CN204476023U - A kind of for locking the clinching lock of drying gate body - Google Patents
A kind of for locking the clinching lock of drying gate body Download PDFInfo
- Publication number
- CN204476023U CN204476023U CN201520103710.7U CN201520103710U CN204476023U CN 204476023 U CN204476023 U CN 204476023U CN 201520103710 U CN201520103710 U CN 201520103710U CN 204476023 U CN204476023 U CN 204476023U
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- plate
- locking
- lock
- pressing plate
- pressing
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Abstract
The utility model discloses a kind of for locking the clinching lock of drying gate body, comprise fixed part, described fixed part is connected to rotating mechanism, described rotating mechanism is connected to the Handheld Division rotated for controlling it, with the screw rod be connected to for pressing door body, described rotating mechanism is also connected to retaining mechanism, is used for when door body compresses and Handheld Division interacts, and rotating mechanism can not be rotated after door body is by screw-pressing again.The utility model belongs to pure frame for movement, and overall structure is simple, long service life, and cost is low, effectively can avoid maloperation, effectively can carry out airtight locking to oven dry gate body.
Description
Technical field
The utility model belongs to mechanical door lock field, particularly relates to dryer door lock field, for a kind of for locking the clinching lock of drying gate body.
Background technology
Dryer is a kind of electrical equipment being made the instant evaporation drying of the moisture in clothing by blowing hot-air.Along with dryer is commercially more and more universal, the reliability requirement of corresponding component is also more and more higher, and wherein door lock assembly just seems particularly important in dryer field.
Existing dryer door lock assembly is generally electronic lock or pure mechanical lock, door lock assembly is attached on door and cabinet, by corresponding parts by door locked on dryer vessel, but status requirement is higher when these door lock assemblies are installed, need to ensure that the door lock components on door and the door lock components on cabinet can mate joint.
In addition, the general relatively pure mechanical lock of existing electronic lock price is high, and easily break down, maintenance cost is high, and existing pure mechanical lock is generally buckle structure, dryer vessel is installed and fixes a hook part, and installation secures rotatable similar S type hook shaped component on door, when wanting locking door, its hook portion is made to rotate certain angle by rotating S type hook shaped component, when door closes towards cabinet, the bending section back side colliding hook part on cabinet just can be avoided in the bending section front of this hook portion, and carry out snap engagement with the bending section front of hook part on cabinet, thus reach door locking, but this door lock assembly also there will be some problems, as door locking mainly realizes the airtight of a body by the tight buckle in two hook bending section fronts, its this structure can not adjust the locking degree of door, likely cause there is gap between door and cabinet, and in order to ensure that gap is little as far as possible, need to lock a door by very large power, therefore the interaction force of locking mechanism between them is very large, contact surface is smaller, more severe to the wearing and tearing in hook shaped component and hook part bending section front, for a long time door lock can be caused to occur damaging, and the hot gas of dryer inner core is leaked, scald and be positioned at dryer people in front of the door or thing, and also easily there is maloperation in this structure, when staff do not note first rotating S type hook shaped component just very energetically remove locking door time, the bending section front of S type hook shaped component hook portion and the bending section back side of gate stop subassembly then can be caused fiercely to collide, these wearing and tearing to door lock are abnormal severe, also two hook engagings cannot be made.
Application for a patent for invention numbers 200810086613.6, it provide a kind of door handle, in the door handle, securing rod is made up of hook shape portion and reaping hook shape portion, hook shape portion is formed the lock slots of the circular shape that can engage with the locking component of bracket, reaping hook shape portion is provided with locking guider, this locking guider is that curved shape extends from lock slots, by by operating grip from regulation extended position rotation process to regulation lodging location, locking component slides, lock slots is guided to locking component engaging, door is introduced the fixed frame support body that furthers simultaneously.Although this door handle can improve the seal of door, but there is the above-mentioned technological deficiency mentioned equally, as staff forgets that rotation lock fixed pole is directly locked a door, the hook shape portion of securing rod and locking component can be allowed to occur fiercely to collide, easy damage they, in addition, they also need to be arranged on separately on door and casing, require higher to installation accuracy.
Utility model content
In order to solve prior art Problems existing, the utility model provides a kind of for locking the clinching lock of drying gate body, and it belongs to pure frame for movement, overall structure is simple, long service life, and cost is low, effectively maloperation can be avoided, effectively airtight locking can be carried out to oven dry gate body.
A kind of for locking the clinching lock of drying gate body, comprise fixed part, described fixed part is connected to rotating mechanism, described rotating mechanism is connected to the Handheld Division rotated for controlling it, with the screw rod be connected to for pressing door body, described rotating mechanism is also connected to retaining mechanism, is used for when door body compresses and Handheld Division interacts, and rotating mechanism can not be rotated after door body is by screw-pressing again.
In the utility model, whole clinching lock is fixed on the cabinet of dryer by fixed part, controls rotating mechanism rotation drive screw-pressing door body by Handheld Division; After door body compresses, if door body impacts will eject by the hot gas of dryer inner core, then can be subject to retaining mechanism to stop, retaining mechanism can interact with the part body of Handheld Division, make they and rotating mechanism three temporarily relative fixing, rotating mechanism can not be rotated, therefore screw rod also can keep impaction state always again, thus reach airtight effect of locking a door.Such structure does not need on door, to arrange any parts again, there is not in the process of locking a door the maloperation problem that some parts of drying gate and dryer vessel produce mutual interference and collision, avoids the problem causing hot gas to leak because of door body not tight; And the pivoting friction that rotating mechanism of the present utility model produces can be ignored substantially to the wearing and tearing that mechanical part brings, whole clinching is locked the mechanical collision produced and is just produced in the moment of screw-pressing door, but their contact surface is larger, and do not need great dynamics operation to get final product locking door body, therefore not easily produce wearing and tearing, the door lock being greater than prior art application life of whole clinching lock, and clinching lock belongs to mechanical device, overall structure is simple, simple operation, use cost and maintenance cost are lower than the electronic lock of prior art.
Preferably, described rotating mechanism comprises the active plate being controlled rotation by Handheld Division, and the pressing plate be flexibly connected with active plate one end, and described pressing plate one end is located in fixed part, and is flexibly connected with it, and the pressing plate other end is provided with the lock ring be connected with screw rod.
In the utility model, active plate rotates under the manipulation of Handheld Division, and then drives press plate rotary, and pressing plate is owing to being located in fixed part in one end, and it can rotate around fixed part, thus controls unlatching or the locking of screw rod opposite house body.The utility model have employed multiple revolute pair, the revolute pair that the revolute pair of rotating around Handheld Division as active plate, pressing plate rotate around active plate and the revolute pair that pressing plate rotates around fixed part, the active force being applied to Handheld Division is converted into the thrust that gate body is dried in locking, and the flexible connection relation between them cooperates and is equal to leverage, make the active force being applied to Handheld Division littlely just can provide a larger thrust; Meanwhile, between each revolute pair, almost there is no CONTACT WITH FRICTION, effectively can improve the application life of each parts.
In addition, it is consider that the active force that rotating mechanism applies fixed part is more even that rotating mechanism is arranged in fixed part by the utility model, this is comparatively suitable selection, but do not do unique restriction, as long as fixed part being connected to rotating mechanism is all that the utility model is contained, be also fine as the pressing plate in rotating mechanism is arranged on fixed part side.
Preferably, the junction of described active plate and pressing plate is positioned at the middle part of pressing plate.
In the utility model, the middle part that the junction of active plate and pressing plate is positioned at pressing plate is not limit the middle being arranged on pressing plate, mid range is larger, any one position between the head and afterbody of pressing plate can, the need of production specifically locked according to actual clinching determines position, junction.
Preferably, described lock ring with between screw rod for being threaded.
In the utility model, relative position between lock ring and screw rod can be threaded connection and adjust, this can adjust the thrust of locking door body flexibly in good time, the locking degree of control gate body, there is better flexibility convenience, ensure the seal of door, not easily make hot gas leak, and the mechanical door lock of prior art opposite house body locking degree can not adjust.In addition, if the adjustment of opposite house body coupling mechanism force there is not requirement, lock ring also can be connected to one with screw rod by the utility model or directly pressing plate one end is fixedly connected with screw rod, specifically determines according to the actual requirements.
Preferably, described Handheld Division includes hand lever, clamp frame and solid pressure junction plate, described hand lever is fixedly connected with clamp frame, described clamp frame two sides have clamp frame chute and slot from top to bottom successively, described solid pressure junction plate side has solid pressure junction plate chute from top to bottom successively and is provided with the pressure pad block that can insert slot, and solid pressure junction plate one end is flexibly connected with fixed part, and the active plate other end has through hole, and clamp frame chute, solid pressure junction plate chute and active plate through hole are passed by threaded column, and threaded column is positioned at two outside clamp frame by nut check.
In the utility model, pressure pad block clamp frame and solid pressure junction plate are connected as one, thus their rotation just can drive active plate to rotate after inserting slot, and then controls pressing plate drive screw rod locking door.When after locking door, drive slot to leave pressure pad block just can keep the locking state of door always by hand lever, people goes to rotate hand lever again and screw rod also cannot be driven from opening door body, efficiently avoid maloperation.In addition, solid pressure junction plate one end is flexibly connected with fixed part, and the utility model can be preferably solid pressure junction plate and be arranged on outside fixed part, and is flexibly connected with it.The utility model can control the locking force of opposite house body by adjustment threaded column.
Preferably, described retaining mechanism comprises pressure lock muscle, on in the middle part of described pressing plate of pressing lock muscle to be fixedly connected on rotating mechanism, and arrange with its right-angled intersection, for when screw-pressing door body and the solid pressure junction plate of Handheld Division mutually withstand, thus restriction press plate rotary, being fixedly connected with before position in the lock ring of the articulated positions of active plate and pressing plate near pressing plate of described pressure lock muscle, and it is fixedly connected with position and makes pressure lock muscle and solid pressure junction plate when mutually withstanding, screw rod keeps the state of vertical pressing door surface.
In the utility model, when screw rod is under the pressing plate of rotating mechanism drives after pressing door body, be fixedly connected on the compression influential point of tendons on pressing plate to be withstood by the solid pressure junction plate of Handheld Division, pressing plate can not be rotated backward again, compression muscle plays position-limiting action, therefore makes screw-pressing door body and can not allow the hot gas top-opening door body of dryer inner core.In addition, have employed compression muscle and the power of Handheld Division can be made when locking a door further to be applied on pressing plate, thus the thrust giving screw rod one large vertically compresses door exterior surface.It also plays position-limiting action in addition, prevents people from being maloperation, too near dryer inner core for avoiding the rear Handheld Division of a unlatching to rotate excessive, causes people to go to hold it and is scalded by the hot gas of inner core.
Preferably, described retaining mechanism also comprises latch, described latch for insert be located at solid pressure junction plate and fixed head through hole in.
It is in order to avoid people is maloperation that the utility model is also provided with latch; latch is inserted after in the through hole of solid pressure junction plate and fixed part; just can limit the degree of freedom of solid pressure junction plate, make it can not have rotated under Handheld Division controls, like this can the locking state of door body of available protecting.
Preferably, described fixed part is two pieces of symmetrically arranged fixed heads, and described two pieces of fixed heads comprise line part, oblique line portion and camber line portion.
The camber line portion of described two pieces of fixed heads is its end, and they make it embed by being flexibly connected with one end of pressing plate, and the active connection place of two fixed heads and solid pressure junction plate is positioned in the middle part of two fixed heads and place of close oblique line portion.
In the utility model, fixed part mainly plays fixed support and plays whole clinching lock, the fixed mount that its structure can be formed in one, be welded to again on rack, also can be two pieces of fixed heads be oppositely arranged, they are welded on cabinet symmetrically, and the utility model is desirably the latter, but does not do unique restriction.
Preferably, described active plate, pressing plate and solid pressure junction plate are two pieces, and all arrange about same axisymmetrical with two fixed heads.
Described active plate and the one end be flexibly connected in the middle part of pressing plate are arcuate structure, described clamp frame, solid pressure junction plate, active plate and pressing plate are arranged side by side from outer successively toward interior, and clamp frame chute, two pieces of solid pressure junction plate chutes and two pieces of active plate through holes pass by threaded column, by making it embed with being flexibly connected in the middle part of pressing plate between two active plates, and two active plates can rotate around the camber line portion of two fixed heads and oblique line portion in the process of locking a door.
Clinching lock entirety of the present utility model axisymmetricly, active plate is in rotation process, can just around the camber line portion of fixed head and oblique line portion smooth rotation, wherein fixed head is provided with the structure in camber line portion and oblique line portion and active plate end is provided with arcuate structure, mainly for preventing active plate from occurring interfering with fixed head in rotation process, active plate end just can steadily be rotated around the camber line portion of fixed head and oblique line portion.
Preferably, described flexible connection is axis hole matched in clearance, is connected with movable span by arranging movable post.
In the utility model, be flexibly connected the connection that namely namely movable post and movable span are also set by axis hole in the parts related to, make can relatively rotate between them, as being flexibly connected of solid pressure junction plate and fixed part, namely the other end inner surface that solid pressure junction plate does not have a chute has movable span, fixed part is also that fixed head also has movable span, then they are passed by movable post coaxial line, and the shaft hole matching between movable post and movable span is matched in clearance, can ensure that movable post rotates in movable span; In like manner, also have movable span in the middle part of pressing plate, this movable span is passed by movable post in two active plate ends; Namely the two camber line portions of fixed head one end and being flexibly connected of pressing plate end, also have movable span at pressing plate, and then this movable span passes by movable post in two camber line portions.
In addition, the utility model also can equally as the door lock assembly at ozone cold blower fan.
Compared with prior art, the beneficial effect that has of the utility model:
1. pure mechanical device, overall structure is simple, simple operation, and use cost is low;
2. the active force be applied on hand lever is converted into the thrust that gate is dried in screw rod locking by people to adopt multiple revolute pair, and it is little to rub, less to the wearing and tearing of each component, substantially increases the application life of device;
3. screw rod makes the compression dynamics of locking door adjustable with being threaded of lock ring, has better timeliness flexibly;
4. the inserting slot construction of clamp frame and the pressure pad block of solid pressure junction plate arrange the rotation that namely better can drive other component, people also can be avoided to be maloperation simultaneously;
5. whole clinching locking fixes on the cabinet of dryer, and it is fixing comparatively convenient to install, and does not need to consider position relationship when being arranged on the part bonding of drying on gate and casing;
6. the locking of clinching lock opposite house body is locked by thrust, and be provided with retaining mechanism to prevent a body by dryer inner core hot gas impact flick, this thrust locking door body is completely different from the snap lock that prior art adopts, and in cost, installation and the snap lock being all better than prior art application life.
Accompanying drawing explanation
Fig. 1: the structural representation one of the utility model clinching lock;
Fig. 2: the structural representation two of the utility model clinching lock;
Fig. 3: the explosive decomposition schematic diagram of the utility model clinching lock;
Fig. 4: the structural representation of fixed head;
Fig. 5: the utility model action schematic diagram.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in further detail.
Embodiment:
As depicted in figs. 1 and 2, a kind of for locking the clinching lock of drying gate body, comprise fixed part 3, described fixed part 3 is connected to rotating mechanism 2, described rotating mechanism 2 is connected to the Handheld Division 1 rotated for controlling it, and is connected to the screw rod 4 for pressing door body, and described rotating mechanism 2 is also connected to retaining mechanism 22, be used for when door body compresses and Handheld Division interacts, rotating mechanism 2 can not be rotated after door body is compressed by screw rod 4 again.
Again shown in composition graphs 3 and Fig. 4, as follows:
Described fixed part 3 is two pieces of fixed heads 5 being symmetricly set on dryer vessel, described two pieces of fixed heads 5 comprise line part 25, oblique line portion 23 and camber line portion 24, wherein two camber line portions 24 are the end of fixed head 5, and they make it embed by being flexibly connected with one end of pressing plate 6.
Described rotating mechanism 2 comprises the active plate 7 being controlled rotation by Handheld Division 1, and the pressing plate 6 to be flexibly connected with active plate 7, described pressing plate 6 one end is located in two fixed heads 5, and is flexibly connected with it, and pressing plate 6 other end is provided with the lock ring 11 be threaded with screw rod 4.
Described active plate 7 and the junction of pressing plate 6 are positioned at the middle part of pressing plate 6.
Described Handheld Division 1 includes hand lever 10, clamp frame 9 and solid pressure junction plate 8, described hand lever 10 is connected to one with clamp frame 9, described clamp frame 9 two sides have clamp frame chute 17 and slot 19 from top to bottom successively, described solid pressure junction plate 8 side has solid pressure junction plate chute 18 from top to bottom successively and is provided with the pressure pad block 13 that can insert slot 19, and solid pressure junction plate 8 one end is flexibly connected with fixed head 5, and active plate 7 other end has through hole 20, described active plate 7, pressing plate 6 and solid pressure junction plate 8 are two pieces, and all arrange about same axisymmetrical, described active plate 7 is arcuate structure with the one end be flexibly connected in the middle part of pressing plate 6.The frame of clamp described in the present embodiment 9, solid pressure junction plate 8, active plate 7 and pressing plate 6 are arranged side by side from outside to inside successively, and clamp frame chute 17, two pieces of solid pressure junction plate chutes 18 and two pieces of active plate through holes 20 allow threaded column 14 pass, and two that threaded column 14 is positioned at outside clamp frame 9 is locked by nut 15, by making it embed with being flexibly connected in the middle part of pressing plate 6 between two active plates 7, and two active plates 7 can rotate around the camber line portion 24 of two fixed heads 5 and oblique line portion 23 in the process of locking a door.
Described retaining mechanism 22 comprises pressure lock muscle 12, on in the middle part of described pressing plate 6 of pressing lock muscle 12 to be fixedly connected on rotating mechanism 2, and arrange with its right-angled intersection, for when screw rod 4 pressing door body and the solid pressure junction plate 8 of Handheld Division mutually withstand, thus restriction pressing plate 6 rotates.
Flexible connection involved by the present embodiment is axis hole matched in clearance, wherein being flexibly connected of two solid pressure junction plates 8 and two fixed heads 5, namely the other end inner surface that two solid pressure junction plates 8 do not have a chute has movable span, the middle part of two fixed heads 5 also has movable span near place of oblique line portion 23, then they are passed by movable post 16 coaxial line, and the shaft hole matching between movable post 16 and movable span is matched in clearance, can ensure that movable post 16 rotates in hole.Also have movable span in the middle part of pressing plate 6, this movable span is passed by movable post in two active plate 7 ends; Namely the two camber line portions of fixed head 5 one end and being flexibly connected of pressing plate 6 end, also have movable span at pressing plate 6, and then two camber line portions are by movable post through this movable span, and the present embodiment marks no longer in detail, can observe from diagram.
The retaining mechanism 22 of the present embodiment further comprises latch 21, described latch 21 for insert be located at solid pressure junction plate 8 and fixed head 5 through hole in.
Operating principle of the present utility model: fixed head 5 is weldingly fixed on dryer vessel, oven dry gate is closed, manually hold hand lever 10 simultaneously, the pressure pad block 13 of solid pressure junction plate 8 is allowed to insert slot 19 correspondence of clamp frame 9, thus hand lever 10 rotates, drive active plate 7 to rotate, and then drive pressing plate 6 to rotate, then pressing plate 6 controls screw rod 4 and is compressed by door airtight; When after door locking, slot 19 and pressure pad block 13 can be separated or inserted in the through hole being located at solid pressure junction plate 8 and fixed head 5 by latch 21, now can avoid artificial incorrect operation, door is maintained the lock status always.If screw rod 4 does not reach door at the beginning or wants to adjust the locking force of door, the relative position of screw rod 4 and lock ring 11 also can be adjusted.
As shown in Figure 5, being door capable of being opened body process from left to right, when wanting door capable of being opened body, allowing the pressure pad block 13 of solid pressure junction plate 8 insert slot 19 correspondence of clamp frame 9, thus hand lever 10 rotation just can be unclamped screw rod.
Claims (10)
1. lock for locking the clinching of drying gate body for one kind, comprise fixed part, it is characterized in that, described fixed part is connected to rotating mechanism, described rotating mechanism is connected to the Handheld Division rotated for controlling it, and is connected to the screw rod for pressing door body, and described rotating mechanism is also connected to retaining mechanism, be used for when door body compresses and Handheld Division interacts, rotating mechanism can not be rotated after door body is by screw-pressing again.
2. according to claim 1 for locking the clinching lock of drying gate body, it is characterized in that, described rotating mechanism comprises the active plate being controlled rotation by Handheld Division, and the pressing plate to be flexibly connected with active plate one end, described pressing plate one end is located in fixed part, and be flexibly connected with it, the pressing plate other end is provided with the lock ring be connected with screw rod.
3. according to claim 2 for locking the clinching lock of drying gate body, it is characterized in that, the junction of described active plate and pressing plate is positioned at the middle part of pressing plate.
4. according to claim 2ly to it is characterized in that for locking the clinching lock of drying gate body, described lock ring with between screw rod for being threaded.
5. according to claim 2 for locking the clinching lock of drying gate body, it is characterized in that, described Handheld Division includes hand lever, clamp frame and solid pressure junction plate, described hand lever is fixedly connected with clamp frame, described clamp frame two sides have clamp frame chute and slot from top to bottom successively, described solid pressure junction plate side has solid pressure junction plate chute from top to bottom successively and is provided with the pressure pad block that can insert slot, and solid pressure junction plate one end is flexibly connected with fixed part, and the active plate other end has through hole, and clamp frame chute, solid pressure junction plate chute and active plate through hole are passed by threaded column, and threaded column is positioned at two outside clamp frame by nut check.
6. according to claim 5 for locking the clinching lock of drying gate body, it is characterized in that, described retaining mechanism comprises pressure lock muscle, on in the middle part of described pressing plate of pressing lock muscle to be fixedly connected on rotating mechanism, and arrange with its right-angled intersection, for when screw-pressing door body and the solid pressure junction plate of Handheld Division mutually withstand, thus restriction press plate rotary, being fixedly connected with before position in the lock ring of the articulated positions of active plate and pressing plate near pressing plate of described pressure lock muscle, and it is fixedly connected with position and makes pressure lock muscle and solid pressure junction plate when mutually withstanding, screw rod keeps the state of vertical pressing door surface.
It is 7. according to claim 6 that for locking the clinching lock of drying gate body, it is characterized in that, described retaining mechanism also comprises latch, described latch for insert be located at solid pressure junction plate and fixed head through hole in.
8. according to claim 6 for locking the clinching lock of drying gate body, it is characterized in that, described fixed part is two pieces of symmetrically arranged fixed heads, described two pieces of fixed heads comprise line part, oblique line portion and camber line portion, camber line portion is its end, they make it embed by being flexibly connected with one end of pressing plate, and the active connection place of two fixed heads and solid pressure junction plate is positioned in the middle part of two fixed heads and place of close oblique line portion.
9. according to claim 8 for locking the clinching lock of drying gate body, it is characterized in that, described active plate, pressing plate and solid pressure junction plate are two pieces, and all arrange about same axisymmetrical with two fixed heads, described active plate and the one end be flexibly connected in the middle part of pressing plate are arcuate structure, described clamp frame, solid pressure junction plate, active plate and pressing plate are arranged side by side from outer successively toward interior, and clamp frame chute, two pieces of solid pressure junction plate chutes and two pieces of active plate through holes pass by threaded column, it is made to embed by being flexibly connected with the middle part of pressing plate between two active plates, and two active plates can rotate around the camber line portion of two fixed heads and oblique line portion in the process of locking a door.
10. locking for locking the clinching of drying gate body according to claim 2 to 9 any one, it is characterized in that, described flexible connection is axis hole matched in clearance, is connected with movable span by arranging movable post.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520103710.7U CN204476023U (en) | 2015-02-13 | 2015-02-13 | A kind of for locking the clinching lock of drying gate body |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520103710.7U CN204476023U (en) | 2015-02-13 | 2015-02-13 | A kind of for locking the clinching lock of drying gate body |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204476023U true CN204476023U (en) | 2015-07-15 |
Family
ID=53631825
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520103710.7U Withdrawn - After Issue CN204476023U (en) | 2015-02-13 | 2015-02-13 | A kind of for locking the clinching lock of drying gate body |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204476023U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104675218A (en) * | 2015-02-13 | 2015-06-03 | 肖泽斌 | Retainer lock for locking door of dryer |
-
2015
- 2015-02-13 CN CN201520103710.7U patent/CN204476023U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104675218A (en) * | 2015-02-13 | 2015-06-03 | 肖泽斌 | Retainer lock for locking door of dryer |
| CN104675218B (en) * | 2015-02-13 | 2017-05-24 | 肖泽斌 | Retainer lock for locking door of dryer |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150715 Effective date of abandoning: 20170524 |
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| AV01 | Patent right actively abandoned |