CN204746652U - Can control device of water route switching and break -make - Google Patents
Can control device of water route switching and break -make Download PDFInfo
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- CN204746652U CN204746652U CN201520376451.5U CN201520376451U CN204746652U CN 204746652 U CN204746652 U CN 204746652U CN 201520376451 U CN201520376451 U CN 201520376451U CN 204746652 U CN204746652 U CN 204746652U
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Abstract
The utility model discloses a can control device of water route switching and break -make, including fixed portion, switching mechanism, on -off mechanism and slipper. This fixed portion has intake a way and a plurality of play water route that can both put through the way that intakes, this switching mechanism includes that one rotates and to establish the water diversion disk in fixed portion, and this water diversion disk lies in into the water way and goes out between the water route and rotate through the water diversion disk and realize that a plurality of water routes switch over the switch -on way that intakes, this on -off mechanism is installed and is intake the sweetgum fruit absolutely on the way that intakes with control, this slipper sliding connection is at fixed portion and transmission connect switch mechanism and on -off mechanism. It has following advantage: slipper sliding connection can control switching mechanism realization switching at fixed portion and transmission connect switch mechanism and on -off mechanism as long as the operation slipper slides, and the break -make is realized to the control on -off mechanism, convenient operation, and compact structure, occupation space is little.
Description
Technical field
The utility model relates to a kind of device that can control water route switching and break-make.
Background technology
The existing device that can control water route switching and break-make, comprises standing part, and this standing part has a water inlet road and some water outlet path can connecting water inlet road.This switching mechanism be located at between water road and water outlet path for switching out water route, this on off mechanism is located at into water road for controlling water inlet road break-make.This switching mechanism and on off mechanism are respectively equipped with handover operation part and make-break operation part.It has following deficiency: arrange two operating parts, and take up room large, inconvenient user operation, outward appearance unsightly.
Utility model content
The utility model provides a kind of device that can control water route switching and break-make, which overcomes in background technology the deficiency existing for device that can control water route switching and break-make.
The technical scheme adopted that the utility model solves its technical problem is:
A kind of device that can control water route switching and break-make, comprise standing part (10), this standing part (10) has a water inlet road (11) and some water outlet path (12) can connecting water inlet road (11), also comprises switching mechanism (20), on off mechanism (30) and slipper (40); This switching mechanism (20) comprises a rotation and is located at water diversion disk (21) in standing part (10), and this water diversion disk (21) is positioned at and realizes some water outlet path (12) and switch into rotating between Shui Lu (11) and water outlet path (12) and by water diversion disk (21) and connect water inlet road (11); This on off mechanism (30) is installed in into Shui Lu (11) to control road (11) break-make of intaking; This slipper (40) is slidably connected at standing part (10) and the switching mechanism that is in transmission connection (20) and on off mechanism (30).
Among one embodiment: this switching mechanism (20) also comprises a ratchet and pawl arrangement (22), this ratchet and pawl arrangement (22) is in transmission connection water diversion disk (21) to make water diversion disk (21) one-directional rotation;
Slide in this slipper (40) relatively fixed part (10) between primary importance and the second place, between this primary importance and second place, there is centre position, to be slided between centre position and primary importance driving pawl detent mechanism (22) by slipper (40), being slided between centre position and the second place by slipper (40) drives on off mechanism (30).
Among one embodiment: this on off mechanism (30) is slidably connected at standing part (10), and the break-make of control water inlet road (11) of being slided by off mechanism (30); One end energy contact ratchet and pawl arrangement (22) of this slipper (40); The other end of this slipper (40) is provided with an inclined plane and two and is connected to the upper parallel surface of inclined plane both sides and lower parallel surface, and this on off mechanism (30) moves between upper and lower parallel surface.
Among one embodiment: this on off mechanism (30) glide direction and slipper (40) glide direction intersect.
Among one embodiment: this ratchet and pawl arrangement (22) comprises ratchet (221), ratchet (222) and stop bit pawl (223); The coaxial affixed water diversion disk (21) of this ratchet (221) and peripheral hardware ratchet; This ratchet (222) one end pivot joint standing part (10), other end contact ratchet, slipper (40) energy contact ratchet (222), to drive ratchet (222) movable, is rotated to drive ratchet (221) by the movable also contact ratchet of ratchet (222); This stop bit pawl (223) one end is installed in standing part (10), and other end contact ratchet is to limit ratchet (221) reversion.
Among one embodiment: also comprise push rod (23) and the first elastomer (24); This push rod (23) slips in standing part (10), establishes the first elastomer (24) between this push rod (23) and standing part (10); The upper recessed horizontal groove (231) of this push rod (23), this ratchet (222) middle part adaptation is located in horizontal groove (231), and this slipper (40) can contact push rod (23).
Among one embodiment: this standing part (10) is provided with one between point water cavity (13) between road (11) and water outlet path (12) of intaking, each this water outlet path (12) all has the bleeder that is positioned at a point water cavity (13) bottom surface, this water diversion disk (21) sealed rotational is connected to a point water cavity (13) bottom surface, be provided with a water hole (211) on this water diversion disk (21), rotated by water diversion disk (21) and make water hole (211) switch the multiple bleeder of connection.
Among one embodiment: this on off mechanism (30) comprises valve body (31), spool (32) and the second elastomer (33), this valve body (31) and spool (32) are fixed together, this valve body (31) divides into segment groove (311), spin (34) is established in this segment groove (311), this spin (34) is stretched out under valve body (31), when slipper (40) is in primary importance and centre position, the outstanding lower parallel surface being connected to slipper (40) of this spin; When slipper (40) is in the second place, this spin is resisted against the upper parallel surface of slipper (40), slided by valve body (31) and control water inlet road (11) break-make, this second elastomer (33) contact spool (32) and standing part (10).
Among one embodiment: this standing part (10) also comprises mandrel (14), this mandrel (14) is provided with the installing hole (141) run through up and down, this installing hole (141) place is formed with a break-make water route, this mandrel (14) hollow has the front water route and rear water route that lay respectively at installing hole (141) both sides, this break-make water route turns between front water route and rear water route, this break-make water route, front water route and rear water route form the part of water inlet road (11) or water inlet road (11), this break-make water route has a upper part, one lower part and one turns on the break-make mouth (142) between upper part and lower part, this break-make mouth (142) area of section is less than upper part area of section, lower part area of section,
This spool (32) adaptation is slipped in upper part, this valve body (31) adaptation is slipped in lower part, this valve body (31) by hydraulic pressure area be greater than spool (32) by hydraulic pressure area, solid bar is installed with in the middle part of valve body (31) end face, whether this solid bar, through break-make mouth (142) affixed spool (32), seals break-make mouth (142) by valve body (31) and controls break-make water route break-make.
Among one embodiment: this slipper (40) comprises slide bar (41) and push button (42), this slide bar (41) slips in standing part (10), to stretch in standing part (10) and affixed slide bar (41) outside this push button (42) self-retaining part (10).
The technical program is compared with background technology, and its tool has the following advantages:
1, slipper is slidably connected at standing part and be in transmission connection switching mechanism and on off mechanism, as long as operation slipper slides can control switching mechanism realization switching, control on off mechanism and realize break-make, easy to operate, compact conformation, takes up room little.
2, slipper slides driving pawl detent mechanism between centre position and primary importance, water diversion disk one-directional rotation is driven to realize switching by ratchet and pawl arrangement, being slided between centre position and the second place by slipper drives on off mechanism to realize break-make control, compact conformation, switches and break-make easily operates control respectively.
3, controlled the break-make on water inlet road by off mechanism slip, slipper comprises an inclined plane and upper and lower two parallel surfaces, and two parallel surfaces are parallel can make on off mechanism remain on opening state to control slipper when primary importance and centre position are slided.
4, ratchet and pawl arrangement comprises ratchet, ratchet and stop bit pawl, and compact conformation switches reliable and stable.
5, recessed horizontal groove on push rod, in the middle part of ratchet, adaptation is located in horizontal groove, slipper energy contact push rod, first elastomer is located between push rod and standing part, topology layout is reasonable, can ensure to switch reliable and stable, slipper can be avoided to slide between centre position and the second place mistiming operation shifting mechanism.
6, spin is stretched out under valve body and coordinate connection of rolling between upper and lower parallel surface, ensure that on off mechanism controls reliable and stable, when slipper slides between primary importance and centre position, spin is suspended in lower parallel surface, make button when handoff functionality, be not subject to the impact of spin and lower parallel surface frictional force, make button feel lighter; And the second elastomer contact spool and standing part and this valve body by hydraulic pressure area be greater than spool by hydraulic pressure area to ensure that spin is in opening state by upper planar movement on off mechanism during lower plane.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is described in further detail.
Fig. 1 depicts the schematic perspective view of device.
Fig. 2 depicts the perspective exploded view of device.
Fig. 3 depicts the profile of device, and this timer goes out the first spray.
Fig. 4 depicts the schematic perspective view of the removal bonnet of device, and this timer goes out the first spray.
Fig. 5 depicts the sectional perspective schematic diagram of the switching mechanism of device, and this timer goes out the first spray.
Fig. 6 depicts the profile of device, and this timer goes out to mix spray.
Fig. 7 depicts the schematic perspective view of the removal bonnet of device, and this timer goes out to mix spray.
Fig. 8 depicts the sectional perspective schematic diagram of the switching mechanism of device, and this timer goes out to mix spray.
Fig. 9 depicts the profile of device, and this timer goes out the second spray.
Figure 10 depicts the schematic perspective view of the removal bonnet of device, and this timer goes out the second spray.
Figure 11 depicts the sectional perspective schematic diagram of the switching mechanism of device, and this timer goes out the second spray.
The on off mechanism that Figure 12 depicts device is in the generalized section of disconnection.
Figure 13 depicts the A place close-up schematic view of Figure 12.
Detailed description of the invention
Please refer to Fig. 1 to Figure 13, a kind of device that can control water route switching and break-make, comprises standing part 10, switching mechanism 20, on off mechanism 30 and slipper 40.This standing part 10 has a water inlet road 11, the some point water cavity 13 of water outlet path 12, between water inlet road 11 and water outlet path 12 can connecting water inlet road 11, each this water outlet path 12 all has the bleeder that is positioned at point water cavity 13 bottom surface, and water inlet road 11 is connected on this point of water cavity 13 top.
This switching mechanism 20 comprises a rotation and is located at water diversion disk 21 in standing part 10, this water diversion disk 21 sealed rotational is connected to point water cavity 13 bottom surface, a water hole 211 is provided with on this water diversion disk 21, being rotated by water diversion disk 21 makes water hole 211 switch the multiple bleeder of connection, realize some water outlet path 12 to switch and connect water inlet road 11, as gone out the first spray, the second spray, mixing first, second mixing spray.
In concrete structure: this switching mechanism 20 also comprises a ratchet and pawl arrangement 22, push rod 23 and the first elastomer 24, this ratchet and pawl arrangement 22 is in transmission connection water diversion disk 21 to make water diversion disk 21 one-directional rotation.This ratchet and pawl arrangement 22 comprises ratchet 221, ratchet 222 and stop bit pawl 223; The coaxial affixed water diversion disk 21 of this ratchet 221 and peripheral hardware ratchet; This ratchet 222 one end pivot joint standing part 10, other end contact ratchet; This stop bit pawl 223 one end is installed in standing part 10, and other end contact ratchet reverses to limit ratchet 221.This push rod 23 slips at standing part 10, establishes the first elastomer 24 can reset to make push rod 23 between this push rod 23 and standing part 10; A recessed horizontal groove 231 on this push rod 23, in the middle part of this ratchet 222, adaptation is located in horizontal groove 231, and this slipper 40 can contact push rod 23.Drive push rod 23 forward slip by slipper 40 contact push rod 23, it is movable forward that push rod 23 drives in the middle part of ratchet 222, and make the ratchet of ratchet 222 end contact ratchet 221, ratchet 221 is rotated forward, and ratchet 221 drives water diversion disk to rotate forward; After the first end contact push rod release of slipper 40, the first elastomer drives ratchet, push rod to reset, and this stop bit pawl 223 limits ratchet 221 and reverses.
This on off mechanism 30 is slidably connected at standing part 10, and the break-make on control water inlet road 11 of being slided by off mechanism 30.The second end of this slipper 40 is provided with an inclined plane 44 and two parallel surface 43, two parallel surfaces being connected to inclined plane both sides are respectively parallel upper parallel surface and lower parallel surface.This on off mechanism 30 glide direction is vertical with slipper 40 glide direction, and vertical parallel.One end of this on off mechanism 30 is moved between upper parallel surface and lower parallel surface.In concrete structure: this on off mechanism 30 comprises valve body 31, spool 32 and the second elastomer 33, this valve body 31 and spool 32 are fixed together, this valve body 31 divides into segment groove 311, spin 34 is established in this segment groove 311, this spin 34 to stretch out under valve body 31 and, when slipper 40 is in primary importance and centre position, this spin hangs the lower parallel surface being connected to slipper 40; When slipper 40 is in the second place, this spin is resisted against the upper parallel surface of slipper 40, and being slided by valve body 31 controls water inlet road 11 break-make, this second elastomer 33 contact spool 32 and standing part 10.
This standing part 10 also comprises mandrel 14, this mandrel 14 is provided with the installing hole 141 run through up and down, this installing hole 141 place is formed with a break-make water route, this mandrel 14 hollow has the front water route and rear water route that lay respectively at installing hole 141 both sides, this break-make water route turns between front water route and rear water route, this break-make water route, front water route and rear water route form the part on water inlet road 11 or water inlet road 11, this break-make water route has a upper part, one lower part and one turns on the break-make mouth 142 between upper part and lower part, this break-make mouth 142 area of section is less than upper part area of section, lower part area of section, this spool 32 adaptation is slipped in upper part, this valve body 31 adaptation is slipped in lower part, due to this valve body 31 by hydraulic pressure area be greater than spool 32 by hydraulic pressure area, and under the effect of the second elastomer 33 elastic force, make spin be in opening state by upper planar movement on off mechanism during lower plane.Be installed with solid bar in the middle part of valve body 31 end face, whether this solid bar, through the affixed spool 32 of break-make mouth 142, seals break-make mouth 142 by valve body 31 and controls break-make water route break-make.
Slide in this slipper 40 relatively fixed part 10 between primary importance and the second place, between this primary importance and second place, there is centre position, to be slided between centre position and primary importance driving pawl detent mechanism 22 by slipper 40, being slided between centre position and the second place by slipper (40) drives on off mechanism 30.
This slipper 40 comprises slide bar 41 and push button 42, and this slide bar 41 slips in standing part 10, to stretch in standing part 10 and affixed slide bar 41 outside this push button 42 self-retaining part 10.Best: this slide bar 41 one end extends upward to extension rod 411, this extension rod 411 end stretches out into contact 412, this contact 412 can contacts at push rod 23 end; This mating surface is located at the other end place of above-mentioned slide bar 41.
Among the present embodiment, this standing part also comprises body 15, bonnet 16, cover 17, one point of water body 18 and a holder 19.This body 15 comprises portion of the handle 151 and a head 152, and this head 152 and bonnet 16 are fixed together and are formed as assembly space.This mandrel 14 is fixedly attached in portion of the handle 151.This cover 17 and a point water body 18 are fixed together and are installed in assembly space, are formed with above-mentioned water outlet path, can go out different spray between this cover 17 and point water body 18.This holder 19 to be fixed on point water body 18 and connecting mandrel 14, and to be formed with above-mentioned point water cavity 13, to introduce in point water cavity 13 by the current of mandrel, the part of the end face of this point of water body forms the bottom surface of above-mentioned point water cavity.As required: the groove 191 of the recessed spacing side by side of this holder 19, this two groove forms the part being divided into water route, and for introducing in point water cavity by the current of mandrel, the another seal cover 192 that arranges is welded on holder 19 end face with the opening of sealed groove; The base 312 on the affixed valve body base of another arranging one, base establishes through hole, and the part of this spin is under port protuberate basic unit; This portion of the handle sets firmly contact seat 35, and this elastomer 33 contact is between spool and contact seat.
Separately be provided with between affixed water diversion disk 21 and ratchet 221 and establish rotating shaft 25, this rotating shaft 25 can be connected to standing part rotationally, stretch out outside point water cavity 13 from bottom to top, as being rotatably connected on standing part and stretching out on holder, this coaxial ratchet is fixed in the part of stretching out outside point water cavity 13 of rotating shaft 25.This rotating shaft 25 lower end and water diversion disk 21 are coaxially socketed with synchronous axial system, separately establish the 3rd elastomer 26 to be socketed between rotating shaft 25 contact rotating shaft and water diversion disk 21, are abutted against a point water cavity bottom surface with contact water diversion disk.Be fixed in holder by buckle 27 to slide axially to limit rotating shaft 25.
The above, be only the utility model preferred embodiment, therefore the scope that the utility model implements can not be limited according to this, the equivalence namely done according to the utility model the scope of the claims and description change with modify, all should still belong in scope that the utility model contains.
Claims (10)
1. one kind can control the device of water route switching and break-make, comprise standing part (10), this standing part (10) has a water inlet road (11) and some water outlet path (12) can connecting water inlet road (11), it is characterized in that: also comprise switching mechanism (20), on off mechanism (30) and slipper (40); This switching mechanism (20) comprises a rotation and is located at water diversion disk (21) in standing part (10), and this water diversion disk (21) is positioned at and realizes some water outlet path (12) and switch into rotating between Shui Lu (11) and water outlet path (12) and by water diversion disk (21) and connect water inlet road (11); This on off mechanism (30) is installed in into Shui Lu (11) to control road (11) break-make of intaking; This slipper (40) is slidably connected at standing part (10) and the switching mechanism that is in transmission connection (20) and on off mechanism (30).
2. a kind of device that can control water route switching and break-make according to claim 1, is characterized in that:
This switching mechanism (20) also comprises a ratchet and pawl arrangement (22), and this ratchet and pawl arrangement (22) is in transmission connection water diversion disk (21) to make water diversion disk (21) one-directional rotation;
Slide in this slipper (40) relatively fixed part (10) between primary importance and the second place, between this primary importance and second place, there is centre position, to be slided between centre position and primary importance driving pawl detent mechanism (22) by slipper (40), being slided between centre position and the second place by slipper (40) drives on off mechanism (30).
3. a kind of device that can control water route switching and break-make according to claim 2, it is characterized in that: this on off mechanism (30) is slidably connected at standing part (10), and the break-make of control water inlet road (11) of being slided by off mechanism (30); One end energy contact ratchet and pawl arrangement (22) of this slipper (40); The other end of this slipper (40) is provided with an inclined plane and two and is connected to the upper parallel surface of inclined plane both sides and lower parallel surface, and this on off mechanism (30) moves between upper and lower parallel surface.
4. a kind of device that can control water route switching and break-make according to claim 3, is characterized in that: this on off mechanism (30) glide direction and slipper (40) glide direction intersect.
5. a kind of device that can control water route switching and break-make according to Claims 2 or 3 or 4, is characterized in that: this ratchet and pawl arrangement (22) comprises ratchet (221), ratchet (222) and stop bit pawl (223); The coaxial affixed water diversion disk (21) of this ratchet (221) and peripheral hardware ratchet; This ratchet (222) one end pivot joint standing part (10), other end contact ratchet, slipper (40) energy contact ratchet (222), to drive ratchet (222) movable, is rotated to drive ratchet (221) by the movable also contact ratchet of ratchet (222); This stop bit pawl (223) one end is installed in standing part (10), and other end contact ratchet is to limit ratchet (221) reversion.
6. a kind of device that can control water route switching and break-make according to claim 5, is characterized in that: also comprise push rod (23) and the first elastomer (24); This push rod (23) slips in standing part (10), establishes the first elastomer (24) between this push rod (23) and standing part (10); The upper recessed horizontal groove (231) of this push rod (23), this ratchet (222) middle part adaptation is located in horizontal groove (231), and this slipper (40) can contact push rod (23).
7. a kind of device that can control water route switching and break-make according to claim 1 or 2 or 3 or 4, it is characterized in that: this standing part (10) is provided with one between point water cavity (13) between road (11) and water outlet path (12) of intaking, each this water outlet path (12) all has the bleeder that is positioned at a point water cavity (13) bottom surface, this water diversion disk (21) sealed rotational is connected to a point water cavity (13) bottom surface, a water hole (211) is provided with on this water diversion disk (21), being rotated by water diversion disk (21) makes water hole (211) switch the multiple bleeder of connection.
8. a kind of device that can control water route switching and break-make according to claim 3 or 4, it is characterized in that: this on off mechanism (30) comprises valve body (31), spool (32) and the second elastomer (33), this valve body (31) and spool (32) are fixed together, this valve body (31) divides into segment groove (311), spin (34) is established in this segment groove (311), this spin (34) is stretched out under valve body (31), when slipper (40) is in primary importance and centre position, the outstanding lower parallel surface being connected to slipper (40) of this spin, when slipper (40) is in the second place, this spin is resisted against the upper parallel surface of slipper (40), slided by valve body (31) and control water inlet road (11) break-make, this second elastomer (33) contact spool (32) and standing part (10).
9. a kind of device that can control water route switching and break-make according to claim 8, is characterized in that:
This standing part (10) also comprises mandrel (14), this mandrel (14) is provided with the installing hole (141) run through up and down, this installing hole (141) place is formed with a break-make water route, this mandrel (14) hollow has the front water route and rear water route that lay respectively at installing hole (141) both sides, this break-make water route turns between front water route and rear water route, this break-make water route, front water route and rear water route form the part of water inlet road (11) or water inlet road (11), this break-make water route has a upper part, one lower part and one turns on the break-make mouth (142) between upper part and lower part, this break-make mouth (142) area of section is less than upper part area of section, lower part area of section,
This spool (32) adaptation is slipped in upper part, this valve body (31) adaptation is slipped in lower part, this valve body (31) by hydraulic pressure area be greater than spool (32) by hydraulic pressure area, solid bar is installed with in the middle part of valve body (31) end face, whether this solid bar, through break-make mouth (142) affixed spool (32), seals break-make mouth (142) by valve body (31) and controls break-make water route break-make.
10. a kind of device that can control water route switching and break-make according to claim 1 or 2 or 3 or 4, it is characterized in that: this slipper (40) comprises slide bar (41) and push button (42), this slide bar (41) slips in standing part (10), to stretch in standing part (10) and affixed slide bar (41) outside this push button (42) self-retaining part (10).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520376451.5U CN204746652U (en) | 2015-06-03 | 2015-06-03 | Can control device of water route switching and break -make |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520376451.5U CN204746652U (en) | 2015-06-03 | 2015-06-03 | Can control device of water route switching and break -make |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106000689A (en) * | 2016-07-28 | 2016-10-12 | 厦门建霖工业有限公司 | Dual-button shower head and working method thereof |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106000689A (en) * | 2016-07-28 | 2016-10-12 | 厦门建霖工业有限公司 | Dual-button shower head and working method thereof |
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Address after: 361002, Fujian, Xiamen, China (Fujian) free trade test area, Xiamen area (bonded port), Seaview East Road, No. 4, building 18, A06 Co-patentee after: Zhou Huasong Patentee after: XIAMEN SOLEX HIGH-TECH INDUSTRIES Co.,Ltd. Address before: 361002 Fujian city of Xiamen province sunshine West Haicang Xinyang Industrial Zone, No. 298 Co-patentee before: Zhou Huasong Patentee before: XIAMEN SOLEX HIGH-TECH INDUSTRIES Co.,Ltd. |
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| CP03 | Change of name, title or address | ||
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Effective date of registration: 20170926 Address after: 361000, Fujian, Xiamen, China (Fujian) free trade test area, Xiamen area (bonded port), Seaview East Road, No. 4, building 18, A06 Patentee after: XIAMEN SOLEX HIGH-TECH INDUSTRIES Co.,Ltd. Address before: 361002, Fujian, Xiamen, China (Fujian) free trade test area, Xiamen area (bonded port), Seaview East Road, No. 4, building 18, A06 Co-patentee before: Zhou Huasong Patentee before: XIAMEN SOLEX HIGH-TECH INDUSTRIES Co.,Ltd. |
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| TR01 | Transfer of patent right |