CN206518822U

CN206518822U - A kind of dead-weight lacing-bar device

Info

Publication number: CN206518822U
Application number: CN201720156362.9U
Authority: CN
Inventors: 张鹏飞
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-02-21
Filing date: 2017-02-21
Publication date: 2017-09-26
Anticipated expiration: 2027-02-21

Abstract

A kind of dead-weight lacing-bar device, it is related to body-building apparatus.The utility model is needed with muscle is pulled to solve existing lacing-bar device, and power is bad to be grasped, the problem of easily injured.The utility model includes fixed seat, gyroaxis, pedal, link, body backup plate, drawing plate, head rest plate and two supports, two supports are respectively perpendicular on the upper surface for being fixed in fixed seat, the horizontally disposed upper end between two supports of gyroaxis, the two ends of gyroaxis are connected with holder pivots respectively, the affixed lower end between two supports of pedal, the middle part of gyroaxis is vertically connected with link, the front end face of link is from top to bottom connected with head rest plate successively on along its length, body backup plate and drawing plate, head rest plate and body backup plate are arranged on the upper end of gyroaxis, the outside of pedestal upper end is provided with handle.The utility model is stretched for leg.

Description

A kind of dead-weight lacing-bar device

Technical field

The utility model is related to body-building apparatus, and in particular to a kind of dead-weight lacing-bar device.

Background technology

The Working Life tempo increase of present people, lacks physical training, and the voracious cold and cool food of irregular eating causes very Many young men occur tightening phenomenons, particularly often sit motionless work or overtime work is stayed up late caused liver problems.The traditional Chinese medical science says liver master Muscle liver is bad to be easy to Jinsuo occur.Jinsuo can cause collaterals of human blood vessel to be obstructed generation pain, numbness, the sense of discomfort such as powerless Feel.In the course of time function can be caused to be damaged, some internal organs occur and shift to an earlier date weak or other diseases that can not predict.

Although can play stretching action by physical trainings such as leg pressing Yogas, these methods are not easy grasp dynamics, Mode is incorrect to be caused injured or play reverse effect and lose more than gain on the contrary.Some Jinsuo compare than more serious doing Difficult and pain and can not take regular exercise down.Particularly the elderly, the decline of body regulatory function, it is difficult under adhering to be short of physical strength Go or practice exertin and it is injured.

It there is now several lacing wire product such as Sinew-tensioning benchs, some mechanical lacing-bar devices, these instruments have some shortcomings Place.It is not very convenient that such as Sinew-tensioning bench operates, and can only temper the muscle of rear leg and can not stretch the muscle of femoribus internus； And mechanical lacing-bar device have the need for oneself with pulling, it is relatively elaborate, be not suitable for the not enough particularly waist of power of waist and received The people of wound uses, and is easily caused injury, and lacing wire of oneself exerting oneself causes muscular tone to reduce lacing wire effect.Mechanical lacing wire Device has plenty of oneself without firmly, and using full machinery reinforcing or electronic form, this structure is lighter when although using, but It is machinery reinforcing and electronic machine power is bad grasps, power big easy injury, power is small and does not have effect, and only The muscle of side, which can be tempered, all to be taken into account.

Utility model content

The utility model is needed with muscle is pulled to solve existing lacing-bar device, and power is bad to be grasped, the problem of easily injured, And then propose a kind of dead-weight lacing-bar device.

The utility model adopts the technical scheme that to solve above-mentioned technical problem：

A kind of dead-weight lacing-bar device includes fixed seat, gyroaxis, pedal, link, body backup plate, drawing plate, head rest plate With two supports, two supports are respectively perpendicular on the upper surface for being fixed in fixed seat, gyroaxis be horizontally set on two supports it Between upper end, the two ends of gyroaxis are connected with holder pivots respectively, the affixed lower end between two supports of pedal, gyroaxis Middle part be vertically connected with link, the front end face of link is from top to bottom connected with head rest plate, body successively on along its length Backup plate and drawing plate, head rest plate and body backup plate are arranged on the upper end of gyroaxis, and the outside of pedestal upper end is provided with handle.

The beneficial effect that the utility model is included compared with prior art is：

The utility model solves the deficiency of existing lacing-bar device, and physical relaxation, operation side can be kept during lacing wire Just, using safety, it is possible to achieve the lacing wire of rear leg and femoribus internus, and the utility model is realized by human body own wt Lacing wire, without with pulling, the soft dynamics size that continues of lacing wire dynamics oneself can be controlled, and meet the use demand of different people.

The utility model is to provide the power that is of moderate size to muscle using deadweight to stretch, but does not change the length of muscle, As influential point of tendons slowly cools it after stretching a period of time, with the elongated pole that can be reached until the same day of tensile force diastole to it Limit for length's degree, causes injury without excessive tensile, so that there is provided incremental exercising way.

Brief description of the drawings

Fig. 1 is overall structure diagram of the present utility model；

Fig. 2 is the integrally-built front view of the utility model；

Fig. 3 is the front view of pedal 3 in the utility model；

Fig. 4 is the front view of link 4 in the utility model；

Fig. 5 is the front view of body backup plate 5 in the utility model.

Embodiment

Embodiment one：Illustrate present embodiment with reference to Fig. 1 to Fig. 5, a kind of dead-weight described in present embodiment is drawn Muscle device includes fixed seat 1, gyroaxis 2, pedal 3, link 4, body backup plate 5, drawing plate 6, head rest plate 7 and two supports 8, two Individual support 8, which is respectively perpendicular, to be fixed on the upper surface of fixed seat 1, and gyroaxis 2 is horizontally set on the upper end between two supports 8, The two ends of gyroaxis 2 are rotated with support 8 be connected respectively, and pedal 3 is fixed in the lower end between two supports 8, gyroaxis 2 Portion is vertically connected with link 4, and the front end face of link 4 is from top to bottom connected with head rest plate 7, body on along its length and leaned on successively Plate 5 and drawing plate 6, head rest plate 7 and body backup plate 5 are arranged on the upper end of gyroaxis 2, and the outside of the upper end of support 8 is provided with handle 18.

It is so designed that and when in use leans against chest on body backup plate 5, face is leaned against on head rest plate 7, one is ridden foot-operated On plate 3, another leg is ridden on drawing plate 6, physical relaxation, and the weight of people's upper limbs is more than the weight of lower limb, so link 4 Top can be tilted down in the presence of human body deadweight, and both legs open naturally, realize the purpose of stretching.

Embodiment two：Illustrate present embodiment with reference to Fig. 2, described in present embodiment on the rear end face of link 4 Provided with balancing weight 9, balancing weight 9 can be moved along along the length direction of link 4.Other compositions and connected mode and specific embodiment party Formula one is identical.

Balancing weight 9 is used into linear system on link 4 in present embodiment, length direction of the line along link 4 is set, line There is balancing weight 9 in one end system, and balancing weight 9 can be slided on line during regulation, behind the position for adjusting balancing weight 9, with line by balancing weight 9 It is fixed.

It is designed so as to coordinate the people of different height and weights to carry out lacing wire, because the height and weight of people is different, center of gravity Position is also different, to improve the effect of lacing wire, and balancing weight 9 of being arranged in pairs or groups on link 4 is used, and increases the weight of human upper limb Amount, the height of center-of-gravity regulating, to meet the use demand of different people.

Embodiment three：Illustrate present embodiment with reference to Fig. 1 and Fig. 2, a kind of dead-weight described in present embodiment is drawn Muscle device also includes fix bar 10, alignment pin 12 and two connecting rods 11, and fix bar 10 is arranged on the lower end of gyroaxis 2, fix bar 10 The middle part of upper end and link 4 rotate and be connected, the middle part of the front end face and the rear end face of drawing plate 6 of the lower end of fix bar 10 is affixed, Multiple drawing plate positioning hole 4-1 are laid with the side wall of the lower end of link 4 along its length, the middle part of alignment pin 12 is inserted into In one of drawing plate positioning hole 4-1, the both sides of fix bar 10 are respectively provided with a connecting rod 11 respectively, and one end of connecting rod 11 is with consolidating The middle part of fixed pole 10 rotates connection, and the other end of connecting rod 11 is sleeved on alignment pin 12, and the other end of two connecting rods 11, which passes through, to be determined Position pin 12 is rotated with link 4 and is connected.Other compositions and connected mode are identical with embodiment one or two.

It is so designed that and the other end of connecting rod 11 is connected solid with the drawing plate positioning hole 4-1 on link 4 on diverse location It is fixed, the position of drawing plate 6 is can adjust, the regulation of angle between drawing plate 6 and body backup plate 5 is realized, the bar in equal gravity is realized Under part, the regulation of angle between two legs, so as to realize the regulation of lacing wire intensity.

Embodiment four：Illustrate present embodiment with reference to Fig. 1, Fig. 2, Fig. 4 and Fig. 5, body described in present embodiment is leaned on Plate 5 can be moved along along the length direction of link 4, and body backup plate 5 is affixed by two connecting bolts and link 4.Other compositions It is identical with embodiment three with connected mode.

It is laid with multiple backup plate positioning hole 4-2, body in present embodiment on the side wall of the upper end of link 4 along its length Channel-section steel 13 is connected with the middle part of the rear end face of backup plate 5, channel-section steel 13 is sleeved on the outside of link 4, the side wall of channel-section steel 13 along length Direction is laid with multiple connecting hole 13-1, and connecting hole 13-1 is corresponding with backup plate positioning hole 4-2 to be set, two of which connecting hole It is provided with the outside of connecting bolt, connecting bolt and is inserted into two backup plate positioning hole 4-2 in 13-1.

It is so designed that to realize the adjustment of the position of body backup plate 5, meets the use demand of different heights.

Embodiment five：Illustrate with reference to Fig. 1, Fig. 2 and Fig. 5 under present embodiment, head rest plate 7 described in present embodiment Inserting rod 14 is connected with the middle part of end, the lower end of inserting rod 14 is inserted into the top of link 4, and inserting rod 14 passes through two connections Bolt and link 4 are affixed.Other compositions and connected mode are identical with embodiment four.

The lower end of inserting rod 14 is laid with multiple spacing holes along its length in present embodiment, and spacing hole is determined with backup plate Position hole 4-2 is corresponding to be set, provided with connecting bolt in two of which spacing hole, and two backup plates are inserted on the outside of connecting bolt and are determined In the hole 4-2 of position.

It is so designed that to adjust the distance between head rest plate 7 and body backup plate 5, head is ridden on head rest plate 7, meets not With the use demand of upper limbs length.

Embodiment six：Illustrate present embodiment with reference to Fig. 1, Fig. 2 and Fig. 3, pedal 3 can described in present embodiment Moved along in the short transverse of support 8, the middle part of pedal 3 vertically upper can be rotated, and the both sides difference of pedal 3 is each logical Cross two connecting bolts and support 8 is affixed.Other compositions and connected mode are identical with embodiment four or five.

The lower end edge short transverse of present embodiment medium-height trestle 8 is laid with multiple pedal positioning hole 8-1, pedal 3 Both sides be respectively equipped with connecting plate 3-1, be along the circumferential direction laid with using base center as the centre of gyration in the middle part of connecting plate 3-1 many It is fitted with group mounting hole 3-2, one of which mounting hole 3-2 on the outside of connecting bolt, connecting bolt and is inserted into pedal positioning In the 8-1 of hole.The rear end of pedal 3 is provided with baffle plate 3-3.Connection that can be by changing different mounting hole 3-2 and support 8 adjusts foot-operated The angle of plate 3, reaches the purpose of stretching Calf muscle.

The adjustment for being easy to implement the height of pedal 3 and angle is so designed that, to meet the use demand of different leg length.

Embodiment seven：Illustrate present embodiment with reference to Fig. 1, gyroaxis 2 described in present embodiment is hollow shaft, is returned The inside of rotating shaft 2 is fitted with fixing axle 15, is connected between gyroaxis 2 and fixing axle 15 by bearing, the two ends of fixing axle 15 with Support 8 is affixed.Other compositions and connected mode are identical with embodiment six.

It is so designed that the relative rotation being easy to implement between gyroaxis 2 and support 8.

Embodiment eight：Illustrate present embodiment with reference to Fig. 1 and Fig. 2, fixing axle 15 can edge described in present embodiment Moved in the short transverse of support 8, the two ends of fixing axle 15 are respectively affixed by two connecting bolts and support 8 respectively.Other groups Into identical with embodiment seven with connected mode.

The upper end eye short transverse of present embodiment medium-height trestle 8 is laid with multiple rotating shaft connecting hole 8-2, fixing axle 15 It has been respectively and fixedly connected with the end face of two ends on location-plate 16, location-plate 16 along short transverse and has been provided with two location-plate connecting hole 16-1, positioning Plate connecting hole 16-1 is corresponding with rotating shaft connecting hole 8-2, and connecting bolt is fitted with location-plate connecting hole 16-1, connecting bolt Outside is inserted into two rotating shaft connecting hole 8-2.

It is designed so as to realize the regulation of the height of gyroaxis 2 and effectively fixes, meets different use demands.

Embodiment nine：Illustrate present embodiment with reference to Fig. 1 and Fig. 2, the middle part of head rest plate 7 described in present embodiment Provided with facial through hole 7-1, facial through hole 7-1 upper end is provided with forehead baffle plate 7-2, forehead baffle plate 7-2 can along head rest plate 7 length Side is moved up.Other compositions and connected mode are identical with embodiment one, two, four, five, seven or eight.

It is so designed that the organs such as the mouth and nose for making user are placed in facial through hole 7-1, is convenient for gas exchanges, simultaneously The forehead baffle plate 7-2 of the front end of head rest plate 7 can be made by dry goods or leather-like material, to improve the comfort level of user. By forehead baffle plate 7-2 move up and down can by the facial through hole 7-1 of regulation size, to meet the use demand of different people.

Embodiment ten：Illustrate present embodiment with reference to Fig. 1 and Fig. 2, support 8 and fixed mount described in present embodiment It is provided between 1 between brace 17, two braces 17 and is provided with bracing piece.Other compositions and connected mode and embodiment Nine is identical.

Multiple angle steel, angle steel and link 4 are connected with present embodiment on the rear end face of body backup plate 5 and drawing plate 6 It is vertically arranged, the angle steel on body backup plate 5 and channel-section steel 13 are affixed, the angle steel and fix bar 10 on drawing plate 6 are affixed.

To be detachably connected between present embodiment medium-height trestle 8 and fixed mount 1, in order to the dismounting and installation of lacing-bar device, It is readily transported and stores.Bracing piece can strengthen the intensity of two braces 17, prevent deformation.

It is so designed that to strengthen the intensity between support 8 and fixed mount 1, strengthens overall stability.

Claims

1. a kind of dead-weight lacing-bar device, it is characterised in that：A kind of dead-weight lacing-bar device includes fixed seat (1), gyroaxis (2), pedal (3), link (4), body backup plate (5), drawing plate (6), head rest plate (7) and two supports (8), two supports (8) it is respectively perpendicular and is fixed on the upper surface of fixed seat (1), gyroaxis (2) is horizontally set on upper between two supports (8) End, the two ends of gyroaxis (2) are rotated with support (8) respectively to be connected, and pedal (3) is fixed in the lower end between two supports (8), The middle part of gyroaxis (2) is vertically connected with link (4), the front end face of link (4) along its length on from top to bottom successively Head rest plate (7), body backup plate (5) and drawing plate (6) are connected with, head rest plate (7) and body backup plate (5) are arranged on the upper of gyroaxis (2) End, the outside of support (8) upper end is provided with handle (18).

2. a kind of dead-weight lacing-bar device according to claim 1, it is characterised in that：Set on the rear end face of the link (4) There is balancing weight (9), balancing weight (9) can be moved along along the length direction of link (4).

3. a kind of dead-weight lacing-bar device according to claim 1 or claim 2, it is characterised in that：A kind of dead-weight lacing-bar device is also Including fix bar (10), alignment pin (12) and two connecting rods (11), fix bar (10) is arranged on the lower end of gyroaxis (2), fixed The upper end of bar (10) rotates with the middle part of link (4) and is connected, front end face and drawing plate (6) rear end face of fix bar (10) lower end Middle part it is affixed, multiple drawing plate positioning holes (4-1) are laid with the side wall of link (4) lower end along its length, position It is inserted into the middle part of pin (12) in one of drawing plate positioning hole (4-1), the both sides of fix bar (10) are respectively provided with one respectively Connecting rod (11), one end of connecting rod (11) rotates with the middle part of fix bar (10) and is connected, and the other end of connecting rod (11) is sleeved on positioning Sell on (12), the other end of two connecting rods (11) is rotated by alignment pin (12) with link (4) to be connected.

4. a kind of dead-weight lacing-bar device according to claim 3, it is characterised in that：The body backup plate (5) can be along link (4) Length direction on move, body backup plate (5) is affixed by two connecting bolts and link (4).

5. a kind of dead-weight lacing-bar device according to claim 4, it is characterised in that：The middle part of head rest plate (7) lower end is consolidated Inserting rod (14) is connected to, the lower end of inserting rod (14) is inserted into the top of link (4), and inserting rod (14) passes through two connection spiral shells Bolt and link (4) are affixed.

6. a kind of dead-weight lacing-bar device according to claim 4 or 5, it is characterised in that：The pedal (3) can be along support (8) moved in short transverse, the middle part of pedal (3) vertically upper can be rotated, and the both sides difference of pedal (3) is each logical Cross two connecting bolts and support (8) is affixed.

7. a kind of dead-weight lacing-bar device according to claim 6, it is characterised in that：The gyroaxis (2) is hollow shaft, revolution The inside of axle (2) is fitted with fixing axle (15), is connected between gyroaxis (2) and fixing axle (15) by bearing, fixing axle (15) Two ends and support (8) it is affixed.

8. a kind of dead-weight lacing-bar device according to claim 7, it is characterised in that：The fixing axle (15) can be along support (8) Short transverse on move, the two ends of fixing axle (15) are respectively affixed by two connecting bolts and support (8) respectively.

9. a kind of dead-weight lacing-bar device according to claim 1,2,4,5,7 or 8, it is characterised in that：The head rest plate (7) Middle part is provided with facial through hole (7-1), and the upper end of facial through hole (7-1) is provided with forehead baffle plate (7-2), and forehead baffle plate (7-2) can edge Moved on the length direction of head rest plate (7).

10. a kind of dead-weight lacing-bar device according to claim 9, it is characterised in that：The support (8) and fixed mount (1) it Between be provided with brace (17), bracing piece is provided between two braces (17).