CN2272769Y - In-water sport equipment - Google Patents

Abstract

The utility model relates to the sport equipment on water, which comprises a straight type and a circular type. The straight type can be used for running on water; the circular type can be used for batting on water, etc. The utility model is characterized in that people can run on water without wearing shoes; the body can move forward by sculling water back; the utility model can support body, which can cause the body suspend on the water, and can be used for the various sports and ball games on water.

Description

The aquatic sports equipment

The utility model relates to a kind of aquatic sports equipment, and the usefulness for the people does amusement on water, motion or sports is applicable on swimming pool, rivers and creeks, lake and the ocean.Exactly, this aquatic sports equipment can allow the end user drive this equipment directly or indirectly with foot to move on the water.

The aquatic sports equipment that numerous species is arranged at present on the market such as the use hand paddle of boat ship class, or uses and dresses the sufficient wing and strike utensil is moved.Yet yet there are no the four limbs with the people, particularly foot, through directly or in the indirect contact water and utensil is moved on the water.

Main purpose of the present utility model provides a kind of equipment to support that human body floats on the water mobile.Comprise that buoyancy aid can berth in waterborne according to equipment of the present utility model, structure attached on the buoyancy aid to support end user's health.Enough spaces are arranged to hold end user's health or its four limbs at least, so that extensible its four limbs of end user are under buoyancy aid in the structure.Therefore, the end user can use its four limbs, and especially foot moves on the water to drive buoyancy aid and structure.

The technical scheme that enforcement the utility model above-mentioned purpose is taked is as described below, and the aquatic sports equipment of setting mainly is made up of buoyancy aid and structure, and wherein buoyancy aid comprises the microscler buoying device that at least two tools are separated by, and connects with structure between the buoying device.Structure comprises that at least two tools are separated by and slightly rounded support, and support is laterally to place on the buoyancy aid and with vertical direction to be connected with buoyancy aid.Between two supports, be provided with steady arm, alternative arm, armpit or the hand of supporting the end user.Also seat can be set between the steady arm, the end user can sit to strike with foot thereon equipment is moved.

In addition, buoyancy aid can be set as the structures of rounded 270 degree of a part, and support is parallel with buoyancy aid and be separated by and be arranged on the buoyancy aid.Can establish a seat or upholder on the support to support end user's arm, upper arm or hand.Via the space in the support, the end user can charge into paddling in the water with the part of its four limbs, particularly foot or shank and order about equipment and move.The end user also can put on the sufficient wing or frog pin with assistive drive strength on its pin.

About further function of the present utility model and feature, see also the following drawings and detailed description.Relevant accompanying drawing is:

Fig. 1 is the lateral plan of one of the utility model embodiment, adopts microscler buoying device structure, and shows an end user therein;

Fig. 2 is the top view of one of the utility model embodiment;

Fig. 3 is the front elevation of one of the utility model embodiment according to Fig. 1;

Fig. 4 A, 4B, 4C, 4D are the assembly exploded drawings of one of the utility model embodiment, the element of main display structure body and buoyancy aid;

Fig. 4 E is one of the utility model embodiment buoying device leading portion backplan;

Fig. 4 F, 4G are one of the utility model embodiment buoying device annular connector perspective and lateral plan, and have movably rudder sheet;

Fig. 4 H, 4I, 4J, 4K, 4L and 4M adopt the different cross section scheme drawing for the utility model buoyancy aid;

Fig. 5 is two the lateral plan of the utility model embodiment, adopts the round-shaped float structure, and shows an end user therein;

Fig. 6 is two the top view of the utility model embodiment;

Fig. 7 is two the end elevation of the utility model embodiment, and shows that an end user extends its foot to water;

Fig. 8 A, 8B, 8C, 8D to 8E are two the assembly exploded drawings of the utility model embodiment;

Fig. 9 is that two the another kind of the utility model embodiment changes block diagram;

Figure 10 is one of the utility model embodiment top view laterally arranged side by side;

Figure 11 A is one of the utility model embodiment top view vertically arranged side by side;

Figure 11 B is that one of the utility model embodiment buoying device comprises three interlude decomposition side views;

Figure 12 is the net form flat board to be set on buoyancy aid and to install motor propeller for three three-dimensional views of the utility model embodiment.

One of the utility model embodiment sees also Fig. 1 to Fig. 3, and this equipment comprises the buoying device 12a that two tools are microscler and be separated by, and 12b is to support an end user 10 on the water surface 11.At buoying device 12a, on the 12b, be provided with the support 13,14 that two tools are separated by mutually, each is slightly rounded, and to buoying device 12a, 12b is horizontal storing, and is connected with buoying device with vertical mode.

Buoying device 12a, 12b respectively have a front end 15 and tail end 16 that is wedge angle.Front end and tail end then are circular arc in order to moving in undersurface part in water.Other difform design also can be used to lower the resistance in the water.

Being provided with two pairs of stocks 17 and 18 support 13 and 14 self is separated by.Establishing a seat 19 between two stocks 18 of level takes for end user 10.Seat 19 is its position of fore-and-aft adjustment optionally.Two stocks 17 are provided with handrail 20 supporting end user 10 forearm 21, and front end also is provided with holding rod 22 and grasps use for hand 23, establish pillow bar 24 in addition thereon and coated with the usefulness of oversleeve 25 confession end users 10 armpits 26 pillows.

Structure comprise two tools be substantially part circular support 13,14 each with 26,27 supports of two plumb posts, stock 17,18 promptly is installed in respectively on the pair of posts 26,27, the lower end of pillar 26,27 connects a radial bars 28,29 respectively.The center of circle of radial bars 28,29 approximately and the center of circle unanimity of support 13,14.Radial bars extend to outward with support 13,14 circumference on the point of intersection of tangents place of point 30,31.An intersection point place extends into a short column 32,33 downwards each is connected with buoying device 12a and 12b since then.The central axis of short column 32,33 roughly with pass through buoying device 12a, the radial diameter line of 12b coincides.

See also Fig. 4 A, support 13,14th is made up of several elements, comprises a local support 13 that forms circular arc, vertical support frame 26,27, radial strut 28,29, vertical short column 32,33.Be provided with horizontal protruded stigma 34 at vertical support frame 26,27 and be used to connect hollow stock 17,18 shown in Fig. 4 C.Many different coupling links can be used for connecting protruded stigma 34 and stock 17,18, and for example in one embodiment, an available bolt 35 is connected with a fly nut 36.But then insert in the pin-and-holes 39 in to connect in another embodiment with the latch 38 of a push-and-pull.40,41 of the other ends of short column 32,33 are connected with vertical short column 42 on the annular connector 43 respectively, and its connection mode is also shown in Fig. 4 C.Annular connector 43 horizontal directions are provided with horizontal short column 44 in addition from buoying device 12a, and the 12b side stretches out.

Fig. 4 D is the embodiment of buoying device 12a, and comprising leading portion 45 has a front end 15, stage casing 46 and back segment 47 have 16, one annular connectors 43 of a tail end be sleeved on respectively between preceding, the stage casing endless tube 48,49 and in, between the endless tube between the back segment 50,51.Section connects into a microscler buoying device 12a and 12b before, during and after can adopting friction force fit or other suitable locking modes to make, front end 15 and tail end 16 upper stratas form a tip 52, down form an arc outer rim 53 to 54 places then with buoying device 12a, laminar surface is axially parallel on the 12b.Buoying device 12a, the 12b a bit of back of contracting in below closed angle end 52 forms another wedge angle district 55, is launched into a pointed cone shape from leading edge 54 toward both sides 56.

Seeing also shown in Fig. 5 to Fig. 8 D, is second embodiment of the present utility model, and buoyancy aid 60 is the circle of a part, is that 270 degree are launched at the center approximately with vertical axis 61.Comprise the interior pipe 62 of an inflatable rubber and also be part-circular, form buoyancy aid shell 63 after inflating, the two ends 64 of interior pipe 62 and 65 connect sacculus 66,67 shown in Fig. 8 E.Air pump 68 connects valve 69 via one can internally manage 62 and sacculus 66,67 inflations.Sacculus 66,67 forms spherical housing 70 after inflating, as Fig. 6, shown in Figure 7; In pipe 62 the place ahead lower parts be provided with in addition and contract breach 601 on one after inflation, on contract breach 601 form one and go up concane gap and can allow current flow to 70 spaces 83 of two spheroids from breach 601, in order to draining, reduce resistance to water-flow simultaneously.Be provided with above buoyancy aid 60 that two tools are separated by and the circumferential support 71,72 parallel with buoyancy aid 60, the diameter of lower bracket 71 approximates the diameter of buoyancy aid 60 circle center's points, contracts in 72 of the upper brackets, and its diameter approximates the diameter of buoyancy aid 60 inner rings.Between support 71,72, it connects vertical short columns 74 down and depends on the buoyancy aid 60 via a ring 75 to be provided with the body of rod 73.Short column 74 upper ends 76 connect a bevelled body of rod 77, and its upper end connects another vertical short column 78, and the upper end 79 of short column 78 is connected with upper bracket 72, near the body of rod 77 and short column 78 junctions, be provided with two bodies of rod 79,80 with respect to the 61 one-tenth levels in the vertical center of circle, both sides are placed in.

Being provided with a seat 81 between the body of rod 79 and 80 takes for end user 82, end user 82 is space 83 these equipment of turnover between buoyancy aid 60 two ends spherical housings 70, also can allow other sports equipments such as ball in space 83 flows into buoyancy aids 60, so that the end user obtains use easily.The spatial accommodation of end user 82 in equipment is that support 71,72 limits with the space 84 that buoyancy aid 60 centers on formation.Also can optionally set up suitable foot steps on and is attached on the lower bracket 71.Another alternative is to use people 82 its foot 85 can be held on circumferential lower bracket 71 or the buoyancy aid 60.It is that a pair of horizon bar is arranged between two vertical columns 78 that end user 82 also can use hand-held pole 85,86, and horizon bar 86 can further increase integral structure body stability, and sufficient stepping on is to be striden by horizon bar 179 to be located on the circumferential support 71.

Shown in Fig. 8 A, structure is made up of most individual elements.Circular support 71,72nd, separately, it is formed structure and comprises separable short column 74, the inclination body of rod 77 and short column 78.The upper end of short column 78 is connected with the descending short column 186 of upper bracket 72, and the lower end of short column 74 is connected with the up short column 185 of lower bracket 71.Lower bracket 71 also is provided with descending short column 187 and is connected with the up short column 88,89 of ring 90,91 respectively. Ring 90,91 is around buoyancy aid 60, and ring 90 is provided with horizontal projection 92 in addition and is connected with descending roofbolt 93 from level foot treadle 179,180 respectively.Horizon bar 179,180 is provided with the usefulness that liner 193 is stepped on for foot.The foot that liner 193 also can make is as shown in Figure 9 smashed the usefulness that plate 603 forms supply end user's step and bounce the ball.

Shown in Fig. 8 B, seat 81 is to hang on the horizon bar 85,86, and its height is adjusted in the hole 94 that is separated by on can bracing frame 95.Seat 81 also can move forward and backward adjustment along horizon bar 85,86.Shown in Fig. 8 C, short column 186 is to be connected under the upper bracket 72 to engage with vertical column 78, and with bolt 95 and fly nut 96 solid locks.

Shown in Fig. 8 D, cross connection place of lower bracket 71 and short column 185,187 is respectively with bolt 97, and fly nut 96 and bolt 98 are locked admittedly with fly nut 99.

Seeing also shown in Figure 9ly, is two the variation diagram of the utility model embodiment.Lower bracket 71 is attached on the buoyancy aid 60, and with four tool rubber fixers 602 fixedly lower bracket 71 on buoyancy aid 60 to increase the stability of buoyancy aid 60.Lower bracket 71 both sides respectively are provided with a foot and smash plate 603 for the foot-operated usefulness of end users, but also the bounce the ball usefulness of bounce-back of double as.Be connected with the body of rod 77 between upper bracket 72 and the lower bracket 71, the body of rod 77 is connected with rubber fixer 602 with lower bracket 71, upper bracket 72 is connected with connection pipe 604 with the body of rod 77 and forms a great circle arc angle, pass in and out this equipment in order to the end user, reduce the collision injury simultaneously, can increase the safety of use.

Spheroid 70 its slightly larger in diameter at buoyancy aid two ends can obtain bigger buoyancy whereby in the diameter of section of buoyancy aid 60, to remedy the buoyancy that 83 places, buoyancy aid breach space reduce.

As shown in Figures 1 to 4, microscler buoying device 12a, the outside of 12b is provided with horizontal projection 44, and same equipment that whereby can be adjacent with the left and right sides is connected side by side, as shown in figure 10.Also can make buoyancy aid be positioned at common district of the middle formation of two equipment, another kind of configuration mode is the front and back end of projection 44 being located at buoyancy aid, so can be linked to be a file shown in Figure 11 A with before and after the equipment more than two tools.

The utility model can many other modes form, and only its details is different.Human body 10 in the diagram or 82 is with the propulsive effort of four limbs as equipment, as Fig. 5 to Figure 7 shows that its foot 85, Fig. 1 to shown in Figure 3 then be its foot 100, end user 10 or 82 also can put on the sufficient wing or frog pin to assist and the propulsive force of increase equipment in water at its foot 85 or 100.

Graphic buoyancy aid 12a though 12b and 60 presents round section, also can form as polygon by other any suitable cross sectional shapes.And for example ellipse or other circular arcs are also applicable, shown in Fig. 4 H to Fig. 4 M.Buoyancy aid can be an entity or hollow, part inflation or all inflations, and buoyancy aid need have the weight of suitable buoyancy with body support structure and end user.Structure can form with pvc pipe or other suitable structural materialss.

Figure 12 is three the three-dimensional view of the utility model embodiment, it among the figure net form flat board 605 of installing on buoyancy aid 60, for the upright usefulness of bouncing the ball that reaches thereon of end user, a breach 606 is established near 83 places, buoyancy aid space in dull and stereotyped 605 rears, it is motor propeller (not shown) of installing down, connect a control stalk 607 on it, last jug 608 is controlled to stablize the usefulness of health and operated motor propelling unit for the end user.The microscler buoyancy aid form of one of the utility model embodiment also can be installed motor propeller to drive this equipment.

The above embodiments are to be used for describing in detail the purpose of this utility model, feature and effect, for the personage who is familiar with this type of skill, according to the above description, may do part change and modification to this embodiment, and do not detach spiritual category of the present utility model, so claim of the present utility model is limited by claim.

Claims (20)

1, a kind of aquatic sports equipment mainly is made up of buoyancy aid and structure, it is characterized in that, buoyancy aid comprises the microscler buoying device that at least two tools are separated by, connect with structure between the buoying device, structure comprises that at least two tools are separated by and slightly rounded support, support is laterally to place buoyancy aid and be connected with buoyancy aid with vertical direction, between two supports, be provided with the steady arm of optionally supporting end user's arm, armpit or hand, the end user also can be set between the steady arm sit the seat of striking equipment is moved with foot thereon.

2, by the described equipment of claim 1, it is characterized in that each microscler buoying device comprises a front end and a tail end, this front end and tail end are are beneficial to the pointed shape that moves in water.

3,, it is characterized in that, but each microscler buoying device comprises most separable elements and connecting device connection structure body to an element of each microscler buoying device at least by the described equipment of claim 1.

4, by the described equipment of claim 1, it is characterized in that buoyancy aid can partly be inflated at least.

5, by the described equipment of claim 1, it is characterized in that buoyancy aid is part circular at least.

6, by the described equipment of claim 5, it is characterized in that, buoyancy aid extends into a circle and is 270 degree with central axis approximately, be beneficial to the breach space that the end user gets ball on the water and form one, this central axis is vertical with plane, buoyancy aid place, and buoyancy aid is divided into a last concane gap that is beneficial to draining and moves with respect to the place ahead water surface in space.

7, by the described equipment of claim 1, it is characterized in that, structure comprise one rounded in order to around the support of end user's part at least to small part.

8, by the described equipment of claim 1, wherein structure is to be arranged between buoyancy aid at interval with vertical and landscape mode, and upholder comprises the rounded support of at least two tool parts, and support is to separate at interval, connects with the elongate bars of supporting the end user between support.

9, by the described equipment of claim 1, it is characterized in that, buoyancy aid is that part is rounded and be formed on the horizontal surface, structure comprise roughly rounded support and with buoyancy aid place plane parallel, support is to be arranged at intervals on the buoyancy aid, have at least two tool supports to be located on the buoyancy aid, be provided with strut bar between the two tool supports and interconnect with interval mode.

10, by the described equipment of claim 9, it is characterized in that first support is arranged at the top of buoyancy aid and is attached thereto, its diameter is approximately between the inner ring and race diameter of round-shaped float, second support then is located at the interval, top of first support, and its diameter is less than the buoyancy aid inner ring diameter.

By the described equipment of claim 10, it is characterized in that 11, first support is provided with for the foot of the end user's step and the usefulness of bouncing the ball and smashes plate.

12,, it is characterized in that structure comprises up-right support and one and is arranged at the seat of taking for the end user between the up-right support by the described equipment of claim 1.

By the described equipment of claim 1, it is characterized in that 13, structure comprises and roughly is level for supporting the end user in the extension rod of oxter.

By the described equipment of claim 1, it is characterized in that 14, structure comprises can be in order to support the object of end user's forearm.

By the described equipment of claim 1, it is characterized in that 15, structure comprises can be in order to support the object of end user's hand.

16,, it is characterized in that structure can separate with buoyancy aid, and structure comprises most and is beneficial to and buoyancy aid combination or the breakaway-element disassembled from buoyancy aid by the described equipment of claim 1.。

17,, it is characterized in that subsidiary one can drive the motor propeller that buoyancy aid and structure move on the structure by the described equipment of claim 1.

18, a kind of equipment can form coordination for the adjacent equipment as claimed in claim 8 of most tools, and coordination be at least before one with after, or the form of side opposite side.

19, by the described equipment of claim 6, it is characterized in that, the buoyancy aid two ends that extend into circular about 270 degree respectively form a ball, form a gap between two balls, the ball diameter is greater than the buoyancy aid diameter, buoyancy aid is established one with respect to the another side below in gap and is gone up concave indentation, and the central axis of buoyancy aid circle is vertical with the buoyancy aid plane.

20, by the described equipment of claim 19, it is characterized in that, support of device on buoyancy aid, this support is the upright netted dull and stereotyped thing of bouncing the ball that reaches thereon of roughly rounded, an available people, the diameter of support is approximately between buoyancy aid outer ring and inner ring diameter, support central authorities are provided with a groove that can lead in the water, the support groove has a motor propeller, connect a control stalk on it, control stalk upper end is provided with for the handle of end user's supporting ﹠ stablizing and can allows end user's operated motor propelling unit, the control key button of equipment moving direction.

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