CN206198542U - The curved act machine of biceps and side raise machine - Google Patents

Abstract

The utility model describes a kind of curved act machine of biceps and side raise machine.The curved act machine of the biceps includes：Resistance element；User's support member, it is coupled to resistance element；First moving element, it is coupled to user's support member；And second moving element, it is coupled to user's support member.The curved act machine of biceps includes：Cable resistance element, it is adapted to allow for the resistance path at least partly being defined by user；User's support member, it is applied to as the carrying out of the curved act of biceps moves along path movement；And load, its one group of plate for including being selectively coupled to cable resistance element.Side raise machine includes：Cable resistance element, it is adapted to allow for the resistance path at least partly being defined by user；User's support member, it is applied to as the carrying out of side raise moves along path movement；And load, it includes one group of plate.

Description

The curved act machine of biceps and side raise machine

Technical field

The utility model is related to the functional training equipment with the multiple plane of motions taken exercise for pulling force, particularly two The head curved act machine of flesh and side raise machine.

Background technology

Functional training is the classification taken exercise, and it is related to train body for the activity for carrying out in daily life Body.Functional training brings more preferable joint mobility, stability of joint, and the more effective motion including strength and balance Pattern.The origin of functional training is derived from the physics using the exercise for imitating normal activity or professional Sex Rehabilitation.Traditional strength The use single plane of conveying or the fixed mode of machine are moved, and it is only with specific muscle as target and not necessarily with people at them Conventional activity in the movement that carries out have any relation.

It is probably to run counter to desire or cause unnecessary damage that many existing solutions can allow the body of user to undergo Interactive mode and stress level.In addition, existing solution may need unnatural body position and/or be by one Row movement is likely to result in the correct exercise position deviateed in biomethanics.

Therefore needing a kind of equipment for providing naturally gradual motion, the equipment allows user to be tieed up in a wheel is taken exercise Hold correct position in biomethanics, it is allowed to which user defines the specific process of feature exercise.

Utility model content

Some embodiments provide a kind of confession user and carry out the mode of functional training.Some embodiments can provide one group Can be used to be formed for user the exercise machine of training loop.Each exercise machine can include the mobile route being associated with exercise. Mobile route can include resistance path and user's mobile route.

As user performs physical exercise movement, the body position of user can be automatically adjusted so that user is taking exercise Period is maintained in biomethanics in correct position.Body position can utilize natural camber line to move in certain embodiments To maintain.

In addition, the body position (and/or body weight of user) of user can be in the multiple positions along resistance path Place's provided auxiliary, allows the user to complete complete movement.This method can increase in intensity and flexibility Benefit.Additionally, the natural feature movement of some embodiments participates in by camber line movement extra muscle group.

The exercise machine of some embodiments can include to the cable of resistance element connecting.Such arrangement can allow each to make User defines resistance path at least in part.Compared with fixed resistance path, this method can improve user's comfortableness simultaneously And allow moving and participating in extra muscle group for gamut.

First exemplary embodiment provides the curved act machine of biceps.The machine includes：Resistance element；User's support member, its It is coupled to resistance element；First moving element, it is coupled to user's support member；And second moving element, it is coupled to makes User's support member.

Preferably, resistance element includes at least one handle, at least one cable, at least one pulley and optional load.

Preferably, the first moving element includes：Track；And bracket, it is movably coupled to track to cause bracket Can be moved along the path defined by track, wherein the first moving element is coupled to user's support member to cause user's branch Support member can be around the axle rotation being associated with bracket.

Preferably, the second moving element includes：Post；And connecting element, it includes pivoting point to cause that user supports Part can be around the axle rotation being associated with connecting element, and wherein connecting element is movably coupled to post to enable connecting element It is enough to be moved along the path defined by post.

Preferably, the path defined by track and determine user's support member from starting position to knot by the path that post is defined The mobile route of beam position.

Preferably, mobile route caused when moving along path and moving to end position from starting position, user's branch Support member is in backward camber line.

Preferably, when external force is applied to resistance element, user's support member moves along path and is moved from starting position Move end position.

Preferably, when external force discharges from resistance element, user's support member moves along path and is moved from end position Move to starting position.

Preferably, resistance element is applied to the curved act movement of offer biceps and side raise movement.

Preferably, user's support member include seat and back support, the axle be associated with bracket be placed on seat and In join domain between back support, and track is downward-sloping from starting position to end position.

Second exemplary embodiment provides the curved act machine of biceps for adapting to carry out functional training.The curved act machine bag of biceps Include：Cable resistance element, it adapts to provide the resistance path for being defined by user at least in part；User's support member, its Adapt to move along path movement with the carrying out of the curved act of biceps；And load, it includes optionally coupling To one group of plate of cable resistance element.

Preferably, the curved act machine of the biceps is further included：Track；And bracket, it is movably coupled to track, its Middle mobile route is defined by the movement of the bracket along track at least in part, and user's support member is movably coupled To bracket.

Preferably, the curved act machine of the biceps is further included：Post；And connecting element, it is movably coupled to post, its Middle mobile route is defined by the movement of the connecting element along post at least in part, and user's support member movably coupling Close connecting element.

Preferably, user's support member is movably coupled to bracket at the first pivotal axis.

Preferably, connecting element includes the second pivotal axis.

3rd exemplary embodiment provides a kind of side raise machine for adapting to carry out functional training.Side raise machine includes： Cable resistance element, it adapts to provide the resistance path for being defined by user at least in part；User's support member, its adaptation Moved in path is moved along with the carrying out of side raise；And load, it includes that cable resistance can be selectively coupled to One group of plate of power element.

Preferably, side raise machine is further included：Track；And bracket, it is movably coupled to track, wherein moving Path is defined by the movement of the bracket along track at least in part, and user's support member is movably coupled to support Frame.

Preferably, side raise machine is further included：Post；And connecting element, it is movably coupled to post, wherein moving Path is defined by the movement of the connecting element along post at least in part, and user's support member is movably coupled to connect Connect element.

Preferably, user's support member is movably coupled to bracket at the first pivotal axis.

Preferably, connecting element includes the second pivotal axis.

Previously brief summary is intended to brief Jie of the multiple features for serving as some exemplary embodiments of the present utility model Continue.Other embodiments can be implemented without departing from spirit of the present utility model with other specific formation.

Brief description of the drawings

Novel feature of the present utility model is illustrated in the dependent claims.However, for explanation purposes, following Schema in illustrate some embodiments of the present utility model.

Fig. 1 illustrates the side-looking of the Chest press according to an exemplary embodiment of the present utility model in starting position Figure；

Fig. 2 illustrates the side view of the Chest press in end position；

Fig. 3 explanations show the side view of the Chest press positioned opposite of starting position and end position；

The side view of Fig. 4 explanations Chest press during use in starting position；

The side view of Fig. 5 explanations Chest press during use in end position；

Fig. 6 explanations show the side-looking of the Chest press positioned opposite of starting position during use and end position Figure；

The top view of Fig. 7 explanations Chest press during use in starting position；

The top view of Fig. 8 explanations Chest press during use in end position；

Fig. 9 explanations show the vertical view of the Chest press positioned opposite of starting position during use and end position Figure；

Figure 10 illustrates the perspective view of the Chest press in starting position；

Figure 11 illustrates the perspective view of the Chest press in end position；

The perspective view of Figure 12 explanations Chest press during use in starting position；

The perspective view of Figure 13 explanations Chest press during use in end position；

Figure 14 illustrates that the chest of the replacement according to an exemplary embodiment of the present utility model in starting position is elected The side view of machine；

The perspective view of the Chest press of Figure 15 explanations replacement during use in end position；

Figure 16 illustrates the curved act machine of biceps according to an exemplary embodiment of the present utility model in starting position Side view；

Figure 17 illustrates the side view of the curved act machine of biceps in end position；

Figure 18 explanations show the side view of the curved act machine of biceps positioned opposite of starting position and end position；

Figure 19 illustrates the side view of the curved act machine of biceps during use in starting position；

Figure 20 illustrates the side view of the curved act machine of biceps during use in end position；

Figure 21 explanations show the side of the curved act machine of biceps positioned opposite of starting position during use and end position View；

Figure 22 illustrates the top view of the curved act machine of biceps during use in starting position；

Figure 23 illustrates the top view of the curved act machine of biceps during use in end position；

Figure 24 explanations show bowing for the curved act machine of biceps positioned opposite of starting position during use and end position View；

Figure 25 illustrates the perspective view of the curved act machine of biceps in starting position；

Figure 26 illustrates the perspective view of the curved act machine of biceps in end position；

Figure 27 illustrates the perspective view of the curved act machine of biceps during use in starting position；

Figure 28 illustrates the perspective view of the curved act machine of biceps during use in end position；

Figure 29 illustrates the side-looking of the side raise machine according to an exemplary embodiment of the present utility model in starting position Figure；

Figure 30 illustrates the side view of the side raise machine in end position；

Figure 31 explanations show the side view of the side raise machine positioned opposite of starting position and end position；

The side view of Figure 32 explanations side raise machine during use in starting position；

The side view of Figure 33 explanations side raise machine during use in end position；

Figure 34 explanations show the side view of the side raise machine positioned opposite of starting position during use and end position；

The top view of Figure 35 explanations side raise machine during use in starting position；

The top view of Figure 36 explanations side raise machine during use in end position；

Figure 37 explanations show the top view of the side raise machine positioned opposite of starting position during use and end position；

Figure 38 illustrates the perspective view of the side raise machine in starting position；

Figure 39 illustrates the perspective view of the side raise machine in end position；

The perspective view of Figure 40 explanations side raise machine during use in starting position；

The perspective view of Figure 41 explanations side raise machine during use in end position；

Figure 42 illustrates to cross the side for pushing up puller system in starting position according to an exemplary embodiment of the present utility model View；

Figure 43 illustrates to cross the side view for pushing up puller system in end position；

Figure 44 explanations show the side view for crossing top puller system positioned opposite of starting position and end position；

Figure 45 explanations cross the side view for pushing up puller system in starting position during use；

Figure 46 explanations cross the side view for pushing up puller system in end position during use；

Figure 47 explanations show the side-looking for crossing top puller system positioned opposite of starting position during use and end position Figure；

Figure 48 explanations cross the top view for pushing up puller system in starting position during use；

Figure 49 explanations cross the top view for pushing up puller system in end position during use；

Figure 50 explanations show the vertical view for crossing top puller system positioned opposite of starting position during use and end position Figure；

Figure 51 illustrates to cross the perspective view for pushing up puller system in starting position；

Figure 52 illustrates to cross the perspective view for pushing up puller system in end position；

Figure 53 explanations cross the perspective view for pushing up puller system in starting position during use；

Figure 54 explanations cross the perspective view for pushing up puller system in end position during use；

Figure 55 illustrates the side of the Seated row machine according to an exemplary embodiment of the present utility model in starting position View；

Figure 56 illustrates the side view of the Seated row machine in end position；

Figure 57 explanations show the side view of the Seated row machine positioned opposite of starting position and end position；

The side view of Figure 58 explanations Seated row machine during use in starting position；

The side view of Figure 59 explanations Seated row machine during use in end position；

Figure 60 explanations show the side-looking of the Seated row machine positioned opposite of starting position during use and end position Figure；

The top view of Figure 61 explanations Seated row machine during use in starting position；

The top view of Figure 62 explanations Seated row machine during use in end position；

Figure 63 explanations show the vertical view of the Seated row machine positioned opposite of starting position during use and end position Figure；

Figure 64 illustrates the perspective view of the Seated row machine in starting position；

Figure 65 illustrates the perspective view of the Seated row machine in end position；

The perspective view of Figure 66 explanations Seated row machine during use in starting position；And

The perspective view of Figure 67 explanations Seated row machine during use in end position.

Specific embodiment

The optimal current contemplated mode for being to perform exemplary embodiment of the present utility model described in detail below.The implementation Mode is not obtained in a limiting sense, but carried out merely for the purpose for illustrating General Principle of the present utility model, because For scope of the present utility model is defined by appended claims are optimal.

Described below is the multiple inventions that each can independently from each other use or can be used with reference to further feature special Levy.Generally, the commonly provided exercise for allowing user to experience naturally gradual motion of some embodiments of the present utility model sets It is standby.This kind equipment can include the circuit of independent cable driven machine, and it allows user to define the process of exercise.

Using some embodiments arc process produced by movement trigger answering including core stable and surrounding muscles Muscle is closed to interact.The camber line movement and unrestricted cable drive actions for coupling some embodiments are balanced and work(to improve Energy property is moved, ensures that composite muscle interacts, and supports user to be in optimal Biological Strength degree during whole exercise In putting.

Such functional exercise includes similar to being manually turned on and off garage door, changes or removes heavy on shelf high Weight body, by object be placed in the luggage case of automobile or from the luggage case of automobile pull out object, stand up from chair or Be sitting on chair, into or leave bathtub, water tube hose is pulled across courtyard, promote weeder, or even lift and take children in one's arms Or the activity of pet.

Described below is some more detailed embodiments of the present utility model.Part I provides the operation of some embodiments Theoretical conceptual description and the description of example design process.It is many that II subsequent descriptions in part can be provided by some embodiments Individual specific machine.

I. the theory for operating

Subdivision I.A provides the conceptual description of the multiple element being associated with body position in some embodiments.Son Then description includes multiple resistive elements in certain embodiments to part I.B.Finally, subdivision I.C describes particular machine Example design embodiment.

A. body position element

Some embodiments are provided through fixed user's support member.Such support member can typically " L " shape and can Allow user be sitting in or recline in equipment and simultaneously cause his or her body be supported on optimize position in for entering Row is taken exercise.Different embodiments can include different specific support components.For example, such support member can have in support member Seat portion and back portion between different angles.Used as another example, different embodiments can include different pad sets Or other appropriate elements.

In certain embodiments, can be adjustable (for example, can be from multiple through the multiple element of fixed support member Height of seat is selected to set in option).

Some embodiments provide the first body moving element.This class component can include via linear stable axostylus axostyle drive and The rack system of tracking.In addition, some embodiments can include the second body moving element.This class component can include through fixation Post or other appropriate support members and can along the post move attachment element so that through fixed user's support member with Support member and keep appropriate body position along the movement of the first body moving element.

In certain embodiments, body moving element can be at least in part adjustable.For example, user's energy Enough move along path and starting point or end point are set, user can adjust body moving element relative to user's support member Angle etc..In certain embodiments, adjustable component can allow user to calibrate body part and machine characteristic.

Such body moving element can allow user that natural body camber line process is maintained during movement.In addition, should System may be provided in whole consistent stable resistance during taking exercise.

By combining multiple body moving elements, " unrestricted " that user can have benefited from composite muscle action enters Journey, activates vital core stable muscle to replicate " real life " functional activation.

B. resistance element

Some embodiments can include the weight stack resistance moving element that cable drives.Many embodiments can include one To handle (and/or other appropriate user interface elements, for example, pedal, bar, roller etc.), wherein each handle is attached to Cable end.Free cable end can allow user to move each handle along free routing, and this can allow more comfortable fortune Move and/or participate in extra muscle group.

Every cable is using one group of pulley and/or is connected to one or more of the other cable or element.In some realities In applying example, in addition to selected weight stack resistance element is moved using cable system, cable system can be additionally used in along by The mobile route that body moving element mentioned above is defined carrys out mobile user.

Some embodiments can be configured so that the body weight of user for weight stack resistance provides extra resistance.Substitute Ground, some embodiments can be configured so that the body weight of the user provided auxiliary in mobile counterweight piece resistance.Some embodiments Can be configured so that extra resistance and/or the amount of auxiliary may span across mobile route change.

One of ordinary skill in the art will recognize that multiple other specific resistance elements or optional load can be wrapped It is contained in some embodiments (for example, only body weight, resistance band, free weight attachment point etc.).

C. example design

Feature mentioned above will be shown referring to figs. 1 to the example machine of Figure 15.First example is pushed away to can be used for chest The chest exercise machine 100 that act and/or chest expanding are taken exercise.This example will be described to be elected using the chest of chest exercise machine and taken exercise.

Fig. 1 shows the Chest press 100 in starting position according to an exemplary embodiment of the present utility model Side view.Such starting position can be the resting position of the machine in addition to starting position is tempered.In other words, when not using When machine when, machine can be maintained in starting position naturally.Fig. 2 shows the side of the Chest press 100 in end position View.Fig. 3 explanations show the side view of the Chest press 100 positioned opposite of starting position and end position.

The side view of Fig. 4 explanations Chest press 100 during use in starting position.Fig. 5 is illustrated in validity period Between Chest press 100 in end position side view.Fig. 6 explanations show starting position during use and end position Chest press 100 positioned opposite side view.

The top view of Fig. 7 explanations Chest press 100 during use in starting position.Fig. 8 is illustrated in validity period Between Chest press 100 in end position top view.Fig. 9 explanations show starting position during use and end position Chest press 100 positioned opposite top view.

Figure 10 illustrates the perspective view of the Chest press 100 in starting position.Figure 11 illustrates the chest in end position Elect the perspective view of machine 100 in portion.The perspective view of Figure 12 explanations Chest press 100 during use in starting position.Figure The perspective view of 13 explanations Chest press 100 during use in end position.

As illustrated, cable resistance machine l00 can make user be in the starting position laid, and as handle movement is remote From the body of user, transmission naturally forward with the arc process for returning, the process applies the resistance of continuous and equal equivalent. Such machine can allow chest, shoulder, triceps and the core stable muscle of user to participate in during movement.

Machine 100 can include：Through fixed user's support member, it has seat 110 and back support 120；The One moving element, it has bracket 130 and track 140 (and/or other appropriate elements, such as axostylus axostyle)；Second moving element, It has mobile attachment element 150 and 160, one group of handle 170, weight stack 180 and cable system 190 through fixed column.

Machine frame 100 can be formed by multiple appropriate elements, for example, cross bar, pipe, support etc..As illustrated, framework Element can be arranged in a number of suitable ways.Many frame elements can be the fixed position element for supporting moving element, For example, user's support member (via moving element), weight stack, cable etc..The moving elements such as such as pulley can be attached to A part for the resistance path that framework and being included as is used by machine.

Seat 110 and back support 120 can be arranged (for example, with different length, connection angle in a number of suitable ways Deng).In addition, in this example, user's support member can include toe board.In certain embodiments, support member can include Adjustable element, it can allow user joint to be directed at machine characteristic (for example, by the pivot on knee and the curved act machine in leg Axle point is aligned) and/or regulation user position (for example, by lifting or reducing seat 110 to adjust the height of user).

The user's support member defined by seat 110 and back support 120 can include and the connection phase to bracket 130 The pivotal axis of association.Similarly, attachment element 150 can include pivotal axis.Therefore, as illustrated, user's support member is relative Path can be moved along in the angle of other machine components to change, and user keeps not relative to the position of user's support member Become.

In certain embodiments, the second moving element can include thering is one or more angle of bend and multiple pivoting points Part.In certain embodiments, the first pivoting point can be with the attachment phase of one end of angled part to machine body Association, and the second pivoting point can be with the second end of angled part to the attachment phase through fixed user's support member Association.In certain embodiments, the second moving element can be integrated together with user interface element.For example, below with reference to Figure 55 Describe an example being configured so that.

The example of Fig. 1 is returned to, bracket 130 can be any group of the component that bracket can be allowed to be moved along track 140. This example uses supporter roller, and other embodiments can include element, for example, linear bearing, sliding block etc..In some implementations In example, the first moving element can include one or more resistance elements (for example, linear resistance bar).

In this example, track 140 is parallel to ground, and post 150 forms obtuse angle with seat 110.Different embodiments can be with Including different specific configurations.For example, below with reference to the Chest press of Figure 14 replacements of the description with inclined plane.

Mobile route along track 140 can come boundary by the attribute (for example, slope, length etc.) of track at least in part It is fixed.Similarly, boundary can be come by the attribute (for example, slope, length etc.) of post at least in part along the mobile route of post 160 It is fixed.In addition, the mobile route of user can at least in part by pivotal axis relative to attachment element 150 or the chair back 120 and/or Pivotal axis is defined relative to the arrangement of bracket 130 or seat 110.In certain embodiments, any one of these elements or Can all be adjusted by using person (for example, the slope of track can change, connecting element can be repositioned).

Figure 14 illustrates that the chest of the replacement according to an exemplary embodiment of the present utility model in starting position is elected The side view of machine 100.The perspective view of the Chest press 100 of Figure 15 explanations replacement during use in end position.

As described above, machine 100 can include：Through fixed user's support member, it has seat 110 and back branch Support member 120；One group of handle 170；Weight stack 180 and cable system 190.

In this example, the first moving element include as bracket 130 linear bearing with serve as track 140 through associating Axostylus axostyle.Second moving element includes mobile attachment element 150 and through fixed post 160.In this example, post 160 is located at machine In 100 frame parts.

In this example, track 140 is inclined upwardly with mobile carrying out, and post 160 compared with seat 110 into obtuse angle Alignment.

In addition, the example of Figure 14 to Figure 15 includes weight stack 180, the weight stack is placed to the side of user's support member Face.Such arrangement can allow user to be sitting in the amount that resistance is adjusted while on machine 100.In addition, such arrangement can reduce machine Bottom space needed for device.

Individual machine can be used to carry out multiple exercise movements.In certain embodiments, machine (example is adjusted in a variety of ways Such as, support arm or further feature may be arranged so that cable and/or handle position change, and support angle or position can be with Change, moving element can be relocated) it is multiple different mobile to carry out.

Alternatively, user can apply different mobile routes, need not using same machines to carry out different movements Machine any regulation in itself.For example, by changing arm position, ancon angle etc., user can carry out chest expanding movement Moved rather than electing.

Although by reference to the theory of particular machine description operation, one of ordinary skill in the art will be recognized that Different machines can be implemented in a multitude of different ways.Some such machines described in part II below.

II. example machine

Subdivision II.A provides the conceptual description of the curved act machine of biceps of some embodiments.Next, subdivision II.B The side raise machine of some embodiments is described.Subdivision II.C then describes the top puller system excessively of some embodiments.Subdivision II.D Imitate the description of some embodiments of Seated row machine.Finally, what subdivision II.E descriptions can be used by some embodiments is more Individual other machines or element.

A. the curved act of biceps

Figure 16 to Figure 18 shows the side view of the curved act machine of biceps.Figure 19 to Figure 24 shows that biceps during use is curved The side view and top view of act machine.Figure 25 to Figure 26 shows the perspective view of the curved act machine of biceps.Figure 27 to Figure 28 shows using The perspective view of the curved act machine of biceps of period.

In this example, be placed in for user in the starting position taken one's seat by cable resistance machine, and by middle arm Independently being bent up of pivot point is lifted (palm of user grasps upwardly " unrestricted " cable driving handle) and is transmitted Naturally forward with return to arc process, apply continuous and impartial amount of resistance.In addition, during movement, the two of user Head flesh, forearm and core stable flesh can be participated in into.

In this example, track is downward-sloping with mobile carrying out, and post is alignd compared with seat with obtuse angle.

B. side raise

The use of Figure 29 to Figure 41 explanation machines of Figure 16 to Figure 28 during side raise is taken exercise.In this example, it is single Machine can provide two kinds of functions.However, different embodiments can provide the special purpose machinery for such function.

Figure 29 to Figure 31 illustrates the side view of side raise machine.Figure 32 to Figure 37 illustrates the side-looking of side raise machine during use Figure and top view.Figure 38 to Figure 39 illustrates the perspective view of side raise machine.Figure 40 to Figure 41 explanations side raise machine during use Perspective view.

C. top pull power is crossed

Figure 42 to Figure 44 showed to push up the side view of puller system.Figure 45 to Figure 50 shows top puller system excessively during use Side view and top view.Figure 51 to Figure 52 showed to push up the perspective view of puller system.Figure 53 to Figure 54 shows during use Cross the perspective view of top puller system.

In this example, be placed in user in seated position by cable resistance machine, and leg is in anterior curvature and is supported on Below the roller for keeping down.User can grasp two cable driving handles above being suspended at and use downward drawing It is dynamic to move so that each handle is down to upper breast region.While performing physical exercise, seat stool can be transmitted naturally forward With return arc process, apply the resistance of continuous and equal equivalent.In addition, during movement the latissimus dorsi of user, triceps, three Angle flesh, cucullaris, triceps and core stable flesh can be participated in.

Track is flat compared with ground in this example, and post is alignd compared with seat with obtuse angle.Further, since forging Essential this example of refining shows the machine for omitting any back support elements.Alternatively, user is supported by one group of roller rod, These roller rods are intended to be held in position in the leg of user when moving.Different embodiments can include difference Specific configuration.For example, track can be inclined in certain embodiments.

The machine explanation of Figure 42 to Figure 54 improves functional example using the system of some embodiments.Currently, it is many User when carrying out drop-down must body inclination just will not countercheck rod (for example, by tilting backwards so that user Head does not disturb the path of bar).By contrast, when the machine using Figure 42 to Figure 54, user is wing drop, to cause The body of user can be maintained in the fixed position relative to user's support member, at the same also by user position so that Obtaining can carry out complete repetition.

In certain embodiments, the machine of Figure 42 to Figure 54 can be used to carry out stretching, and method is repaiied during taking exercise Change arm position and movement.

D. seated row

Figure 55 to Figure 57 shows the side view of Seated row machine.Figure 58 to Figure 63 shows Seated row machine during use Side view and top view.Figure 64 to Figure 65 shows the perspective view of Seated row machine.Figure 66 to Figure 67 shows during use The perspective view of Seated row machine.

In this example, cable resistance machine allows user to be sitting on flat stool, and leg bends and in quilt in knee Stretched forward when being shelved on foot support.During movement, user bends from center section, to extension grasping two Cable driving handle, and retract the cable (body using leg as lever to allow user to remain appropriate towards pectus Body position, the appropriate body position allows upper body effectively to carry out pulling campaign), and turn allow for handle and return just To the position being far from starting position.When performing physical exercise, seat stool transmits natural arc process and keeps user In optimum position, to transmit continuous resistance to each handle during taking exercise.In addition, during movement, the shoulder of user, Upper back and lower back portion, triceps and core stable flesh can be participated in.

Track in this example is flat compared with ground, and the second moving element includes two pivotal axis, its tool There is the obtuse angle formed by the part between pivoting point.Therefore, when user moves, body position is by the position of part Put to automatically adjust.

In addition, this example is attributed to the essence of exercise and shows the machine for omitting any back support elements.Alternatively, User is supported by one group of toe board, and these toe boards are intended to that the leg of user is maintained at into appropriate position when moving Put.

The machine of Figure 55 to Figure 67 is shown with the functional example of improvement of the system of some embodiments.Currently, it is many User tilts backwards to attempt to reach complete contraction at the end of boating.By contrast, extremely scheme when using Figure 55 During 67 machine, user is wing drop, so that the body of user can be maintained at relative to user's branch In the fixed position of support member, while also user is positioned so as to carry out complete repetition.In addition, Figure 55 to Figure 67 Machine simulate true ship in the way of improved feature being provided and is taken exercise in sliding seat.

E. alternate embodiment

One of ordinary skill in the art will be recognized that the machine described in subdivision II.A-II.D is in order at example Property purpose and present and different embodiment can implement in a multitude of different ways.

For example, some embodiments can provide the machine for the muscle group different with those described above Device (for example, gluteus machine).As another example, different embodiments can include with those the different cables for showing and/ Or handle configurations (for example, substitute using independent handle, some embodiments can use bar).In addition, various embodiments can be with Various ways is configured (for example, with different slopes, different connecting elements, different resistance elements etc.). In some embodiments, multiple features can in a multitude of different ways be configured by using person (for example, the length for passing through regulating element, By changing one or more elements etc., different tie points is used).

The above is related to the illustrative details of exemplary embodiment of the present utility model and is not departing from such as appended power Can be modified on the premise of the spirit and scope of the present utility model that sharp claim is defined.

Claims (20)

1. the curved act machine of a kind of biceps, including：

Resistance element；

User's support member, it is coupled to the resistance element；

First moving element, it is coupled to user's support member；And

Second moving element, it is coupled to user's support member.

2. the curved act machine of biceps according to claim 1, wherein, the resistance element includes at least one handle, at least One cable, at least one pulley and optional load.

3. the curved act machine of biceps according to claim 2, wherein, first moving element includes：

Track；And

Bracket, it is movably coupled to the track to enable that the bracket is moved along the path defined by the track It is dynamic, wherein first moving element be coupled to user's support member with enable user's support member around with institute State the associated axle rotation of bracket.

4. the curved act machine of biceps according to claim 3, wherein, second moving element includes：

Post；And

Connecting element, it includes pivoting point to enable user's support member around the axle being associated with the connecting element Rotation, wherein the connecting element is movably coupled to the post to enable the connecting element along by post circle Fixed path movement.

5. the curved act machine of biceps according to claim 4, wherein, the path defined by the track and defined by the post Path determine mobile route of the user's support member from starting position to end position.

6. the curved act machine of biceps according to claim 5, wherein, the mobile route is caused when along the mobile route When moving to the end position from the starting position, user's support member is in backward camber line.

7. the curved act machine of biceps according to claim 6, wherein, it is described when external force is applied to the resistance element User's support member moves to the end position along the mobile route from the starting position.

8. the curved act machine of biceps according to claim 7, wherein, it is described when external force discharges from the resistance element User's support member moves to the starting position along the mobile route from the end position.

9. the curved act machine of biceps according to claim 8, wherein, the resistance element is adapted to provide curved act of biceps and moved The movement of dynamic and side raise.

10. the curved act machine of biceps according to claim 9, wherein, user's support member includes seat and back branch Support member, the axle being associated with the bracket is placed in the join domain between the seat and the back support, And the track is downward-sloping to the end position from the starting position.

A kind of 11. curved act machines of biceps for adapting to carry out functional training, the curved act machine of biceps includes：

Cable resistance element, it adapts to provide the resistance path for being defined by user at least in part；

User's support member, it adapts to move along path movement with the carrying out of the curved act of biceps；And

Load, its one group of plate for including being selectively coupled to the cable resistance element.

The 12. curved act machines of biceps according to claim 11, further include：

Track；And

Bracket, it is movably coupled to the track, wherein the mobile route is at least in part by along the track The movement of the bracket is defined, and user's support member is movably coupled to the bracket.

The 13. curved act machines of biceps according to claim 12, further include：

Post；And

Connecting element, it is movably coupled to the post, wherein the mobile route is at least in part by along the post The movement of the connecting element is defined, and user's support member is movably coupled to the connecting element.

The 14. curved act machines of biceps according to claim 13, wherein, user's support member can at the first pivotal axis It is removably coupled to the bracket.

The 15. curved act machines of biceps according to claim 14, wherein, the connecting element includes the second pivotal axis.

A kind of 16. side raise machines for adapting to carry out functional training, the side raise machine includes：

Cable resistance element, it adapts to provide the resistance path for being defined by user at least in part；

User's support member, it adapts to move along path movement with the carrying out of side raise；And

Load, its one group of plate for including being selectively coupled to the cable resistance element.

17. side raise machines according to claim 16, further include：

Track；And

Bracket, it is movably coupled to the track, wherein the mobile route is at least in part by along the track The movement of the bracket is defined, and user's support member is movably coupled to the bracket.

18. side raise machines according to claim 17, further include：

Post；And

Connecting element, it is movably coupled to the post, wherein the mobile route is at least in part by along the post The movement of the connecting element is defined, and user's support member is movably coupled to the connecting element.

19. side raise machines according to claim 18, wherein, user's support member may move at the first pivotal axis Be coupled to the bracket.

20. side raise machines according to claim 19, wherein, the connecting element includes the second pivotal axis.