CN202864904U

CN202864904U - Bracket device, saddletree and saddle for ridden animal or pack animal

Info

Publication number: CN202864904U
Application number: CN 201220283208
Authority: CN
Inventors: 孔才
Original assignee: SADDLERY DESIGN AND TECHNOLOGY GmbH
Current assignee: SADDLERY DESIGN AND TECHNOLOGY GmbH
Priority date: 2012-06-15
Filing date: 2012-06-15
Publication date: 2013-04-10
Anticipated expiration: 2022-06-15

Abstract

The utility model relates to a bracket device, a saddletree and a saddle for ridden animal or pack animal. The bracket device is composed of a right multi-bracket facility having a first connecting section and at least one second connecting section, and a left multi-bracket facility having a first connecting section and at least one second connecting section; a rotating device having a rotating shaft is formed between two adjacent connecting sections inside socket sleeves at two sides; and the two adjacent connecting sections vertically penetrate through the rotating plane of the rotating shaft in general and fully rotate facing to the rotating shaft. Therefore, the bracket device can be applied to back areas and withers in different shapes, and cannot restrict or hinder free movement of the ridden animal or pack animal, so that the saddletree is firmly fastened on the back of the ridden animal or pack animal; a local pressure point is not generated; and force acting on the ridden animal or pack animal can be better distributed.

Description

Be used for driving seat rest device, saddletree and the saddle of animal or pack animal

Technical field

The utility model relates to a kind of seat rest device be used to driving animal or pack animal, and drives animal or pack animal with saddletree and with the saddle of saddletree.

Background technology

In equestrian sport, especially in English equestrian sport, can use dissimilar saddles, such as general saddle, dressage saddle and jumping saddle.General saddle is for jumping the comprehensive of saddle and dressage saddle, and its flex point (being nadir) is positioned at the centre of pedestal substantially.The flex point of dressage saddle also is positioned at the centre of pedestal substantially, however the position after the flex point of jumping saddle is positioned in the middle of the pedestal slightly partially.

As time goes on, drive animal and with the structure of saddle great change does not occur.The Bock saddle is the most original form, once is used as transporting saddle, lotus saddle or packsaddle.The Bock saddle is formed against the animal bodies docking by two shelfs on left side and right side, two shelfs is linked together with belly band with the back in front.Drive saddle for the Bock saddle is used as, filled in the above cushion rubber and bed course.Since 18th century, bring into use saddletree, as saddle holder or the framework of saddle, drive animal or pack animal (such as horse, pony or donkey) back for riding to be seated at.

Saddletree is made of a plurality of parts usually, and these parts link together securely by adhesive or other modes.Figure 1 shows that existing saddletree.The pedestal 2 of its saddletree 1 extends to surcingle 3(and is also referred to as saddlebow or saddle fork) and cantle 4 between.End at surcingle 3 forms free end or block flap 5.Dispose saddle arch bar 6, and be connected on the surcingle 3 by fastening method 7, make the surface towards the head that drives animal or pack animal.Two longitudinal springs or stay 8 extend between saddle arch bar 6 and the cantle 4.Stirrup band clip 9 loosely is fixed on the surcingle 3, such as the mode by riveted joint or bolt.At its front end 3 places, saddletree 1 forms saddle domed 10.Saddle domed 10 is used for the identical withers that drives animal or pack animal.If it is high and little to drive the withers of animal or pack animal, then saddle domed 10 should be high and little shape mutually.If withers is low and wide, then saddle domed 10 should be low and wide shape mutually.The width that saddle is domed or amplitude are known as saddle arch span degree equally.

European patent EP 2159187 A1 describe the saddletree such as following content: be suitable for driving animal or pack animal back the side holder, back to the end face of this side holder, form saddle saddle arch span degree saddle domed, and along saddle domed (wherein end face is furnished with the saddle arch bar), the fixing saddle domed used saddle arch bar vertical with the saddle length direction.Because the saddle arch bar bears the mechanics high capacity, its material must satisfy the high strength requirement.

Coincide for obtaining highly accurate saddletree or saddle, what should make as much as possible that saddletree is suitable for filling saddle drives animal or pack animal back, especially should be suitable for its withers shape, animal muscle tissue, animal varieties, birth defect etc.; Also should consider simultaneously jockey's physique, especially figure and body weight.In order to prevent from the beginning or farthest to reduce to the injury of jockey's health or to driving the injury of animal or pack animal, dissimilar drive or purposes also requires to adopt the respectively saddletree of design.

In practice, can provide the saddletree of a large amount of different sizes with different saddle arch span degree.The saddle arch span degree of saddletree can be made amendment by adjusting or replace the saddle arch bar.Can be respectively by crooked, widen, compress or dwindle the saddle arch bar and adjust.Expert or saddler use setting device to adjust the saddle arch bar usually.Adjustment or replacing saddle arch bar be labor intensive and time especially.In many cases, behind adjustment or the replacing saddle arch bar, must adjust the saddle cushion rubber.Only be positioned in the situation of optimum position on the animal back at saddletree or saddle, the rigidity inflexibility fork structure of saddlebow and saddle arch bar could provide firm clamping for the jockey.

If saddletree is to be made by solid material (such as wood), then this saddletree should have the saddlebow that stable rigid solid material is made, and must make it be suitable for horseback by adding or removing the saddletree material this saddletree is adjusted, and this operation is more time-consuming and cost is higher.

When driving, misfit or wrong saddletree or saddle in place especially easily causes the motion of animal to be obstructed, and the injured situation of animal may occur driving the time.In addition, when saddle fully was not fastened on the animal back, the jockey can not form the best with animal by means of this saddle and communicate, and the easy landing of saddle.

In the horsemanship place, the jockey can buy for respectively driving animal the saddle of customization usually.This has considered that driving animal has this fact of different structure physique (especially in the saddle bearer zone).Drive animal (such as horse) and usually have asymmetry, this asymmetry is both advantageous and disadvantageous on conventional purposes.The asymmetry that drives animal can be inherent, adoptive or acquired.Inherent asymmetry is normally owing to drive animal and lack body movement and cause after following birth closely.The inheritance asymmetry is normally being raised the stage Underactivity owing to drive animal, or institute causes after keeping for a long time relaxed position after injured.Animal or pack animal lack physical training or physical training is improper owing to drive, and may further occur by driving cause asymmetric.The term training means based on Zootomy, physiology and psychological subject gains knowledge the activity of being undertaken by driving animal.

Adopt different measuring systems, measure the back that drives animal or pack animal, especially the saddle bearer zone.Particularly should be determined to drive by the saddler cucullaris shape of animal or pack animal withers left and right sides, dorsal muscles (the especially dorsal muscles of spinous process left and right sides) shape, and the backrest form that drives animal and pack animal, namely whether the back is straight or crooked.In addition, also need measure shoulder and the saddle arch span degree that drives animal or pack animal.Under any circumstance, this process is the Shortcomings part all, the saddletree of making separately and be only applicable to a certain specifically drive animal or pack animal with the saddle of this type of saddletree; And if the planform at back changes, the saddle that then spends the pile customization will be no longer identical.

When specifically driving animal or pack animal and buy new saddle for a certain, the jockey must check and check, afterwards also must periodic inspection, determine whether saddle rides in the mode of the best as far as possible to drive animal or pack animal back.In practice, change if drive body weight, musculature or the age of animal or pack animal, then must adjust saddletree or saddle.

The utility model content

The purpose of this utility model is to provide a seat rest device that is suitable for driving animal or pack animal, and drives animal or pack animal with saddletree and saddle with saddletree.Such device, saddletree and saddle have widely industrial use, can use at difform dorsal area and withers, and can not limit or hinder the free motion that this drives animal or pack animal; So that saddle firmly is fastened on the back that drives animal or pack animal, and do not produce the local pressure point; And so that act on and drive animal or pack animal power is with it distributed better, and use such device, saddletree and saddle can overcome the deficiencies in the prior art part.

According to the utility model, the seat rest device that drives animal or pack animal comprises the multi-joint rest facility in the right side that has the first linkage section and have at least the second linkage section, have the first linkage section and have at least the multi-joint rest facility in left side of the second linkage section, wherein in the cover for seat of both sides, the slewing arrangement that has S. A. forms between two adjacent linkage sections, and these two adjacent linkage sections vertically penetrate the plane of rotation of S. A. substantially mutually towards fully rotating around S. A..

Substantially 20 ° of cone angle scopes of vertical structure formation preferably.The linkage section of multi-joint rest facility is definite length in each side cover for seat.When seeing to cephalad direction from the afterbody that drives animal or pack animal, the multi-joint rest facility in left side is positioned at the left side that drives animal or pack animal withers, and the multi-joint rest facility in right side is positioned at the right side of withers.Term " vertically " or " along the length direction " refer to be basically parallel to the direction that drives animal or pack animal backbone, i.e. cephalocaudal direction; Term " laterally " or " laterally " refer to be basically perpendicular to the direction that drives animal or pack animal backbone or height.Drive animal or pack animal and comprise that but people can drive or all animals of transporting cargo.Especially comprise horse, pony or donkey.

According to the utility model, this device is used for driving the mount pad holder with it of animal or pack animal, and this device has and can be used for the advantage that all drive animal and pack animal, wherein considered to drive the back structures shape of animal and pack animal uniqueness, guaranteed simultaneously that under any circumstance the backbone, withers and the cucullaris that respectively drive animal or pack animal can not bear a heavy burden.This device can be independent of the back structures shape that drives animal or pack animal to be used.According to the utility model, this device does not comprise saddlebow and/or saddle arch bar, so no longer need afterwards saddlebow and/or saddle arch bar are done to regulate or adjust.In the situation about especially changing at the body weight that drives animal or pack animal, musculature or age, need not bending or dwindle the saddle arch bar, this operation is more time-consuming and relatively take the labour.Because this utility model structure does not need saddlebow or saddle arch bar.The flexible structure of this device and configuration are same so that it can drive animal or pack animal when responsive, or in the injured situation, or use in the abnormal appearance situation.

According to the utility model, this device can be used for the different embodiment on the holder of jockey's seat or holder surface, and multiple saddle, for example jump saddle, dressage saddle, general saddle, western saddle, decorate saddle, used saddle, long-distance saddle, endurance saddle, side saddle, English saddle, Iberian saddle, Spain's saddle, lotus saddle or the packsaddle of various gait horse.

Advantage is to use this utility model device, saddletree and during with the saddle of this type of saddletree, need not to measure the back that drives animal or pack animal, and need not to carry out independent adjustment.This utility model device can be used for having different back structures, withers, asymmetry or musculature variously drives animal or pack animal.

The large advantage of another of this utility model device is: this structure can not strained the withers that drives animal or pack animal, and withers can move freely.Withers is to drive animal or pack animal very responsive and vulnerable position with it.Prior art system is comprised of saddlebow and/or saddle arch bar, and its special weak point is, withers meeting sustain damage, and withers is extremely important for saddle balance and firm saddle holder; When suffering high-strength and long time pressure when load, saddle coincide improper cause exerting pressure improper, cucullaris thereby atrophy.In addition, saddlebow and/or saddle arch bar can hinder feedback, so the jockey can not obtain the relevant reaction that drives the animal strained condition, or any relevant animal anxiety or impatient information of driving.Yet, this type of feedback so that drive damage or the infringement that animal suffers can perception.This utility model has been removed saddlebow and/or saddle arch bar that the jockey keeps balance and comfort for sitting posture not to be needed, so that the jockey can obtain feedback from driving animal, especially can directly influence power and power be passed to by the seat holder muscle of back tissue of animal from the jockey.The jockey and drive animal or pack animal between communication improve.The jockey can rely on leg to shift center of gravity or transmit strength, thereby transmits instruction to driving animal.In addition, the jockey can more early perceive the strained condition that drives animal or pack animal.In addition, in young the driving in animal or the pack animal process of training, and drive in the well-trained horses process, the hind leg activity can improve.

According to the utility model, this saddletree can be used for driving the back of animal or pack animal, and can be connected to and drive with it animal or the pack animal.Based on this creationary solution, according to the utility model, provide to drive animal and pack animal saddletree.This saddletree comprises the seat holder towards the proparea that drives animal or pack animal head, back zone and two lateral areas, and is connected to the utility model device on this saddletree.The multi-joint rest facility of the multi-joint rest facility in right side and left side is connected on the saddletree.In the cover for seat of both sides, the slewing arrangement that has S. A. forms between two adjacent linkage sections, and wherein two adjacent linkage sections vertically penetrate the plane of rotation of S. A. substantially mutually towards fully rotating around S. A..Substantially 20 ° of cone angle scopes of vertical structure formation preferably.

The utility model comprises for the saddle that drives animal or pack animal back: utility model device and at least one are connected to the absorbing pad of seat holder below.In first-selected embodiment, saddle must further comprise the saddletree of utility model.

The saddle of utility model can not affect the manoevreability that drives animal or pack animal scapula, related muscles tissue and tendon, and this is a large advantage.During standing and driving, the movable multi-joint rest facility of this device especially is fit to the build that drives animal.Preferably by the belt securing device, neatly this device, saddletree or saddle are fixed on the facies posterior scapulae that respectively drives animal or pack animal.Also can guarantee fasteningly by adjusting single revolving part between the single linkage section of multi-joint rest facility, except keeping degree of freedom, also can substantially adjust adjacent linkage section in each S. A. plane.This device, saddletree and saddle can be used for the horse of different cultivars, and can be used for having different back shape drive animal and pack animal.

In first-selected embodiment, the position of slewing arrangement becomes and/or becomes with angle with motion so that it only may generate on a small scale stalling torque.In further first-selected embodiment, slewing arrangement forms stalling torque, limits the relative motion of the adjacent linkage section of slewing arrangement, and action proportional with it.The generation of this type of stalling torque can be from the internal friction of revolving part, or adopts friction member to suppress the attaching parts motion.

In further first-selected embodiment, slewing arrangement forms stalling torque, limits the angle between the adjacent linkage section of slewing arrangement, and action proportional with it.The generation of this stalling torque, the torque that can apply to attaching parts from spring installation is so that its correcting action.This type of spring installation can contain the material of slewing arrangement itself, or the additional link that limits spring constant.

In first-selected embodiment, the multi-joint rest facility in right side has the first linkage section and the second linkage section, the multi-joint rest facility in left side has the first linkage section and the second linkage section, in the cover for seat of both sides, the slewing arrangement that has S. A. forms between two adjacent linkage sections, and wherein two adjacent linkage sections vertically penetrate the plane of rotation of S. A. substantially mutually towards fully rotating around S. A..The configuration of slewing arrangement is so that multi-joint rest facility can be separately towards a direction rotation.Each slewing arrangement provides degree of freedom to a certain degree, and degree of freedom is by the determining positions of S. A. plane in the space.Main points are that substantially vertical structure optimum consists of 20 ° of cone angle scopes.

In first-selected especially embodiment, the multi-joint rest facility in right side has the 3rd linkage section and the 4th linkage section, the multi-joint rest facility in left side has the 3rd linkage section and the 4th linkage section, these devices are in each side cover for seat, all form the slewing arrangement that another has S. A., between two adjacent linkage sections, two adjacent linkage sections substantially in the S. A. plane mutually towards rotate around S. A., this S. A. plane penetrates the vertical S. A. of cardinal principle.Main points are that substantially vertical structure optimum consists of 20 ° of cone angle scopes.The configuration of slewing arrangement is so that all substantially vertical and horizontal rotations of multi-joint rest facility.Slewing arrangement preferably cushions load and the three-dimensional primary structure member of motion and the load of torsion member of removable part.Each slewing arrangement provides degree of freedom to a certain degree.

In further first-selected embodiment, the multi-joint rest facility in right side has further linkage section, the multi-joint rest facility in left side has further linkage section, these devices are in various each side cover for seat, all form the slewing arrangement that another has S. A., between two adjacent linkage sections, two adjacent linkage sections substantially in the S. A. plane mutually towards rotate around S. A., this S. A. plane penetrates the vertical S. A. of cardinal principle.Main points are that substantially vertical structure optimum consists of 20 ° of cone angle scopes.The hinge configuration of multi-joint rest facility is so that this device and the build that drives animal or pack animal or back structures reach best coincide or align.Coincide because of device and the best that drives animal or pack animal back, the jockey can set up close contact with animal.After the linkage section of multi-joint rest facility was positioned at and drives animal or pack animal omoplate, the length that linkage section is identical or different can increase thus efficient, avoid health damage so that drives animal or the musculature of pack animal motion does not hinder.

Favourable part is, the second linkage section and the 3rd linkage section of the multi-joint rest facility in left side comprise 60 ° to 130 ° angular range, especially the angular range between 70 ° to 120 °, the angular range between 80 ° to 110 ° preferably, and the second linkage section and the 3rd linkage section of the multi-joint rest facility in right side comprise 60 ° to 130 ° angular range, especially the angular range between 70 ° to 120 °, the preferably angular range between 80 ° to 110 °.Linkage section is by becoming corner structure all can to rotate around S. A. by the cardinal principle vertical and horizontal.The angulation bracket assembly can wrap and drive animal or pack animal health, without baffle plate or formation local pressure point or little heavy burden zone.

Best is that last linkage section of the multi-joint rest facility of last linkage section of the multi-joint rest facility in right side and left side contains free end.Free end can move in polarizers of big angle scope, or moves around S. A., for example 350 °.

In first-selected embodiment, in various each side cover for seat, the first linkage section of the multi-joint rest facility of the first linkage section of the multi-joint rest facility in right side and left side extends to the back of the body district that seat holds in the palm in the part degree at least.Thus, the first linkage section of multi-joint rest facility forms longitudinal ligament.The first-selected plastic material of longitudinal ligament is made, and the side area of substantially present holder forms.

Favourable part is that device and/or saddletree are by fiber-reinforced plastic, and especially carbon fibre reiforced plastic is made.Fiber-reinforced plastic means the material that contains reinforcing fiber and polymer substrate.Matrix holds fiber, and namely fiber is attached on the matrix by binding power or binding force.Carbon fibre reiforced plastic means the compo composite material, and wherein carbon fiber, especially multilayer carbon fiber are as stiffener embedded polymer thing matrix.The use of lamination coating is so that compo composite material elastic behavior has directivity.The compo composite material especially contains high specific stiffness.

In first-selected embodiment, form at least an attaching parts between the first linkage section of the multi-joint rest of the first linkage section and right side of the multi-joint rest in left side or connect and support.Connect to support and especially have curve or the bending that is roughly the horseback shape.Can connect to support improve separately linkage section fixing of horizontal bracket assembly by at least one, so that device and/or saddletree can bear larger strength and heavy burden, this usually occurs in and drives animal or pack animal rapid movement or jump between active stage.In further first-selected embodiment, two attaching partss are formed between first linkage section of the multi-joint rest facility of the first linkage section and right side of the multi-joint rest facility in left side.Favourable part is that each slewing arrangement all consists of favourable hinge or joint.Yet each S. A. also can consist of integral hinge, and namely it can or be formed separately by Tapered Cup to connect to support and form.The feature of integral hinge is that two attaching partss that should link together form one whole.The attaching parts that integral hinge substantially constitutes Tapered Cup or thin-walled attaching parts or has each self-supporting, it can make by the ductility of self attaching parts substantially rotate on the S. A. plane of determining.

Hinge must be able to cushion the heavy burden of displaceable member, especially bracket assembly linkage section and move stressedly, and hinge as guidance, substantially has certain degree of freedom at this in definite S. A. plane.The expert confirms that at least one slewing arrangement is connected to form by elasticity, such as elasticity or inelastic straps, put together steel wire rope, and especially steel wire rope or other attaching partss, it can move freely in main shaft plane, and is stable and perpendicular to the S. A. plane.So slewing arrangement can be made by half elastic fabric, especially fabric strengthens band shape or the strand attaching parts that elastic webbing, non-metal strap, belt, anamorphic zone or any other material are made.

In first-selected embodiment, a linkage section of the multi-joint rest facility in right side, preferably the second linkage section comprises the first stirrup band clip; And a linkage section of the multi-joint rest facility in left side preferably the second linkage section comprise the second stirrup band clip.Relevant each linkage section of bracket assembly forms stirrup band clip, and can make one whole.Like this, escapable cost and material, and robust structure can be provided.

In further first-selected embodiment, the first stirrup band clip is connected to the multi-joint rest facility in right side with fastening means, and the second stirrup band clip is connected to the multi-joint rest facility in left side with fastening means.In each side cover for seat of this kind, might connect differing formed stirrup band clip, and can mutually replace between them.Can connect stirrup band clip by fastening means such as screw, rivet and/or adhesives.

Organize mobility for improving muscle of back, and for protecting the back that drives animal or pack animal, the proparea of seat holder preferably there is recess.The proparea of seat holder forms recess or dimple.

Favourable part is, includes the first belt securing device, each side cover for seat of substantially being arranged in the free end zone in each side cover for seat of the multi-joint rest facility of the multi-joint rest facility in right side and left side and substantially is arranged in the 3rd belt securing device that the second belt securing device, each a side cover for seat in holder proparea is positioned at seat holder back zone substantially.So the belt securing device contains fixed mount, can be around the S. A. rotation of being fixed on the saddletree material.

One end of belt preferably is connected to the first belt securing device, belt can pass the opening of the first strap and draw, be connected on the 3rd belt securing device, belt can pass the opening of the second strap and draw from the 3rd securing device, is connected on the second belt securing device.So opening is seam shape or round.First-selected belt guide allows device, saddletree and/or saddle firmly to be connected to the back that drives animal or pack animal, and for the jockey provides firm seat, the jockey with drive animal or pack animal between can realize interaction clear and definite and that improve.

In further first-selected belt guide, one end of belt is connected to the first belt securing device, the opening that belt can pass the first strap is drawn and is connected to the 3rd belt securing device, belt can pass subsequently the opening of the second strap and draw from the 3rd belt securing device and barrier film, it is positioned at saddletree top, saddletree below, is connected on the second belt securing device.

At least one absorbing pad is connected to the bottom surface of seat holder.In first-selected embodiment, at least two absorbing pads that independently are shaped are connected to the bottom surface of seat holder.So, can provide the holder of the seat after the improvement, be used for driving the back of animal or pack animal, and can consider the body part that structure is different.

In addition, can realize driving the belt configuration improvement of animal or pack animal.

Favourable part is that absorbing pad contains liner, weighting material and lid.The liner cross-sectional plane is roughly U-shaped.Weighting material is between two pillars of U-shaped liner.Lid, such as the skin lid around liner and weighting material.Each absorbing pad can comprise opening, to promote that absorbing pad is connected on the saddletree by fastener.So screw, rivet and/or adhesives can be used as fastener.

In first-selected embodiment, contain the linkage section of the multi-joint rest facility in saddletree, right side and left side of a holder, proparea, back zone and two lateral areas by a single piece, i.e. complete formation.Slewing arrangement is preferably supported by Tapered Cup or connection and forms.The material of saddletree and bracket assembly preferably contains fiber-reinforced plastic.Also can use and have sufficient intensity and elastomeric other materials.

Description of drawings

Fig. 1 is the transparent view of prior art saddletree;

Fig. 2 is the transparent view of the first-selected embodiment of the utility model;

Fig. 3 A, Fig. 3 B are the first-selected embodiment top views of the utility model saddletree;

Fig. 4 is the first-selected embodiment diagrammatic view of the utility model slewing arrangement;

Fig. 5 is the further first-selected embodiment transparent view of the utility model;

Fig. 6 is the further first-selected embodiment lateral plan of the utility model;

Fig. 7 is that the utility model is according to the schematic diagram of the further first-selected embodiment of the utility model establishment with the configuration of the first belt;

Fig. 8 is the diagram part top view of the further first-selected embodiment of the utility model;

Fig. 9 is the diagram part upward view of the further first-selected embodiment of the utility model establishment;

Figure 10 is the further first-selected embodiment perspective side elevation view that the utility model creates according to the utility model with the configuration of the second belt.

Figure 11 is the schematic side-view of the further first-selected embodiment of the utility model;

Figure 12 to Figure 14 is the first-selected embodiment of the utility model absorbing pad;

Figure 15 to 18 is further first-selected embodiment of at least one absorbing pad of the utility model and installs and select.

The specific embodiment

Current according to first-selected embodiment of the present utility model, be described with reference to the following drawing of enclosing.The example of so-called English saddle such as following drawing.The expert confirms that the following card of giving an example is suitable for the saddle of any other type.

Fig. 2 is the perspective side elevation view according to the further first-selected embodiment of the utility model establishment.One can be connected to the device that drives on animal or the pack animal saddle support, as shown in Figure 2.The slewing arrangement 61 of the multi-joint rest facility 40 in right side is connected the slewing arrangement 63 of rest facility 50 and is connected to connect and supports on 80 with the left side.This device can be connected in the saddle holder.The second linkage section 42 of the multi-joint rest facility 40 in right side comprises stirrup band clip 93, and the second linkage section 52 of the multi-joint rest facility 50 in left side comprises stirrup band clip 94.Slewing arrangement 62 is between second linkage section 42 and the 3rd linkage section 43 of the multi-joint rest facility 40 in right side, and slewing arrangement 64 is between second linkage section 52 and the 3rd linkage section 53 of the multi-joint rest facility 50 in left side.As shown in Figure 2,

slewing arrangement

61,63 can be close to be connected to and connect support on 80 very much.Yet, in each side cover for seat, also might connect between support 80 and the

slewing arrangement

61,63 by linkage section.

Fig. 3 A and 3B show the top view that is connected to the first-selected embodiment of device on the saddletree 20 that creates according to the utility model.The saddletree 20 that is used for driving animal or pack animal comprises proparea 31, saddletree 30,32, two

lateral areas

33,34, back of the body district towards the head that drives animal or pack animal.Cantle 38 is positioned at back of the body district 32.The

lateral areas

33,34 of seat rest device 30 is 31 back of the body districts 32 that extend to saddletree 20 from the proparea.The multi-joint rest facility 40 in right side is connected to the proparea 31 of a rest device 30 substantially in right side region 33 edges, the multi-joint rest facility 50 in left side is connected to the proparea 31 of a rest device 30 substantially in left side district 34 edges.By fasteners 110 such as screw, rivet and/or adhesives, bracket assembly 40 is connected to lateral areas 33, as shown in Figure 3A.Among Fig. 3 B, the multi-joint rest facility 50 in left side and saddletree 20 are positioned at single piece and are formed by single piece.The multi-joint rest facility 40 in right side has the first linkage section 41 and the second linkage section 42.The multi-joint rest facility 50 in left side has the first linkage section 51 and the second linkage section 52.The second linkage section 52 of the multi-joint rest facility 50 of the second linkage section 42 and left side of the multi-joint rest facility 40 in right side comprises

free end

71,72.

Rest facility 40,50 all preferentially comprises at least one slewing arrangement.Such as Fig. 3 A and 3B as can be known, be furnished with the slewing arrangement 61 with pivot 610 between the linkage section 41 and 42 of the multi-joint rest facility 40 in right side, be furnished with the slewing arrangement 63 with pivot 630 between the linkage section 51 and 52 of the multi-joint rest facility 50 in left side.Slewing arrangement 61 and 63 pivot 610 and 630 are positioned at a plane substantially, and the longitudinal axis of saddletree 20 is substantially vertically passed on this plane.In Fig. 3 A, slewing arrangement 61 is hinge.In Fig. 3 B, slewing arrangement 63 is integral hinge, and namely it can be made of Tapered Cup.Such as Fig. 3 B as can be known, saddletree and rest facility can be formed by single piece.Slewing arrangement 61 and 63 substantially respectively has one degree of freedom around self pivot.Rely on the saddletree 20 that is suitable for driving animal or pack animal back after improving, can be in the situation of the structure of not considering to drive animal and pack animal withers and shoulder and shape, saddletree 20 is fastened to drives animal or pack animal back, and rest facility 40 and 50 can both be rotated.In Fig. 3 A and 3B, indicated hand of rotation with arrow P.Such as Fig. 3 B as can be known, two adjacent linkage sections 51 can (the substantially vertical pivot 630 that passes in this plane) rotate towards the other side around pivot 630 in a plane of rotation substantially with 52.Substantially 20 ° of cone angle scopes of vertical structure formation preferably.

Saddletree 20 does not contain saddle arch bar and/or saddlebow.Saddletree 20 can by be specially adapted to bear belt configuration tension force and jockey and drive animal or pack animal between in the motion process material of component and torsion load that parts produce make.For example, the plastic composites such as fiber reinforcement or carbon fibre reiforced plastic, the wooden structure that contains or do not contain the elastic metallic limit and other

materials.Rest facility

40 and 50 can by be specially adapted to bear belt configuration tension force and jockey and drive animal or pack animal between in the motion process material of component and torsion load that parts produce

make.Rest facility

40 and 50 all contains metal, metal alloy, fiber reinforcement or carbon fibre reiforced plastic etc.

Fig. 4 is the diagrammatic view of slewing arrangement principle.

Slewing arrangement

61,62,63 and 64 forms between adjacent two

linkage sections

41 and 42,51 and 52,42 and 43 and 52 and 53

respectively.Slewing arrangement

61,62,63 and 64 each self-contained pivot are respectively 610,630,620 and 640.Adjacent two linkage sections 41 with 42,51 and 52,42 with 43 and 52 with 53 pivot 610,630,620 and 640 can be on this plane of same plane 300(the substantially vertical pivot 610,630,620 and 640 that passes) substantially rotate towards the other side.Therefore, can obtain on the one hand the first-selected elasticity of saddletree, another side plane of rotation location can keep required stability.Substantially 20 ° of cone angle scopes of vertical structure formation preferably.

Fig. 5 is the further first-selected embodiment perspective side elevation view that creates according to the utility model.Same main points or parts represent with same reference mark.Fig. 5 has described the part of saddletree 20 and first-selected saddletree 200.The 3rd linkage section 53 of the multi-joint rest 50 of the 3rd linkage section 43 and left side of the multi-joint rest facility 40 in right side contains respectively rotatable free end 71 and 72.By fastener 110, the free end of the first linkage section 41 of the multi-joint rest 40 in right side invests the right side area edge substantially, and the free end of the first linkage section 51 of the multi-joint rest 50 in left side invests left field 34 edges substantially.The first stirrup band clip 91 or first is pedaled bar between first linkage section 41 and the second linkage section 42 of the multi-joint rest facility 40 in right side.The second stirrup band clip 92 or second is pedaled bar between first linkage section 51 and the second linkage section 52 of the multi-joint rest facility 50 in left side.Stirrup band clip 91 and 92 is for hooking the safety hook of stirrup band.As shown in Figure 5, the second linkage section 42 and the first stirrup band clip 91, the second linkage sections 52 and the second stirrup band clip 92 are that single piece by each side cover for seat place consists of.Therefore, providing especially efficiently, structure need not further parts or the fastener that separates.Slewing arrangement 61 and 62 is between first linkage section 41 and the second linkage section 42 of the multi-joint rest facility 40 in right side, and each the side cover for seat place between the second linkage section 42 and the 3rd linkage section 43.Simultaneously, slewing arrangement 63 and 64 is between first linkage section 51 and the second linkage section 52 of the multi-joint rest facility 50 in left side, and each the side cover for seat place between the second linkage section 52 and the 3rd linkage section 53.Slewing arrangement 61,62,63 and 64 is allowed the linkage section rotation of rest facility 40 and 50, in order to can make multi-joint rest facility be suitable for best driving animal or pack animal back.Represent hand of rotation with arrow P.In first-selected embodiment, can there be a recess (not shown) at 31 places, proparea of saddletree 20 present rest devices 30.The expert confirms, linkage section can be any length, be that the multi-joint rest facility 40 in right side has further linkage section 4n, the multi-joint rest facility 50 in left side has further linkage section 5n, wherein in the cover for seat of both sides, another slewing arrangement 6n with S. A. 6n0 is formed between two adjacent linkage sections 43,4n, 53, the 5n, and two adjacent linkage sections 43,4n, 53,5n vertically penetrate the plane of rotation 300 of S. A. 6n0 substantially, mutually towards fully rotating around S. A. 6n0.Especially, the first linkage section 41,51 can be shorter than the second linkage section 42, the 52 and/or the 3rd linkage section 43,53.Absorbing pad 210 is connected to saddletree (face and drive animal or pack animal back) surface.In first-selected embodiment, slewing arrangement 61,63 propareas 31 near seat rest device 30.

Preferably two independent absorbing pads 210 are connected among saddletree 20(Fig. 5 and do not show).Figure 5 shows that Xia An Chan 220.Saddletree 20 can comprise that also at least one is connected support between the first linkage section 51 of the first linkage section 41 of the multi-joint rest facility 40 in right side and the multi-joint rest facility 50 in left side, show among Fig. 5.

Fig. 6 is the further first-selected embodiment perspective side elevation view that creates according to the utility model.Same main points or parts represent with same reference mark.Fig. 6 has described saddletree 20 and first-selected saddletree 200 parts.Saddletree 20 comprises that a seat rest device 30, proparea 31, one are with the back zone 32 of cantle 38 and two back zones 33,34.Slewing arrangement 61,62 is between the first linkage section 41 of the multi-joint rest facility 40 in right side and the second linkage section 42 and each the side cover for seat place between the second linkage section 42 and the 3rd linkage section 43.Slewing arrangement 63,64 is between first linkage section 51 and the second linkage section 52 of the multi-joint rest facility 50 in left side, and each the side cover for seat place between the second linkage section 52 and the 3rd linkage section 53.Slewing arrangement 61,62,63 and 64 is made of Tapered Cup.The expert confirms that slewing arrangement 61,62,63 and 64 also can comprise a hinge or a joint.There is a recess 35 at 31 places, proparea of saddletree 20 present rest devices 30, are convenient to improve the mobility of riding beast or beast of burden muscle of back, and provide protection to its back.By fastener, linkage section 41 ends of right side rest facility 40 invest the edge of lateral areas 33 substantially, and linkage section 51 ends of left side rest facility 50 invest the edge of lateral areas 34 substantially.Screw, rivet and/or adhesives etc. are used as fastener.Rest facility 40,50 linkage section 41,51 ends by fastener 110(such as: screw, rivet and welding are connected) with is connected support 80 continuous.It is crooked connecting support 80, has substantially shape or the curvature of saddletree 20.Connecting support 80 is positioned at after the recess 35.In further first-selected embodiment, connect support 80 and rest facility 40,50 and formed by single piece (showing among Fig. 6).By showing among reinforcement means 95, the first stirrup band clip 93(Fig. 6) be connected to multi-joint rest facility 40, the second stirrup band clips 94 in right side and be connected to the multi-joint rest facility 50 in left side.Among Fig. 6 not the display seat restitope on seat or top An Chan.Fig. 6 drawn Xia An Chan 220 and at least one absorbing pad 210.

Fig. 7 is the further first-selected embodiment schematic side-view according to the novel establishment of the first belt configuration utility.Same main points or parts represent with same reference mark.Fig. 7 shows the saddletree 20 that is connected to the multi-joint rest facility 50 in left side.Cantle 38 is positioned at the back zone 32 of a rest device 30.Slewing arrangement 63,64 is between first linkage section 51 and the second linkage section 52 of the multi-joint rest facility 50 in left side, and each the side cover for seat place between the second linkage section 52 and the 3rd linkage section 53.Slewing arrangement 63,64 is hinge.Among the further first-selected embodiment, slewing arrangement 63 and 64 also available Tapered Cup consists of.Stirrup band clip 94 is installed on the rest facility 50 by reinforcement means 95.The first belt securing device 101 is positioned at free end 72 district's linkage sections 53 places.The second belt securing device 102 is positioned at the proparea 31 of lateral areas 34 substantially.The 3rd belt securing device 103 is positioned at the proparea 32 of lateral areas 34 substantially.Belt 112 1 ends are connected to the first securing device 101.Belt 112 passes the opening 105 of the first strap 104, is connected to the 3rd belt securing device 103.Belt passes the opening 107 of the second strap 106 again, draws from the 3rd belt securing device 103, is connected to the second belt securing device 102.Cause the same belt of the 3rd belt securing device 103 from the first belt securing device 101, after the back zone 32 that is connected to lateral areas 34, can proceed similar operations.Perhaps, this belt can cause the 3rd belt securing device 103 from the first belt securing device 101, and another belt causes the second belt securing device 102 from the 3rd belt securing device 103.Opening 105 can be slit-like or circle.Belt securing device 102 and 103 indicating positions are example.Two belt securing devices 102 and 103 are positioned at the edge of lateral areas 34 substantially.

In Fig. 2 to Fig. 6, do not show belt securing device 101,102 and 103.The expert confirms that embodiment has corresponding belt configuration.

Fig. 8 is the further first-selected embodiment diagram partial top view that creates according to the utility model.Same main points or parts represent with same reference mark.Half part that has shown the saddletree 20 that is connected to the multi-joint rest facility 40 in right side among Fig. 8.Seat rest device 30 comprises the cantle 38 that is positioned at back zone 32.Slewing arrangement 61,62 is between first linkage section 41 and the second linkage section 42 of the multi-joint rest facility 40 in right side, and each the side cover for seat place between the second linkage section 42 and the 3rd linkage section 43.Slewing arrangement 61,62 is hinge.In first-selected embodiment, slewing arrangement 61,62 can comprise integral hinge or the integral joint that is made of Tapered Cup.Stirrup band clip 93 is connected to rest facility 40 by reinforcement means 95.The first belt securing device 101 is positioned at the 3rd linkage section 43 places, free end 71 districts.Proparea 31, the three belt securing devices 103 that the second belt securing device 102 is positioned at lateral areas 33 substantially are positioned at the back zone 32 of lateral areas 33 substantially.The belt securing device 102 that shows among Fig. 8 and 103 position are example.Two belt securing devices 102 and 103 are positioned at the edge of lateral areas 33 substantially.Two connect support 80,81 and (show among Fig. 8) between right side rest facility 40 and left side rest facility 50.First connects support 80 is positioned at district or the back zone 32 that proparea 31, the second connection supports 81 are arranged in a rest device 30 substantially substantially.

Fig. 9 is that wherein same main points or parts represent with same reference mark according to the diagrammatic fragmentary view of the further first-selected embodiment of the utility model establishment.Diagrammatic fragmentary view has shown half of saddletree 20 when angle is served as reasons down up.Shown the multi-joint rest facility 50 in saddletree 20 and left side among Fig. 9.The multi-joint rest facility 50 in left side comprises the first linkage section 51, the second linkage section 52 and the 3rd linkage section 53.Stirrup band clip 94 is connected to rest facility 50 by reinforcement means 95.Slewing arrangement 63,64 is between first linkage section 51 and the second linkage section 52 of the multi-joint rest facility 50 in left side, and each the side cover for seat place between the second linkage section 52 and the 3rd linkage section 53.Slewing arrangement 63,64 is hinge or joint.The expert confirms that slewing arrangement 63 and 64 can consist of with Tapered Cup.The first linkage section 51 at least part of back zones 32 that are positioned at a rest device 30 of the multi-joint rest facility 50 in left side.Show among first linkage section 41(Fig. 9 of the multi-joint rest facility 40 in left side) also at least part of back zone 32 that is positioned at a rest device 30.The first linkage section 41 and the first linkage section 51 have formed the longitudinal holding pole 55 that extends.Longitudinal holding pole is connected to saddletree 20 by reinforcement means 98.Two connect to be supported 80,81 and are arranged in right side rest facility 40(Fig. 9 and do not show) and left side rest facility 50 between.The first connection support 80 substantially is positioned at proparea 31, the second connection supports 81 and substantially is arranged in district or back zone 32.Two connect support 80,81 and have curvature.Longitudinal holding pole 55 supports 80,81 and can be made by single piece with being connected.The first belt securing device 101 is positioned at free end 72 districts the 3rd linkage section 53.Proparea 31, the three belt dressings 103 that the second belt securing device 102 is positioned at lateral areas 33 substantially are positioned at the back zone 32 of lateral areas 33 substantially.In embodiment (not shown) at first, the connection of rest facility, longitudinal holding pole are connected by single piece with connection and form, and slewing arrangement is made of Tapered Cup.

The further first-selected embodiment perspective side elevation view of Figure 10 for creating according to the utility model with the configuration of the second belt.Same main points and parts represent with same reference mark.Figure 10 is saddle 200 and saddletree 20.Saddletree 20 comprises a rest device 30, proparea 31, back zone 32, cantle 38 and lateral areas 33 and 34.Slewing arrangement 63 is between the first linkage section 51 and the second linkage section 52, and slewing arrangement 64 is between second linkage section 52 and the 3rd linkage section 53 of the multi-joint rest facility 50 in left side.Slewing arrangement 63 and 64 is hinge.In further first-selected embodiment, slewing arrangement 63 and 64 is comprised of Tapered Cup.Stirrup band clip 94 is connected to bracket assembly 50 by securing device 95.The fastening facility 101 of the first belt is connected to linkage section 53 at free end 72.Fastening facility 103 major parts of proparea 31, the three belts that fastening facility 102 major parts of the second belt are connected to lateral areas 34 are connected to the back zone 32 of lateral areas 34.The tail end 111 of the fastening facility 112 of belt can be connected to the fastening facility 101 of the first belt, and this belt is drawn from the opening 105 of the first strap 104, is connected to the fastening facility 103 of the 3rd belt.Belt 112 can pass the opening 107 of the second strap 106 and the barrier film of saddletree 20, draws from the fastening facility 103 of the 3rd belt, is connected on the fastening facility 102 of the second belt.

In belt for subsequent use was fastening, 111 ports of belt 112 were connected to the fastening facility 101 of the first belt.Belt 112 is drawn from the opening 105 of the first strap 104, is connected to the fastening facility 103 of the 3rd belt.Belt 112 is drawn by the opening 107 of the second strap 106 from the 3rd securing device 103, is connected to the fastening facility 102 of the second belt.

Same belt 112 can provide the belt configuration.Perhaps, belt 112 can be used for connecting the first securing device 101 and the 3rd securing device 103, and another belt can be used for connecting the 3rd securing device 103 and the second securing device 102.

Opening

105 and 107 is the seam shape.The expert confirms that another reaches the belt configuration from the second securing device 102 to the 3rd securing devices 103 from the first securing device 101 to second securing devices 102, is possible.

The fastening facility 102 of belt and 103 position are positioned at the edge of lateral areas 34 substantially among Figure 10.The seat holder of pedestal top does not show in Figure 10.Saddle 200 comprises at least one absorbing pad 210 and a Xia An Chan 220.Preferably by the tension force of belt configuration, flexible connection drives the saddle 200 behind animal or the beast of burden omoplate.

Figure 11 is the further first-selected embodiment perspective side elevation view that creates according to the utility model.Same main points or parts represent with same reference mark.Among Figure 11, Bock saddle 200 is connected to the utility model device.The Bock saddle is compared with other saddles such as dressage saddle, and longer Support or seat rest device 30 are arranged.Saddlebow and/or saddle arch bar are not provided.Stirrup band clip 250 is connected to a rest device 30.The expert confirms that the utility model device can be connected to dissimilar saddles.

Figure 12 to 14 is depicted as absorbing pad 210 or the back seat that can be connected to the saddletree bottom surface.The bottom surface of saddletree is namely towards driving animal or pack animal back one side.Absorbing pad 210 comprises cushion rubber 212 or a bolster.As can be seen from Figure 13, the section-drawing of cushion rubber 212 is substantially the U font.Weighting material 213 forms between the leg support frame of cushion rubber 212.Cushion rubber 212 and weighting material 213 can enclosure 214(for example: leather sheath).Weighting material 213 and cushion rubber 212 are made by the material that the enclosure 214 is coupled together.For example, weighting material 213 comprises felt or cotton, can make leather cover cover connection.Two absorbing pads 210 can be attached on the saddletree preferably, and one of them absorbing pad 210 can be placed in the left side that drives animal or pack animal withers substantially, and another absorbing pad 210 can be placed in the right side that drives animal or pack animal withers substantially.Two absorbing pads can improve saddletree to be supported with the saddle that drives animal or pack animal back.

In first-selected embodiment, but an Annex IV independent

absorbing pad

210 and 211 on the saddletree.For example, two absorbing

pads

210 and 211 are arranged on Figure 14, can be connected to a side of saddletree, a pair of absorbing pad can be connected to an other side of saddletree in addition.In further embodiment, the absorbing pad 210 of describing among Figure 14 comprises the telescopic joint that has reference mark 230 among Figure 14.

The first-selected securing device that comprises at least one absorbing pad 210 shown in Figure 15-18.

At least one absorbing pad 210 can for example screw and rivet be fixedly attached to saddletree 20 by fastener 215.For example, visible screw piece 215 in Figure 15 and 16.Connect for convenient, opening 216 can form at least one absorbing pad 210.

Figure 17 and 18 is depicted as fastener for subsequent

use.By clinching part

217 and 218, at least one absorbing pad 210 can be connected on the lower saddle Chan 220.Clinching

part

217 and 218 is fastener, comprises two parts, and wherein part 218 has deepening section, and part 217 has corresponding head.For fastening, two parts can be pressed into together.Connect for convenient, at least one absorbing pad 210 can have opening 219.Have along the part 218 in deep and can connect, such as, on Xia An Chan 220, there is the part 217 of suitable head to draw through opening 219, and can be pressed together with part 218.

The combination of first-selected embodiment is possible.For example, the multi-joint rest facility in left side can comprise hinge and Tapered Cup, and as slewing arrangement, the multi-joint rest facility in right side can comprise a hinge and a Tapered Cup.In addition, can form two or more connections between the first linkage section of bracket assembly supports.Exemplary plot is depicted as one or two slewing arrangement on each bracket assembly.Between the independent linkage section of bracket assembly, can form the slewing arrangement more than three or three.Especially, so-called English saddle is illustrated among the figure of first-selected embodiment.The expert confirms, the utility model device can be connected on the saddle of other types, for example packsaddle, the western saddle with or without the angle, the wooden saddle with or without the angle, the saddle with or without saddletree, travel saddle, endurance saddle, Ba Luoke saddle, Iberian saddle, long-distance saddle or side saddle.

Claims

1. seat rest device that is used for driving animal or pack animal, it is characterized in that: the multi-joint rest facility in right side (40) that includes the first linkage section (41) and at least one the second linkage section (42), the multi-joint rest facility in left side (50) that has the first linkage section (51) and at least one the second linkage section (52), wherein in the cover for seat of both sides, has S. A. (610,630) slewing arrangement (61,63) be formed at two adjacent linkage sections (41,42,51,52) between, two adjacent linkage sections (41,42,51,52) substantially vertically penetrate S. A. (610,630) plane of rotation (300) is mutually towards around S. A. (610,630) fully rotation.

According to claim 1 described be used to drive animal or pack animal the seat rest device, it is characterized in that: the multi-joint rest facility in described right side (40) has the 3rd linkage section (43), the multi-joint rest facility in left side (50) has the 3rd linkage section (53), in the cover for seat of both sides, another has S. A. (620,640) slewing arrangement (62,64) be formed at two adjacent linkage sections (42,43,52,53) between, two adjacent linkage sections (42,43,52,53) substantially vertically penetrate S. A. (620,640) plane of rotation (300) is mutually towards around S. A. (620,640) fully rotation.

According to claim 2 described be used to drive animal or pack animal the seat rest device, it is characterized in that: the multi-joint rest facility in described right side (40) has further linkage section (4n), the multi-joint rest facility in left side (50) has further linkage section (5n), wherein in the cover for seat of both sides, another slewing arrangement (6n) with S. A. (6n0) is formed at two adjacent linkage sections (43,4n, 53,5n), two adjacent linkage sections (43,4n, 53,5n) cardinal principle vertically penetrates the plane of rotation (300) of S. A. (6n0), mutually towards fully rotating around S. A. (6n0).

4. any one described seat rest device be used to driving animal or pack animal according to claim 1-3, it is characterized in that: at least one slewing arrangement (61,62,63,64) contains hinge or joint.

5. any one described seat rest device be used to driving animal or pack animal according to claim 1-3, it is characterized in that: at least one slewing arrangement (61,62,63,64) is comprised of Tapered Cup.

6. any one described seat rest device be used to driving animal or pack animal according to claim 1-3, it is characterized in that: at least one slewing arrangement (61,62,63,64) is comprised of fabric bullet spare.

7. any one described seat rest device be used to driving animal or pack animal according to claim 1-3, it is characterized in that: last linkage section (43) of the multi-joint rest facility in described right side (40) and last linkage section (53) of the multi-joint rest facility in left side (50) are made of free end (71,72).

8. any one described seat rest device be used to driving animal or pack animal according to claim 1-3, it is characterized in that: in the cover for seat of described both sides, first linkage section (41) of the multi-joint rest facility in this right side (40) and first linkage section (51) of the multi-joint rest facility in left side (50) extend to the back of the body district of seat holder at least to a certain extent.

9. any one described seat rest device be used to driving animal or pack animal is characterized in that: formed at least one attaching parts (80) between first linkage section (41) of described multi-joint rest facility (40,50) and the first linkage section (51) according to claim 1-3.

10. any one described seat rest device be used to driving animal or pack animal according to claim 1-3, it is characterized in that: one of them linkage section of the multi-joint rest facility in described right side (40) comprises first a stirrup band clip (91); One of them linkage section of the multi-joint rest facility in left side (50) comprises second a stirrup band clip (92).

11. according to claim 10 described be used to drive animal or pack animal the seat rest device, it is characterized in that: by securing device (95), the first stirrup band clip (91) is connected to the multi-joint rest facility in right side (40); The second stirrup band clip (92) can be connected to left side multi-joint rest facility (50).

12. any one described seat rest device be used to driving animal or pack animal according to claim 1-3, it is characterized in that: in the cover for seat of both sides, the multi-joint rest facility in the multi-joint rest facility in right side (40) and left side (50) comprises the first belt fastening facility (101) of cardinal principle in free segment (71,72) zone in the device, substantially the be present fastening facility of the second belt (102) that holds in the palm the proparea, the fastening facility of the 3rd belt (103) that reaches the holder back zone of substantially being present.

13. according to claim 12 described be used to drive animal or pack animal the seat rest device, it is characterized in that: the port (111) of belt (112) is connected to the fastening facility of the first belt (101), belt (112) can be drawn from the opening (105) of the first strap (104), be connected to the fastening facility of the 3rd belt (103), belt (112) can be drawn by the opening (107) of the second strap (106) from the fastening facility of the 3rd belt (103), is connected to the fastening facility of the second belt (102).

14. a saddletree (20) that is used for driving animal or pack animal is characterized in that: comprise any one described seat rest device (30) among the claim 1-13, hold in the palm proparea (31), a back zone (32), two lateral areas (33,34) and the device that can be connected to saddletree (20) towards the seat that drives animal or pack animal front.

15. described saddletree (20) be used to driving animal or pack animal according to claim 14 is characterized in that: in the saddletree (20), the proparea (31) of the present rest device (30) of recess (35) forms.

16. a saddle (200) that is used for driving animal or pack animal back-supported is characterized in that: comprise that any one described device is connected to the absorbing pad (210) of a rest device (30) bottom with at least one among the claim 1-13.

17. described saddle (200) be used to driving animal or pack animal back-supported according to claim 16, it is characterized in that: the absorbing pad (210,211) of two independent formation can be connected to the bottom of a rest device (30) in the saddle (200).

18. according to claim 16 or 17 described saddles (200) be used to driving animal or pack animal back-supported, it is characterized in that: absorbing pad (210,211) comprises a cushion rubber (212), a weighting material (213) and an enclosure (214) in the saddle (200).

19. according to claim 16 or 17 described saddles (200) be used to driving animal or pack animal back-supported, it is characterized in that: each absorbing pad in the saddle (200) (210,211) can be connected to saddletree (20) by fastening means (215).

20. according to claim 16 or 17 described saddles (200) be used to driving animal or pack animal back-supported, it is characterized in that: saddletree (20) comprises a seat rest device (30) in the described saddle (200), the seat holder comprise one towards the proparea (31) that drives animal or pack animal previous section, a back zone (32) and two lateral areas (33,34).