes or receive the part of rope 500 close to both ends 502.
In addition, another kind of occupation mode is as shown in Figure 10 and Figure 11.In Fig. 10, an end 502 of rope 500 by through hole 212 wherein one enter in rope band tying-up and fixture 20, then pass rope band tying-up and fixture 20 by another through hole 212, a part of rope 500 is fixed in clamp grooves 2221a.Now, as shown in figure 11, directly rotate rotary unit 240, rope 500 is fixed the part outside place, starts to be wound in outside rope band binding member 2221 with first direction.
It should be noted that the quantity of raised structures 244 is not limited to 3, it can be any quantity of more than 2.The quantity of opening portion 246 is also not limited to 1, and 2 opening portions 246 are used for exposing separately the both ends 502 of rope 500, or more than 3 opening portions 246 allow user oneself select the position wanting to use, in the scope all advocated at the utility model.The external form of each parts disclosed in each diagram is not for limiting the utility model; On the contrary, by known each parts external form, applicable rope band tying-up can have different design shapes along with different demand from fixture 20 external form.For example, the present embodiment institute application person is the bondage of shoestring, therefore lower cover 210 will have cambered surface with the shape of upper cover 230, and can fit instep vamp place.If what the utility model was applied to general rope band is tie up, then the external form of rope band tying-up and fixture 20 can be only circular, is beneficial to modularization.
In addition, in another embodiment, rope band tying-up and fixture 20 can use raised structures 244, and finger force also can be allowed to rotate rotary unit 240.As shown in figure 12, it has a clavate extension 344 to another rotary unit 340, grips to rotate for hand.
Although the utility model discloses as above with embodiment; so itself and be not used to limit the utility model; those skilled in the art; not departing from spirit and scope of the present utility model; when doing a little change and retouching, therefore protection domain of the present utility model is when being as the criterion depending on the accompanying claim person of defining.
Claims (10)
1. rope band tying-up and a fixture, is characterized in that, comprises:
One lower cover, has at least one through hole, and this at least one through hole is in order to allow the end turnover of a rope band;
One tying-up fixed cell, comprising: a rope band position adjustment structure, an isolation structure and a ratchet course changing control structure,
This rope band position adjustment structure, has a ratchet and a rope band binding member, and the some of rope band is combined with this rope band binding member, and relative position is constant, and this ratchet can be located at down actively and cover;
This isolation structure, has a circular perforations, a upper side and a downside, and this circular perforations allows rope band position adjustment structure to be placed in wherein, and this ratchet and rope band binding member is respectively exposed to downside and upper side, in order to isolate this rope band and ratchet; And
This ratchet course changing control structure, can be located at the downside of this isolation structure actively, when contacting with this ratchet, only rotates with a first direction in order to control ratchet; When not contacting with this ratchet, this ratchet can rotate to first direction and a reverse second direction;
One upper cover, is combined with this lower cover, and this upper cover has a perforate; And
One rotary unit, has one first joint portion, and this first joint portion and rope band binding member combine through perforate, rotate to drive this rope band position adjustment structure to rotate,
Wherein when ratchet rotates towards first direction, this rope band is wound in outside rope band binding member; When ratchet rotates towards second direction, the part that this rope band is wound in outside rope band binding member gets loose, and can move on to outside rope band tying-up and fixture from this at least one through hole.
2. rope band tying-up as claimed in claim 1 and fixture, it is characterized in that, this lower cover has a pawl wheel groove, rotates wherein in order to limit ratchet.
3. rope band tying-up as claimed in claim 1 and fixture, it is characterized in that, this rope band binding member has a clamp grooves, and in order to clamp this rope band, and the relative position at position clamped by static line band.
4. rope band tying-up as claimed in claim 1 and fixture, it is characterized in that, this rope band binding member has one second joint portion, in order to engage with this first joint portion.
5. rope band tying-up as claimed in claim 1 and fixture, it is characterized in that, this ratchet course changing control structure comprises further:
One movable ratchet, is hubbed on a pivot of lower cover, is positioned at the downside of this isolation structure, rotates with having predetermined angle along this pivot, in order to engage with the tooth of this ratchet and to get loose; And
One resetting-mechanism, connects with this movable ratchet, and rely on the recovery strength after the elasticity displacement of itself, this movable ratchet of deriving engages with the tooth of ratchet.
6. rope band tying-up as claimed in claim 5 and fixture, it is characterized in that, this adjustable ratchet grippers has a releasing control end, is exposed to outside rope band tying-up and fixture, and when by external force pushing, drive activity ratchet rotates, to get loose with the tooth of this ratchet.
7. rope band tying-up as claimed in claim 5 and fixture, it is characterized in that, this resetting-mechanism is spring.
8. rope band tying-up as claimed in claim 1 and fixture, it is characterized in that, this rotary unit is discoid, has multiple raised structures, and the plurality of raised structures for finger force thereon, rotates rotary unit.
9. rope band tying-up as claimed in claim 1 and fixture, it is characterized in that, this rotary unit has a clavate extension, grips to rotate for hand.
10. rope band tying-up as claimed in claim 1 and fixture, it is characterized in that, this rotary unit has at least one opening portion, in order to be exposed to outside rope band tying-up and fixture the end of this rope band.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520116829.8U CN204499645U (en) | 2015-02-26 | 2015-02-26 | Rope band tying-up and fixture |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520116829.8U CN204499645U (en) | 2015-02-26 | 2015-02-26 | Rope band tying-up and fixture |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204499645U true CN204499645U (en) | 2015-07-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520116829.8U Expired - Fee Related CN204499645U (en) | 2015-02-26 | 2015-02-26 | Rope band tying-up and fixture |
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| Country | Link |
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| CN (1) | CN204499645U (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106252064A (en) * | 2016-10-08 | 2016-12-21 | 安徽四新电子有限责任公司 | A kind of high reliability capacitor |
| CN106252063A (en) * | 2016-10-08 | 2016-12-21 | 安徽四新电子有限责任公司 | A kind of novel capacitor |
| CN106328373A (en) * | 2016-10-08 | 2017-01-11 | 安徽四新电子有限责任公司 | High-fastness capacitor |
| CN106328374A (en) * | 2016-10-14 | 2017-01-11 | 安徽四新电子有限责任公司 | Capacitor convenient to fix |
| CN106384665A (en) * | 2016-10-08 | 2017-02-08 | 安徽四新电子有限责任公司 | Novel bundled capacitor |
| CN108738298A (en) * | 2017-02-22 | 2018-11-02 | 金硕焕 | Rope regulating device |
-
2015
- 2015-02-26 CN CN201520116829.8U patent/CN204499645U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106252064A (en) * | 2016-10-08 | 2016-12-21 | 安徽四新电子有限责任公司 | A kind of high reliability capacitor |
| CN106252063A (en) * | 2016-10-08 | 2016-12-21 | 安徽四新电子有限责任公司 | A kind of novel capacitor |
| CN106328373A (en) * | 2016-10-08 | 2017-01-11 | 安徽四新电子有限责任公司 | High-fastness capacitor |
| CN106384665A (en) * | 2016-10-08 | 2017-02-08 | 安徽四新电子有限责任公司 | Novel bundled capacitor |
| CN106328374A (en) * | 2016-10-14 | 2017-01-11 | 安徽四新电子有限责任公司 | Capacitor convenient to fix |
| CN108738298A (en) * | 2017-02-22 | 2018-11-02 | 金硕焕 | Rope regulating device |
| CN108738298B (en) * | 2017-02-22 | 2021-04-16 | 金硕焕 | Rope adjusting device |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150729 Termination date: 20210226 |
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| CF01 | Termination of patent right due to non-payment of annual fee |