CN201052371Y - Swinging body-building device - Google Patents
Swinging body-building device Download PDFInfo
- Publication number
- CN201052371Y CN201052371Y CNU2007201407773U CN200720140777U CN201052371Y CN 201052371 Y CN201052371 Y CN 201052371Y CN U2007201407773 U CNU2007201407773 U CN U2007201407773U CN 200720140777 U CN200720140777 U CN 200720140777U CN 201052371 Y CN201052371 Y CN 201052371Y
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- China
- Prior art keywords
- shaft sleeve
- damping sheet
- pad
- face
- pedestal
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
Disclosed is rocking body-building equipment which comprises a bed frame, wherein a rotation shaft is arranged on the bed frame, an upper shaft sleeve and a lower shaft sleeve are respectively arranged on the rotation shaft, the upper shaft sleeve and the lower shaft sleeve are respectively connected with a holder structure and a handrail structure, and people can do rotational and rocking exercises by utilizing arms and legs. Further, three sets of resisting force devices are respectively arranged on the lower shaft sleeve, above the upper shaft sleeve and under the upper shaft sleeve, and then the rotational and rocking resisting force can be effectively increased, which leads the arms and legs to increase strength in order to do rocking exercises, thereby the body-building effects are much more excellent. The utility model is also easy to fold and pack away.
Description
Technical field
The utility model provides a kind of fitness equipment, refers to a kind of fitness equipment that waves especially.
Background technology
Commonly use the fitness equipment that can wave arm and pin arm, see also the novel patent of TW certificate number M300121 number " rotation-swing type sport and body-building device ", it includes:
One leg means, it is provided with a pedestal in the top;
One turning gear, it is provided with one and sets firmly the jack-post that is incorporated into this pedestal with upright kenel;
One changes pendulum device, and it is provided with one can change the commentaries on classics rocker that the pendulum kenel is pivoted and is incorporated into this jack-post, is provided with two bearings symmetrically in this commentaries on classics rocker; And,
One is pivoted and is incorporated into the armrest system of this jack-post can change the pendulum kenel.
Yet, during this turning gear rotation, its rotary resistance is not enough to some extent, so that body-building effect can't effectively promote, therefore the utility model people is at the above-mentioned existing problem points of fitness equipment of waving, by the research of being engaged in association area for many years and manufacturing development experience, after design is assessed with discretion in detail, finally create and a kind ofly improve above-mentioned shortcoming, and have more the fitness equipment that waves of desirable practicality.
Summary of the invention
The utility model purpose is, a kind of fitness equipment that waves is provided, and to overcome the defective of above-mentioned traditional structure, it is better to reach body-building effect, but and folding to save the effect of parking space.The technical characterstic of dealing with problems: a kind of fitness equipment that waves, it is characterized in that, comprising:
Foot rest and rear leg before one pedestal, this pedestal include;
One rotating shaft, this rotating shaft are fixed in place, pedestal end face the place ahead, and the both sides of this rotating shaft have cuts the plane of establishing;
One Lower shaft sleeve and a Upper shaft sleeve, this Lower shaft sleeve and Upper shaft sleeve are hubbed in the rotating shaft; Wherein this Lower shaft sleeve outer rim has an after-poppet towards pedestal rear end horizontal-extending, and this Upper shaft sleeve outer rim is towards the pedestal front end and up be extended with a fore-stock;
One first drag devices, this first drag devices is located between Lower shaft sleeve and pedestal, and first drag devices includes one and is located at first pad on the pedestal and first damping sheet on first pad, and this first pad is provided with an endoporus, and these endoporus both sides have cuts the plane of establishing; And this first damping sheet and Lower shaft sleeve can be connected synchronously rotationally;
One second drag devices, this second drag devices is located between Lower shaft sleeve and Upper shaft sleeve, this second drag devices is provided with damping sheet on the following damping sheet that wears for rotating shaft, one second pad and up in regular turn by the Lower shaft sleeve top, and this time damping sheet and Lower shaft sleeve can be connected synchronously rotationally; This second pad is provided with an endoporus, and these endoporus both sides have cuts the plane of establishing; Upward damping sheet and Upper shaft sleeve can be connected synchronously rotationally;
One the 3rd drag devices, the 3rd drag devices are positioned at the Upper shaft sleeve top, and the 3rd drag devices is provided with the 3rd damping sheet and the 3rd pad that is sheathed in the rotating shaft up in regular turn by the Upper shaft sleeve top, and the 3rd damping sheet and Upper shaft sleeve can be connected synchronously rotationally; The 3rd pad has an endoporus, and the both sides of this endoporus have cuts the plane of establishing, and these endoporus both sides also have cuts the plane of establishing;
One pressing part, this pressing part are located at the 3rd pad top, and the pressing part is equipped with a screw piece, and this screw piece is screwed in the rotating shaft top end face, and is compressed on downwards on the 3rd pad; Be provided with a flexible member between this pressing part and the 3rd pad, this flexible member one end is held in the pressing part, and the other end then is held in the 3rd pad;
One armrest, this armrest is provided with an arm-rest frame in fore-stock;
One holder structure, this holder structure is located on the after-poppet, and is respectively equipped with a stacker in the after-poppet both sides.
Wherein, the front end bottom surface of this pedestal is towards having an articulated section, this articulated section is pivoted with that but a fixed support stands on the ground or the preceding foot rest of extreme direction folding behind the pedestal, and this preceding foot rest has one and can be fixed on the articulated section in order to form the fixture of fixed support.
Wherein, a pair of ground rear leg that stands on extends respectively backward and towards outer arcuate in this back-end location place, pedestal both sides.
Wherein, this rotating shaft bottom is fixed in place, pedestal end face the place ahead, and the top end face of this rotating shaft is concaved with a screw;
Two ends at the bottom of the top of this Lower shaft sleeve and Upper shaft sleeve wherein, each is concaved with a ring groove respectively, being provided with one in each ring groove is sheathed in the rotating shaft, with so that the rotatable bearing of this Lower shaft sleeve and Upper shaft sleeve, and the ring groove outer face of Lower shaft sleeve and Upper shaft sleeve is installed with a lamellar body that can supply rotating shaft to wear, and the free end face of each lamellar body convexes with at least one flange;
Wherein the first damping sheet end face of this first drag devices is concaved with at least one recessed edge, and the recessed edge of this first damping sheet engages with the flange of Lower shaft sleeve bottom lamellar body;
Wherein the following damping sheet bottom surface of this second drag devices is concaved with at least one recessed edge, and the top end face of this time damping sheet and Lower shaft sleeve offsets, and its recessed edge engages with the flange of Lower shaft sleeve top lamellar body; The end face that should go up damping sheet then is concaved with at least one recessed edge, and the bottom face that should go up damping sheet and Upper shaft sleeve offsets, and its recessed edge engages with the flange of Upper shaft sleeve bottom lamellar body;
Wherein the bottom surface of the 3rd damping sheet of the 3rd drag devices is concaved with at least one recessed edge, and the top end face of the 3rd damping sheet and Upper shaft sleeve is offseted, and its recessed edge engages with the flange of Upper shaft sleeve top lamellar body;
Wherein this pressing part is located at the end face of the 3rd pad, and the central authorities of pressing part are equipped with a through hole, and this through hole is installed with a screw piece, and screw piece also is screwed in screw, and is compressed on downwards on the 3rd pad; This pressing part bottom surface is provided with a concave part in addition, and this concave part content is provided with a flexible member, and an end of this flexible member is held in the inner bottom surface of concave part, and the other end then is held in the periphery of the 3rd pad endoporus end face.
Wherein, this armrest comprises a C profile shaft spare, the bottom surface of this C profile shaft spare connects and is fixed in fore-stock front end place, and C profile shaft spare is equipped with an arm-rest frame, this C profile shaft spare opening part lock is provided with one and is used to lock C profile shaft spare opening and the fixed armrest frame, or loosens so that arm-rest frame can be towards the bolt of pedestal rear end folding.
Wherein, this holder structure includes a framework, this framework sliding sleeve is in the outer rim of aforementioned after-poppet, and is equipped with one in order to adjusting the set screw of frame position in the framework end face, and this set screw penetrates on the after-poppet the equidistant positioning screw hole of set number down wherein in the location screw.
Wherein, the both sides of this framework support column that extends outwardly out, each support column end face is provided with a stacker.
The effect of contrast prior art:
The utility model can utilize arm and pin arm to change pendular motion, by the setting of drag devices, and can increase the rotary resistance of Lower shaft sleeve and last cover, and so arm and pin arm must increase strength and do commentaries on classics and swing, and make that the effect of body-building is better.In addition, can be provided with a flexible member between pressing part of the present utility model and the 3rd drag devices, allow resistance have more elasticity nargin, make to do to have comfortableness when changeing pendular motion.Be summarized as follows:
One, the utlity model has three groups of drag devices, can increase the resistance that changes pendulum effectively, make arm and pin arm must increase strength, do oscillating motion, make the effect of body-building better, and be provided with flexible member, the resistance that allowing increases has elasticity nargin, makes to do to have comfortableness when changeing pendular motion.
Two, the utility model arm-rest frame, preceding foot rest can form folding state towards extreme direction behind the pedestal, can reach the effect of saving the space.
The technology that relevant the utility model adopted, means and effect thereof after lifting a preferred embodiment now and cooperating graphic being described in more detail in, are believed the above-mentioned purpose of the utility model, structure and feature, when can by one deeply and concrete understanding.
Description of drawings
Fig. 1: be three-dimensional appearance schematic diagram of the present utility model.
Fig. 2: be perspective exploded view of the present utility model.
Fig. 3: the generalized section that is the utility model rotating shaft and drag devices.
Fig. 4: be the illustrative view that the utility model rocks back and forth.
Fig. 5: be the schematic diagram that the utility model stacker position is adjusted.
Fig. 6: the schematic diagram that is the utility model folding.
The specific embodiment
The utility model waves the embodiment of fitness equipment, sees also Fig. 1 to shown in Figure 6, and it comprises:
One pedestal 10, the front end bottom surface of this pedestal 10 is towards having an articulated section 11, this articulated section 11 is pivoted with one can stand on ground preceding foot rest 12, should be fixed on the articulated section 11 by a fixture 13 by preceding foot rest 12, and the state of formation fixed support, and when fixture 13 was taken off, this preceding foot rest 12 can form folding states towards pedestal 10 back extreme directions; The a pair of ground rear leg 14 that stands near the back-end location place, is extended respectively in these pedestal 10 both sides backward and towards outer arcuate in addition;
One rotating shaft 21, the both sides of this rotating shaft 21 are cut and are set as planely, and these rotating shaft 21 bottoms are fixed in pedestal 10 end face the place aheads places, and the top end face of rotating shaft 21 is concaved with a screw 211 again;
One Lower shaft sleeve 22 and a Upper shaft sleeve 23, this Lower shaft sleeve 22 and Upper shaft sleeve 23 are hubbed in the rotating shaft 21, two ends at the bottom of the top of this Lower shaft sleeve 22 and Upper shaft sleeve 23, each is concaved with a ring groove 221 respectively, 231 (as shown in Figure 3), each ring groove 221, be provided with a bearing 222 that is sheathed in the rotating shaft 21 in 231,232, make that this Lower shaft sleeve 22 and Upper shaft sleeve 23 are rotated, and the ring groove 221 of Lower shaft sleeve 22 and Upper shaft sleeve 23,231 outer faces are installed with a lamellar body 223,233, this lamellar body 223,233 must wear each lamellar body 223 for rotating shaft 21,233 free end face convexes with at least one flange 2231,2331;
Wherein these Lower shaft sleeve 22 outer rims are towards pedestal 10 rear end horizontal-extendings one after-poppet 224, and on this after-poppet 224, Lower shaft sleeve 22 places equidistantly are provided with positioning screw hole 2241 towards the other end; And these Upper shaft sleeve 23 outer rims are towards pedestal 10 front ends and up extend a fore-stock 234;
One first drag devices 24, this first drag devices 24 is located at 10 of Lower shaft sleeve 22 and pedestals, this first drag devices 24 comprises first pad of being located on the pedestal 10 241, and first damping sheet 242 on first pad 241, this first pad 241 is provided with an endoporus 2411, these endoporus 2411 both sides are cut and are set as planely, and can be sheathed on the design that formation can't be rotated in the rotating shaft 21; And these first damping sheet, 242 end faces are concaved with at least one recessed edge 2421, and the recessed edge 2421 of this first damping sheet 242 can be engaged with the flange 2231 of Lower shaft sleeve 22 bottom lamellar bodies 223, and first damping sheet 242 forms rotation synchronously with lamellar body 223;
One second drag devices 25, this second drag devices 25 is located at 23 of Lower shaft sleeve 22 and Upper shaft sleeves, this second drag devices 25 is provided with damping sheet 253 on the following damping sheet 251 that wears for rotating shaft 21, one second pad 252 and up in regular turn by Lower shaft sleeve 22 tops, this time damping sheet 251 bottom surfaces are concaved with at least one recessed edge 2511, and this time damping sheet 251 can be supported with the top end face of Lower shaft sleeve 22, and its recessed edge 2511 can engage with the flange 2231 of Lower shaft sleeve 22 top lamellar bodies 223; And second pad 252 is provided with an endoporus 2521, and these endoporus 2521 both sides are cut and are set as planely, and can be sheathed on the design that formation can't be rotated in the rotating shaft 21; The end face of going up damping sheet 253 again then is concaved with at least one recessed edge 2531, and makes that damping sheet 253 can support with the bottom face of Upper shaft sleeve 23 on this, and its recessed edge 2531 can engage with the flange 2331 of Upper shaft sleeve 23 bottom lamellar bodies 233;
One the 3rd drag devices 26, the 3rd drag devices 26 Upper shaft sleeves 22 tops, the 3rd drag devices 26 is provided with the 3rd damping sheet 261 and the 3rd pad 262 that is sheathed in the rotating shaft 21 up in regular turn by Upper shaft sleeve 22 tops, the bottom surface of the 3rd damping sheet 261 is concaved with at least one recessed edge 2611, and the 3rd damping sheet 261 can be supported with the top end face of Upper shaft sleeve 23, and its recessed edge 2611 can engage with the flange 2331 of Upper shaft sleeve 23 top lamellar bodies 233; And the 3rd pad 262 has an endoporus 2621, and the both sides of this endoporus 2621 are cut and are set as planely, and these endoporus 2621 both sides are cut and are set as planely, and can be sheathed on the design that formation can't be rotated in the rotating shaft 21;
One pressing part 27, this pressing part 27 can be located at the end face of the 3rd pad 262, and the central authorities of pressing part 27 are equipped with a through hole 271, and this through hole 271 can be screwed into for a screw piece 272, and screw piece 272 is screwed in screw 211, and can suppress the 3rd pad 262 downwards; These pressing part 27 bottom surfaces are provided with a concave part 273 in addition, and these concave part 273 contents are provided with a flexible member 274, and an end of this flexible member 274 supports the inner bottom surface of concave part 273, and the other end then is held in the periphery of the 3rd pad 262 endoporus 2621 end faces;
One armrest 28, this armrest 28 comprises a C profile shaft spare 281, the bottom surface of this C profile shaft spare 281 connects and is fixed in fore-stock 234 near the front end place, and C profile shaft spare 281 is equipped with an arm-rest frame 282, and make this C profile shaft spare 281 opening parts lock establish a bolt 283, during these bolt 283 locking C profile shaft spares 281 openings, arm-rest frame 282 is subjected to fixing and can't folding, and during this bolt 283 spiral shells pine, arm-rest frame 282 can carry out folding towards pedestal 10 rear ends.
One holder structure 29, this holder structure 29 includes a framework 291, but these framework 291 sliding sleeves are in the outer rim of aforementioned after-poppet 224, and in framework 291 end faces be equipped with one the location screw 292, this set screw 292 penetrates an aforementioned wherein location screw 2241 down, and can adjust the position of framework 291; The both sides of framework 291 support column 293 that extends outwardly out in addition, each support column 293 end face is provided with a stacker 294.
By above-mentioned design, when using, see also shown in Figure 4, the user can crouch the bipod shank on stacker 294, and two hands are crouched respectively in arm-rest frame 282 both sides, this moment is because rotating shaft 21 is in rotatable state, so the user can utilize arm and pin arm, the action of waving makes arm and pin arm have the effect of body-building.
In addition, because the 3rd pad 262 of second pad 252 of first pad 241 of first drag devices 24, second drag devices 25 and the 3rd drag devices 26 is subjected to rotating shaft 21 fixing can't rotations; And first damping sheet 242, upper and lower damping sheet 251,253 and the 3rd damping sheet 261 can form rotation synchronously with upper and lower axle sleeve 22,23 respectively; Therefore when screw piece 272 locking downwards, first damping sheet 242 of rotation can produce friction with first pad 241, and upper and lower damping sheet 251,253 can produce friction with second pad 252 respectively, and 261 of the 3rd damping sheets can produce friction with the 3rd pad 262; So arm and pin arm must increase strength, just can carry out oscillating motion, can and then increase the effect of body-building; Be provided with flexible member 274 in pressing part 27 concave parts 273 of the present utility model in addition, when making the 3rd pad 262 compacting frictions the 3rd damping sheet 261, have an elasticity nargin, comfortableness is more arranged when allowing motion.
In addition, arm-rest frame 282 of the present utility model is behind bolt 283 spiral shell pines (as shown in Figure 6), and arm-rest frame 282 can carry out folding towards pedestal 10 rear ends, and fixture of the present utility model 13 is when taking off, and preceding foot rest 12 also can form folding states towards pedestal 10 back extreme directions; Therefore,, wave the action that fitness equipment can carry out folding, can reach the effect of saving the space, and can in general apartment household, use, have practicality in waving fitness equipment.
Claims (7)
1. one kind is waved fitness equipment, it is characterized in that, comprising:
Foot rest and rear leg before one pedestal, this pedestal include;
One rotating shaft, this rotating shaft are fixed in place, pedestal end face the place ahead, and the both sides of this rotating shaft have cuts the plane of establishing;
One Lower shaft sleeve and a Upper shaft sleeve, this Lower shaft sleeve and Upper shaft sleeve are hubbed in the rotating shaft; Wherein this Lower shaft sleeve outer rim has an after-poppet towards pedestal rear end horizontal-extending, and this Upper shaft sleeve outer rim is towards the pedestal front end and up be extended with a fore-stock;
One first drag devices, this first drag devices is located between Lower shaft sleeve and pedestal, and first drag devices includes one and is located at first pad on the pedestal and first damping sheet on first pad, and this first pad is provided with an endoporus, and these endoporus both sides have cuts the plane of establishing; And this first damping sheet and Lower shaft sleeve can be connected synchronously rotationally;
One second drag devices, this second drag devices is located between Lower shaft sleeve and Upper shaft sleeve, this second drag devices is provided with damping sheet on the following damping sheet that wears for rotating shaft, one second pad and up in regular turn by the Lower shaft sleeve top, and this time damping sheet and Lower shaft sleeve can be connected synchronously rotationally; This second pad is provided with an endoporus, and these endoporus both sides have cuts the plane of establishing; Upward damping sheet and Upper shaft sleeve can be connected synchronously rotationally;
One the 3rd drag devices, the 3rd drag devices are positioned at the Upper shaft sleeve top, and the 3rd drag devices is provided with the 3rd damping sheet and the 3rd pad that is sheathed in the rotating shaft up in regular turn by the Upper shaft sleeve top, and the 3rd damping sheet and Upper shaft sleeve can be connected synchronously rotationally; The 3rd pad has an endoporus, and the both sides of this endoporus have cuts the plane of establishing, and these endoporus both sides also have cuts the plane of establishing;
One pressing part, this pressing part are located at the 3rd pad top, and the pressing part is equipped with a screw piece, and this screw piece is screwed in the rotating shaft top end face, and is compressed on downwards on the 3rd pad; Be provided with a flexible member between this pressing part and the 3rd pad, this flexible member one end is held in the pressing part, and the other end then is held in the 3rd pad;
One armrest, this armrest is provided with an arm-rest frame in fore-stock;
One holder structure, this holder structure is located on the after-poppet, and is respectively equipped with a stacker in the after-poppet both sides.
2. the fitness equipment that waves as claimed in claim 1, it is characterized in that, the front end bottom surface of this pedestal is towards having an articulated section, this articulated section is pivoted with that but a fixed support stands on the ground or the preceding foot rest of extreme direction folding behind the pedestal, and this preceding foot rest has one and can be fixed on the articulated section in order to form the fixture of fixed support.
3. the fitness equipment that waves as claimed in claim 1 is characterized in that, a pair of ground rear leg that stands on extends respectively backward and towards outer arcuate in this back-end location place, pedestal both sides.
4. the fitness equipment that waves as claimed in claim 1 is characterized in that, this rotating shaft bottom is fixed in place, pedestal end face the place ahead, and the top end face of this rotating shaft is concaved with a screw;
Two ends at the bottom of the top of this Lower shaft sleeve and Upper shaft sleeve wherein, each is concaved with a ring groove respectively, being provided with one in each ring groove is sheathed in the rotating shaft, with so that the rotatable bearing of this Lower shaft sleeve and Upper shaft sleeve, and the ring groove outer face of Lower shaft sleeve and Upper shaft sleeve is installed with a lamellar body that can supply rotating shaft to wear, and the free end face of each lamellar body convexes with at least one flange;
Wherein the first damping sheet end face of this first drag devices is concaved with at least one recessed edge, and the recessed edge of this first damping sheet engages with the flange of Lower shaft sleeve bottom lamellar body;
Wherein the following damping sheet bottom surface of this second drag devices is concaved with at least one recessed edge, and the top end face of this time damping sheet and Lower shaft sleeve offsets, and its recessed edge engages with the flange of Lower shaft sleeve top lamellar body; The end face that should go up damping sheet then is concaved with at least one recessed edge, and the bottom face that should go up damping sheet and Upper shaft sleeve offsets, and its recessed edge engages with the flange of Upper shaft sleeve bottom lamellar body;
Wherein the bottom surface of the 3rd damping sheet of the 3rd drag devices is concaved with at least one recessed edge, and the top end face of the 3rd damping sheet and Upper shaft sleeve is offseted, and its recessed edge engages with the flange of Upper shaft sleeve top lamellar body;
Wherein this pressing part is located at the end face of the 3rd pad, and the central authorities of pressing part are equipped with a through hole, and this through hole is installed with a screw piece, and screw piece also is screwed in screw, and is compressed on downwards on the 3rd pad; This pressing part bottom surface is provided with a concave part in addition, and this concave part content is provided with a flexible member, and an end of this flexible member is held in the inner bottom surface of concave part, and the other end then is held in the periphery of the 3rd pad endoporus end face.
5. the fitness equipment that waves as claimed in claim 1, it is characterized in that, this armrest comprises a C profile shaft spare, the bottom surface of this C profile shaft spare connects and is fixed in fore-stock front end place, and C profile shaft spare is equipped with an arm-rest frame, this C profile shaft spare opening part lock is provided with one and is used to lock C profile shaft spare opening and the fixed armrest frame, or loosens so that arm-rest frame can be towards the bolt of pedestal rear end folding.
6. the fitness equipment that waves as claimed in claim 1, it is characterized in that, this holder structure includes a framework, this framework sliding sleeve is in the outer rim of aforementioned after-poppet, and being equipped with one in order to adjusting the set screw of frame position in the framework end face, this set screw penetrates on the after-poppet the equidistant positioning screw hole of set number down wherein in the location screw.
7. the fitness equipment that waves as claimed in claim 6 is characterized in that, the both sides of this framework support column that extends outwardly out, and each support column end face is provided with a stacker.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201407773U CN201052371Y (en) | 2007-04-04 | 2007-04-04 | Swinging body-building device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201407773U CN201052371Y (en) | 2007-04-04 | 2007-04-04 | Swinging body-building device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201052371Y true CN201052371Y (en) | 2008-04-30 |
Family
ID=39392040
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007201407773U Expired - Fee Related CN201052371Y (en) | 2007-04-04 | 2007-04-04 | Swinging body-building device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201052371Y (en) |
-
2007
- 2007-04-04 CN CNU2007201407773U patent/CN201052371Y/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20080430 |