CN105944302A - Manufacturing and use method of hand-pulling type human body rotator - Google Patents
Manufacturing and use method of hand-pulling type human body rotator Download PDFInfo
- Publication number
- CN105944302A CN105944302A CN201610405699.9A CN201610405699A CN105944302A CN 105944302 A CN105944302 A CN 105944302A CN 201610405699 A CN201610405699 A CN 201610405699A CN 105944302 A CN105944302 A CN 105944302A
- Authority
- CN
- China
- Prior art keywords
- cylinder
- support
- human body
- circle
- handle
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Classifications
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B22/00—Exercising apparatus specially adapted for conditioning the cardio-vascular system, for training agility or co-ordination of movements
- A63B22/06—Exercising apparatus specially adapted for conditioning the cardio-vascular system, for training agility or co-ordination of movements with support elements performing a rotating cycling movement, i.e. a closed path movement
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B21/00—Exercising apparatus for developing or strengthening the muscles or joints of the body by working against a counterforce, with or without measuring devices
- A63B21/06—User-manipulated weights
- A63B21/068—User-manipulated weights using user's body weight
Landscapes
- Health & Medical Sciences (AREA)
- General Health & Medical Sciences (AREA)
- Physical Education & Sports Medicine (AREA)
- Cardiology (AREA)
- Vascular Medicine (AREA)
- Life Sciences & Earth Sciences (AREA)
- Biophysics (AREA)
- Orthopedic Medicine & Surgery (AREA)
- Rehabilitation Tools (AREA)
Abstract
The invention provides a manufacturing and use method of a hand-pulling type human body rotator. The hand-pulling type human body rotator is formed by connecting a base plate, a bracket, a handle ring, a roller, handles, a backboard and a pectoral plate; the base plate is a rectangular plate body, and the bracket and the handle ring are connected to the base plate; the roller is mounted on the bracket, the roller is internally connected with the backboard and the pectoral plate, and the pectoral plate can move back and forth under the action of a hydraulic cylinder; a person stands between the backboard and the pectoral plate, two hands of the human body pull the handles of the handle ring on the two sides of the roller alternatively, and the roller is driven to rotate through strength of the arms; the rotating roller carries the person to conduct step-by-step body-position conversion, and thus the purpose of body building is achieved.
Description
Technical field
The method of manufacture and use thereof of a kind of hand pulling type human body rotating device, belongs to field of exercise equipment.
Background technology
The natural position of people and activity habit, determine human body and accept the effect situation of earth attraction；Long-term the acting on of this captivation accumulates the health status to people and has negative effect；If the frequent omnibearing change figure of energy, (such as: the change position from standing, recline, lie low, stand upside down progressively) changes the earth attraction action of gravity to human body with this, and the health to human body is a useful help.
Summary of the invention
The purpose of the application is to provide for the method for manufacture and use thereof of a kind of hand pulling type human body rotating device, makes people by changing the quality tempering raising health of position；This rotator is connected to form by chassis, support, handle circle, cylinder, backboard and pectoral plate；Chassis is one piece of rectangular plate body, and chassis steel plate processes；On the basis of chassis is fixed on ground；
Being symmetrically connected with support (along the transversal line direction on chassis) on chassis, support is made by two sections of square tubes, and the bottom of support and chassis are vertically connected integral；Support after Xiang Lianing stands on chassis；Be provided with reinforcement in the both sides of support, reinforcement plate body is squared up triangle, and the both sides of reinforcement are fixedly linked integral with support, chassis respectively, increase the stability of support with this；Being connected to axle sleeve in the upper end of support, axle sleeve is made with one section of pipe, and axle sleeve and support vertical are connected as a body；The center of circle of two axle sleeves after Xiang Lianing is on same axis；
Being provided with cylinder on support, cylinder is the circular cylinder body rolled with steel plate, and making in the both sides of cylinder has inside flanging, and the cross section of the cylinder after flanging is channel steel type；Flanging can improve the structural strength of cylinder；The internal diameter of cylinder is more than the height of human body, and the width of cylinder is equal to the shoulder width of human body；Human body can be stood in cylinder；
In cylinder, connection has backboard, backboard is one piece of plate body with (backward) flanging, and the cross section of backboard is channel steel type；The two ends of backboard and the inwall of cylinder are fixedly linked integral；Be connected to otic placode (without the one side of flanging) on the both sides, middle part of backboard, otic placode is one piece of U-board body made with steel plate；The bottom of otic placode and backboard are vertically connected integral；Be connected to one section of spindle nose in the outside of two pieces of otic placodes, the diameter of spindle nose is equal to the width of otic placode；Spindle nose and the U-shaped radian of otic placode after Xiang Lianing are consistent；Spindle nose and otic placode are vertically connected integral；In the supporting axle sleeve being arranged on support of the spindle nose at cylinder two ends, mounted spindle nose is on the central axis of cylinder；Mounted cylinder can rotate with spindle nose as the center of circle on support flexibly；
Be respectively arranged with identical handle circle in the both sides of cylinder, handle circle is shaped to annular, and handle circle steel vertical ladder forms (annular) through bending machining；The steel pipe of handle circle circle is made；The handle (i.e. ladder beam) of handle circle is distributed on handle circle；The spacing between handle on handle circle is between 15 25 centimetres；The diameter of handle circle is more than the diameter of cylinder；Handle circle is by being supported and fixed on chassis；Being respectively arranged with support in the both sides of handle circle, support and make with one section of pipe, the upper end of support and handle circle tangent line are connected as a body；The bottom and the chassis that support are vertically connected integral；The handle circle fixed has the spacing of 10 15 centimetres from chassis, facilitates both hands to implicate the handle of handle circle with this；The handle circle fixed and the center of circle of cylinder are on same axis；Between the handle circle of cylinder both sides, it is provided with several connects support, connect support and make with the steel pipe of one section of circle；Connect support by two handle circles be connected as a body, with this increase by two handle circle by force intensity；Cylinder is sleeved in handle circle；
The front of the upper/lower terminal of the backboard in cylinder is connected to shoe box and head protector pad, shoe box is a uncovered casing, the front end of shoe box is done in the arc-shaped, and the front (front view) of shoe box is done in echelon, and the trapezoidal height of shoe box exceedes the ankle position of human body；The bottom of shoe box and cylinder, backboard is fixedly linked integral；When people rotates in standing in shoe box, shoe box has positioning action to the both feet of human body；
Connecting in the front upper place of the backboard of cylinder has head protector pad, head protector pad soft material to make, and the inwall of head protector pad and cylinder is fixedly linked integral；The head protector pad connected is in the surface of human body head；When human body rotating, head protector pad has protective effect to the head of human body；
Dead ahead at human body thorax abdomen is provided with hydraulic cylinder (containing steerable system), and hydraulic cylinder uses base type individual event hydraulic cylinder, and the base of hydraulic cylinder and the inwall (middle) of cylinder are fixedly linked integral；The push rod front end of hydraulic cylinder is provided with pin-and-hole；Pin-and-hole is for penetrating pin；Pectoral plate is one piece of plate body with crooked radian, and the radian of pectoral plate and the curve of human body thorax abdomen adapt；Outer middle side part at pectoral plate is provided with connection seat, connects seat and makes with two pieces of U-shaped otic placodes, and the bottom of two pieces of U-shaped otic placodes and pectoral plate are fixedly linked integral；Being drilled with pin-and-hole on the middle part U-shaped otic placode connecting seat, be inserted into pin at pin-and-hole, pectoral plate is arranged on the push rod of hydraulic cylinder by pin by the pin-and-hole on push rod；The jacking system handling hydraulic cylinder can make push rod stretch, and flexible push rod can change the contact distance of pectoral plate and human body thorax abdomen, is positioned between backboard and pectoral plate by the trunk of human body with this；
Using method is: during use, and the both feet of people are stood in the shoe box in cylinder, leans against on backboard, and now, human body is on the diameter vertical line of cylinder, at the gap that the jacking system handling hydraulic cylinder makes trunk be positioned between backboard and pectoral plate；The handle of the handle circle implicating cylinder both sides in the both hands rotation of people, drives cylinder to rotate by the strength of arm；The cylinder rotated carries human body and carries out position transformation progressively, thus reaches the exercise purpose of body-building.
What the application was useful has the technical effect that this rotator can select angle, speed and the time of staying in certain angle during rotation position flexibly according to the adaptive condition of individual and needs；The most also temper the arm strength of upper limb；It is that people are by rotating and one of preferred equipment of body-building.
Accompanying drawing explanation
In the accompanying drawings:
Fig. 1 is the front view of hand pulling type human body rotating device；
Fig. 2 is the top view of hand pulling type human body rotating device.
Description of reference numerals:
In figure, 1, chassis；2, support；3, handle circle；4, cylinder；5, handle；6, backboard；7, pectoral plate；8, axle sleeve；9, otic placode；10, spindle nose；11, shoe box；12, hydraulic cylinder；13, head protector pad；14, push rod；15, pin；16, seat is connected；17, support；18, support is connected；19, reinforcement.
Detailed description of the invention
Such as Fig. 1, shown in 2, the method for manufacture and use thereof of a kind of hand pulling type human body rotating device, make people improve the quality of health by changing taking exercise of position；This rotator is connected to form by chassis 1, support 2, handle circle 3, cylinder 4, handle 5, backboard 6 and pectoral plate 7；Chassis 1 is one piece of rectangular plate body, and chassis 1 processes with steel plate；On the basis of chassis 1 is fixed on ground；
Being symmetrically connected with support 2 (along the transversal line direction on chassis) on chassis 1, support 2 is made by two sections of square tubes, and bottom and the chassis 1 of support 2 are vertically connected integral；Support 2 after Xiang Lianing stands on chassis 1；Be provided with reinforcement 19 in the both sides of support 2, reinforcement 19 is squared up triangle with plate body, and the both sides of reinforcement 19 are fixedly linked integral with support 2, chassis 1 respectively, increase the stability of support 2 with this；Be connected to axle sleeve 8 in the upper end of support 2, axle sleeve 8 is made with one section of pipe, and axle sleeve 8 and support 2 are vertically connected integral；The center of circle of two axle sleeves 8 after Xiang Lianing is on same axis；
Being provided with cylinder 4 on support 2, cylinder 4 is the circular cylinder body rolled with steel plate, and making in the both sides of cylinder 4 has inside flanging, and the cross section of the cylinder after flanging is channel steel type；Flanging can improve the structural strength of cylinder 4；The internal diameter of cylinder 4 is more than the height of human body, and the width of cylinder 4 is equal to the shoulder width of human body；Human body can be stood in cylinder 4；
In cylinder 4, connection has backboard 6, backboard 6 is one piece of plate body with (backward) flanging, and the cross section of backboard 6 is channel steel type；The two ends of backboard 6 and the inwall of cylinder 4 are fixedly linked integral；It is connected to the otic placode 9(one side without flanging on the both sides, middle part of backboard 6), otic placode 9 is one piece of U-board body made with steel plate；Bottom and the backboard 6 of otic placode 9 are vertically connected integral；Be connected to one section of spindle nose 10 in the outside of two pieces of otic placodes 9, the diameter of spindle nose 10 is equal to the width of otic placode 9；Spindle nose 10 and the U-shaped radian of otic placode 9 after Xiang Lianing are consistent；Spindle nose 10 and otic placode 9 are vertically connected integral；In the supporting axle sleeve 8 being arranged on support 2 of the two ends spindle nose 10 of cylinder 4, mounted spindle nose 10 is on the central axis of cylinder 4；Mounted cylinder 4 can rotate with spindle nose 10 as the center of circle on support 2 flexibly；
Be respectively arranged with identical handle circle 3 in the both sides of cylinder 4, handle circle 3 is shaped to annular, and handle circle 3 forms (annular) with steel vertical ladder through bending machining；Handle circle 3 is made with the steel pipe of circle；The handle 5(of handle circle 3 i.e. ladder beam) it is distributed on handle circle 3；The spacing between handle 5 on handle circle 3 is between 15 25 centimetres；The diameter of handle circle 3 is more than the diameter of cylinder 4；Handle circle 3 is fixed on chassis 1 by supporting 17；Being respectively arranged with support 17 in the both sides of handle circle 3, support 17 and make with one section of pipe, upper end and handle circle 3 tangent lines of support 17 are connected as a body；The bottom and the chassis 1 that support 17 are vertically connected integral；The handle fixed encloses 3 spacing having 10 15 centimetres from chassis 1, facilitates both hands to implicate the handle 5 of handle circle 3 with this；The handle circle 3 fixed and the center of circle of cylinder 4 are on same axis；Between the handle circle 3 of cylinder 4 both sides, it is provided with several connects support 18, connect support 18 and make with the steel pipe of one section of circle, connect support 18 and two handle circles 3 are connected as a body；With this increase by two handle circle 3 by force intensity；Cylinder 4 is sleeved in handle circle 3；
The front of the upper/lower terminal of the backboard 6 in cylinder 4 is connected to shoe box 11 and head protector pad 13, shoe box 11 is a uncovered casing, the front end of shoe box 11 is done in the arc-shaped, and the front (front view) of shoe box 11 is done in echelon, and the trapezoidal height of shoe box 11 exceedes the ankle position of human body；The bottom of shoe box 11 and cylinder 4, backboard 6 is fixedly linked integral；When people rotates in standing in shoe box 11, shoe box 11 has positioning action to the both feet of human body；
Connecting in the front upper place of the backboard 6 of cylinder 4 has head protector pad 13, head protector pad 13 to make with soft material, and the inwall of head protector pad 13 and cylinder 4 is fixedly linked integral；The head protector pad 13 connected is in the surface of human body head；When human body rotating, head protector pad 13 has protective effect to the head of human body；
Dead ahead at human body thorax abdomen is provided with hydraulic cylinder 12(containing steerable system), hydraulic cylinder 12 uses base type individual event hydraulic cylinder, and the base of hydraulic cylinder 12 and the inwall (middle) of cylinder 4 are fixedly linked integral；The front end of the push rod 14 of hydraulic cylinder 12 is provided with pin-and-hole；Pin-and-hole is for penetrating pin 15；Pectoral plate 7 is one piece of plate body with crooked radian, and the radian of pectoral plate 7 and the curve of human body thorax abdomen adapt；Outer middle side part at pectoral plate 7 is provided with connection seat 16, connects seat 16 and makes with two pieces of U-shaped otic placodes, and bottom and the pectoral plate 7 of two pieces of U-shaped otic placodes are fixedly linked integral；Being drilled with pin-and-hole on the middle part U-shaped otic placode connecting seat 16, be inserted into pin 15 at pin-and-hole, pectoral plate 7 is arranged on the push rod 14 of hydraulic cylinder 12 by pin 15 by the pin-and-hole on push rod 14；The jacking system handling hydraulic cylinder 12 can make push rod 14 stretch, and flexible push rod 14 can change the contact distance of pectoral plate 7 and human body thorax abdomen, is positioned between backboard 6 and pectoral plate 7 by the trunk of human body with this；
Using method is: during use, the both feet of people are stood in the shoe box 11 in cylinder 4, lean against on backboard 6, now, human body is on the diameter vertical line of cylinder 4, and the jacking system handling hydraulic cylinder 12 makes trunk be positioned at the gap between backboard 6 and pectoral plate 7；The handle 5 of the handle circle 3 implicating cylinder 4 both sides in the both hands rotation of people, drives cylinder 4 to rotate by the strength of arm；The cylinder 4 rotated carries human body and carries out position transformation progressively, thus reaches the exercise purpose of body-building.
What the application was useful has the technical effect that this rotator can select angle, speed and the time of staying in certain angle during rotation position flexibly according to the adaptive condition of individual and needs；The most also temper the arm strength of upper limb；It is that people are by rotating and one of preferred equipment of body-building.
Claims (1)
1. a method of manufacture and use thereof for hand pulling type human body rotating device, makes people by changing the quality tempering raising health of position；It is characterized in that: this rotator is connected to form by chassis (1), support (2), handle circle (3), cylinder (4), handle (5), backboard (6) and pectoral plate (7)；Chassis (1) is one piece of rectangular plate body, and chassis (1) processes with steel plate；On the basis of chassis (1) is fixed on ground；
Being symmetrically connected with support (2) on chassis (1), support (2) is made by two sections of square tubes, and bottom and chassis (1) of support (2) are vertically connected integral；Support (2) after Xiang Lianing stands on chassis (1)；Be provided with reinforcement (19) in the both sides of support (2), reinforcement (19) is squared up triangle with plate body, and the both sides of reinforcement (19) are fixedly linked integral with support (2), chassis (1) respectively, increase the stability of support (2) with this；Be connected to axle sleeve (8) in the upper end of support (2), axle sleeve (8) is made with one section of pipe, and axle sleeve (8) and support (2) are vertically connected integral；The center of circle of two axle sleeves (8) after Xiang Lianing is on same axis；
Being provided with cylinder (4) on support (2), cylinder (4) is the circular cylinder body rolled with steel plate, and making in the both sides of cylinder (4) has inside flanging, and the cross section of the cylinder after flanging is channel steel type；Flanging can improve the structural strength of cylinder (4)；The internal diameter of cylinder (4) is more than the height of human body, and the width of cylinder (4) is equal to the shoulder width of human body；Human body can be stood in cylinder (4)；
In cylinder (4), connection has backboard (6), backboard (6) is one piece of plate body with flanging, and the cross section of backboard (6) is channel steel type；The two ends of backboard (6) and the inwall of cylinder (4) are fixedly linked integral；Be connected to otic placode (9) on the both sides, middle part of backboard (6), otic placode (9) is one piece of U-board body made with steel plate；Bottom and the backboard (6) of otic placode (9) are vertically connected integral；Be connected to one section of spindle nose (10) in the outside of two pieces of otic placodes (9), the diameter of spindle nose (10) is equal to the width of otic placode (9)；Spindle nose (10) and the U-shaped radian of otic placode (9) after Xiang Lianing are consistent；Spindle nose (10) and otic placode (9) are vertically connected integral；In the supporting axle sleeve (8) being arranged on support (2) of the spindle nose (10) at cylinder (4) two ends, mounted spindle nose (10) is on the central axis of cylinder (4)；Mounted cylinder (4) can rotate as the center of circle with spindle nose (10) on support (2) flexibly；
Be respectively arranged with identical handle circle (3) in the both sides of cylinder (4), handle circle (3) is shaped to annular, and handle circle (3) forms through bending machining with steel vertical ladder；Handle circle (3) steel pipe of circle is made；The handle (5) of handle circle (3) is distributed on handle circle (3)；The spacing between handle (5) on handle circle (3) is between 15 25 centimetres；The diameter of handle circle (3) is more than the diameter of cylinder (4)；Handle circle (3) is fixed on chassis (1) by supporting (17)；Being respectively arranged with support (17) in the both sides of handle circle (3), support (17) and make with one section of pipe, upper end and handle circle (3) tangent line of supporting (17) are connected as a body；The bottom and chassis (1) that support (17) are vertically connected integral；The handle circle (3) fixed has the spacing of 10 15 centimetres from chassis (1), facilitates both hands to implicate the handle (5) of handle circle (3) with this；The handle circle (3) fixed and the center of circle of cylinder (4) are on same axis；Between the handle circle (3) of cylinder (4) both sides, it is provided with several connects support (18), connect support (18) to make with the steel pipe of one section of circle, connect support (18) and two handles circle (3) are connected as a body；With this increase by two handle circle (3) by force intensity；Cylinder (4) is sleeved in handle circle (3)；
The front of the upper/lower terminal of the backboard (6) in cylinder (4) is connected to shoe box (11) and head protector pad (13), shoe box (11) is a uncovered casing, the front end of shoe box (11) is done in the arc-shaped, the front of shoe box (11) is done in echelon, and the trapezoidal height of shoe box (11) exceedes the ankle position of human body；The bottom of shoe box (11) and cylinder (4), backboard (6) is fixedly linked integral；When people rotates in standing in shoe box (11), shoe box (11) has positioning action to the both feet of human body；
The front upper place of the backboard (6) in cylinder (4) connects has head protector pad (13), head protector pad (13) to make with soft material, and the inwall of head protector pad (13) and cylinder (4) is fixedly linked integral；The head protector pad (13) connected is in the surface of human body head；When human body rotating, head protector pad (13) has protective effect to the head of human body；
Dead ahead at human body thorax abdomen is provided with hydraulic cylinder (12), and hydraulic cylinder (12) uses base type individual event hydraulic cylinder, and the base of hydraulic cylinder (12) and the inwall of cylinder (4) are fixedly linked integral；The front end of the push rod (14) of hydraulic cylinder (12) is provided with pin-and-hole；Pin-and-hole is for penetrating pin (15)；Pectoral plate (7) is one piece of plate body with crooked radian, and the radian of pectoral plate (7) and the curve of human body thorax abdomen adapt；Outer middle side part at pectoral plate (7) is provided with connection seat (16), connects seat (16) and makes with two pieces of U-shaped otic placodes, and the bottom of two pieces of U-shaped otic placodes and pectoral plate (7) are fixedly linked integral；Being drilled with pin-and-hole on the middle part U-shaped otic placode connecting seat (16), be inserted into pin (15) at pin-and-hole, pectoral plate (7) is arranged on the push rod (14) of hydraulic cylinder (12) by pin (15) by the pin-and-hole on push rod (14)；The jacking system handling hydraulic cylinder (12) can make push rod (14) stretch, and flexible push rod (14) can change the contact distance of pectoral plate (7) and human body thorax abdomen, is positioned between backboard (6) and pectoral plate (7) by the trunk of human body with this；
Using method is: during use, the both feet of people are stood in the shoe box (11) in cylinder (4), lean against on backboard (6), now, human body is on the diameter vertical line of cylinder (4), and the jacking system handling hydraulic cylinder (12) makes trunk be positioned at the gap between backboard (6) and pectoral plate (7)；The handle (5) of the handle circle (3) implicating cylinder (4) both sides in the both hands rotation of people, drives cylinder (4) to rotate by the strength of arm；The cylinder (4) rotated carries human body and carries out position transformation progressively, thus reaches the exercise purpose of body-building.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610405699.9A CN105944302A (en) | 2016-06-12 | 2016-06-12 | Manufacturing and use method of hand-pulling type human body rotator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610405699.9A CN105944302A (en) | 2016-06-12 | 2016-06-12 | Manufacturing and use method of hand-pulling type human body rotator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105944302A true CN105944302A (en) | 2016-09-21 |
Family
ID=56908006
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610405699.9A Pending CN105944302A (en) | 2016-06-12 | 2016-06-12 | Manufacturing and use method of hand-pulling type human body rotator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105944302A (en) |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2095685U (en) * | 1991-07-20 | 1992-02-12 | 曹理真 | Body upside down moving aid |
| CN201441777U (en) * | 2009-03-13 | 2010-04-28 | 周晓兵 | Bodybuilding traveling apparatus capable of rotating in optional direction |
| CN102553141A (en) * | 2012-02-14 | 2012-07-11 | 金华职业技术学院 | Circling motion machine |
| CN103949057A (en) * | 2014-04-22 | 2014-07-30 | 孙琴利 | Entertainment equipment |
| US20140213417A1 (en) * | 2013-01-29 | 2014-07-31 | Matthew John Kuntz | Gyroscopic exercise device |
| CN105251136A (en) * | 2015-11-02 | 2016-01-20 | 王建波 | Breathing control positioning device for radiation treatment of thoracic cancer |
-
2016
- 2016-06-12 CN CN201610405699.9A patent/CN105944302A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2095685U (en) * | 1991-07-20 | 1992-02-12 | 曹理真 | Body upside down moving aid |
| CN201441777U (en) * | 2009-03-13 | 2010-04-28 | 周晓兵 | Bodybuilding traveling apparatus capable of rotating in optional direction |
| CN102553141A (en) * | 2012-02-14 | 2012-07-11 | 金华职业技术学院 | Circling motion machine |
| US20140213417A1 (en) * | 2013-01-29 | 2014-07-31 | Matthew John Kuntz | Gyroscopic exercise device |
| CN103949057A (en) * | 2014-04-22 | 2014-07-30 | 孙琴利 | Entertainment equipment |
| CN105251136A (en) * | 2015-11-02 | 2016-01-20 | 王建波 | Breathing control positioning device for radiation treatment of thoracic cancer |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN104856866B (en) | A kind of stay cord back knocking device | |
| CN105944302A (en) | Manufacturing and use method of hand-pulling type human body rotator | |
| CN105854244A (en) | Chain type human body rotator | |
| CN105879312A (en) | Sitting hand-pulling human body rotator | |
| CN105944300A (en) | Stand type human body rolling rotator | |
| CN105944315A (en) | Manufacturing and using methods of gear ring type human body rotator | |
| CN105944290A (en) | Manufacturing and using method for sitting-type hand-pulling human body rotator | |
| CN104856865B (en) | calf knocker | |
| CN106075812A (en) | Hand pulling type human body rotating device | |
| CN105999632A (en) | Friction wheel type body rotator | |
| CN105944316A (en) | Gear ring type human body rotator | |
| CN105944303A (en) | Manufacturing and using method of friction wheel type human body rotator | |
| CN105944310A (en) | Rolling pendulum type human body rotator | |
| CN105944299A (en) | Manufacturing and using method of stand type human body rolling rotator | |
| CN105944301A (en) | Manufacturing and use method of turbo type human body rotator | |
| CN105944313A (en) | Electric two-person body rotator | |
| CN105944288A (en) | Turbo type human body rotator | |
| CN105944308A (en) | Manufacturing and application method for pedal gear transmission-type human-body rotator | |
| CN105944314A (en) | Manufacturing and using methods of electric human body rotator | |
| CN105944291A (en) | Manufacturing and using method for sitting-type manual human body rotator | |
| CN105944292A (en) | Sitting-type manual human body rotator | |
| CN105999631A (en) | Sitting type human body rotator driven by turbine | |
| CN105944304A (en) | Manufacturing and using method of chain type human body rotator | |
| CN105854230A (en) | Gear driven sitting type human body rotator | |
| CN105854233A (en) | Manufacturing and application method of rolling pendulum type human body rotator |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| RJ01 | Rejection of invention patent application after publication |
Application publication date: 20160921 |
|
| RJ01 | Rejection of invention patent application after publication |