17results about "Trampolines" patented technology

A trampoline (100) and an elastic system. The trampoline (100) comprises: an elastic member (1) having a first end (11) and a second end (12), wherein the portion of the elastic member (1) between the first end (11) and the second end (12) is a curved energy storage body; and an elastic support (2) comprising vertical support units (21) and a horizontal support unit (22), wherein two sets of vertical support units (21) are arranged on the horizontal support unit (22) in a spaced manner, and the two sets of vertical support units (21) are respectively connected to the first end (11) and the second end (12) of the elastic member (1) by means of connecting units for bilateral supporting and pre-tensioning the elastic member (1). In addition, when the elastic member (1) is bent and deformed, at least one of the vertical support units (21) and the horizontal support unit (22) can be driven to elastically bend and deform, such that a symmetrical elastic restoring force is applied to the first end (11) and the second end (12) of the elastic member (1) to limit a change in the horizontal distance between the first end (11) and the second end (12) during the bending and deformation of the elastic member (1). The trampoline (100) not only improves the elastic performance of the elastic member (1), but also solves the problems that the amplitude of rise and fall of the elastic member (1) is limited and friction noise may easily be generated due to angular rotation at the two supported ends of the elastic member (1) and a change in the horizontal distance between the two supported ends of the elastic member (1) caused by the bending of the elastic member (1).

Trampoline, comprising a frame (2) having a plurality of frame segments (6a; 6b; 6c), and comprising a plurality of connecting pieces (9), wherein each connecting piece (9) is configured to connect two frame segments (6a; 6b; 6c) together, wherein each connecting piece (9) has at least one first centering section (10) and at least one first support section (12), wherein each connecting piece (9) is inserted or can be inserted into a first frame segment (6a; 6b; 6c) with the first centering section (10) and the first support section (12), and wherein the centering section (10) is connected to the support section (12) at a distance via a first connecting section (14) having a smaller diameter (d) than the centering section and the support section.

The present application relates to a kind of combination training device, including carrying frame and handrail unit being detachably arranged in the side of carrying frame, and turnover platform assembly is installed on carrying frame, and turnover platform assembly includes outer frame and inner frame being movably connected with outer frame, and trampoline unit and pull muscle unit are respectively arranged on the opposite sides of inner frame, and the first training mode of trampoline unit facing up or the second training mode of pull muscle unit facing up is switched by overturning inner frame, the purpose of the present application is to provide a kind of combination training device, to solve the technical problems that existing trampoline training device has security risk when carrying out pull muscle stretching training and cannot adjust training angle.

This utility model relates to the field of sports equipment technology, and in particular to a trampoline structure for outdoor use, including an outdoor building and a trampoline base embedded in the outdoor building. The outdoor building has a recessed insertion pit for the trampoline base to be inserted and recessed downwards. The trampoline base is formed by four support parts connected in sequence from front to back and left to right. Each support part includes an upright rectangular longitudinal support plate and a horizontal transverse support plate in the shape of an isosceles trapezoid integrally connected to the upper side of the longitudinal support plate. The adjacent waist portions of two adjacent transverse support plates are horizontally abutted and fixedly connected. The four longitudinal support plates surround to form a rectangular enclosure area, and a rectangular trampoline net is laid within the enclosure area. It has good performance when used outdoors.

A foldable trampoline with guardrails includes several guardrails spaced circumferentially. Each guardrail has a support foot at its bottom, a lower connecting seat slidingly fitted at its lower part, and an upper connecting seat at its upper end. A lower horizontal support rod is located between every two adjacent lower connecting seats, and this lower horizontal support rod consists of two sections. The proximal ends of the two sections are foldable and connected, while the distal ends are pivotally connected to their respective lower connecting seats. A support assembly is located below each lower horizontal support rod, with its upper two sides pivotally connected to the corresponding lower connecting seats and its lower two sides pivotally connected to the corresponding support foot. A foldable or detachable upper horizontal support rod is located between every two adjacent upper connecting seats. The trampoline also includes a bounce surface laid between the lower horizontal support rods and a detachable cover surrounding each guardrail. This trampoline with guardrails offers high safety and allows for easy folding, making it convenient for storage and travel.

A safety structure for a trampoline is disclosed including a mat, a frame, a plurality of resilient members and an edge pad. The safety structure including a plurality of elongated bump elements made of elastic material and arranged on the border of the mat on upper surface where in the bump element acts as a borderline that warns a user not to move outside of the jumping area of the mat. The bump element is arranged substantially between the mat and the edge pad so that the internal side of the edge pad is raised above the mat and the resilient members to reduce noise generation during jumping.

This utility model discloses a trampoline with foldable armrests, relating to the field of sports equipment. It includes a base, a mesh fabric, and armrests movably mounted on the base. The base has slots for the movable mounting of the armrests, and vertically arranged sliding grooves are provided on both side walls of the slots. The bottom end of the armrest has a sliding rod that slides in conjunction with the sliding grooves. The armrest has a first state where it remains vertical when the sliding rod is lowered to the bottom of the sliding groove, and a second state where it can be folded when the sliding rod is raised to the top of the sliding groove. This utility model has the advantages of saving space and flexible folding.

The utility model discloses a trampoline relates to the field of sports equipment, it includes base, web cloth and the handrail of movable installation on base, the inner edge of base is equipped with a plurality of through -hole for web cloth, the upper bottom wall of base is equipped with the installation groove to the down and the installation pole of embedding in installation groove, the web cloth edge is equipped with a plurality of connecting band along the radial extension, the connecting band cladding connects installation pole. The utility model has the advantages of long service life, and the firm advantage of connecting.

The utility model relates to children's playground equipment technical field, concretely relates to a kind of inflatable jumping bed, including inflatable base, multiple support vertical poles and multiple support cross bars;The bottom of support vertical pole is located on inflatable base;Support cross bar is located between the top of adjacent two support vertical poles;Inflatable base is equipped with first air cavity;Support vertical pole is equipped with second air cavity;Support cross bar is equipped with third air cavity;Fan is equipped in the first air cavity;The bottom of second air cavity is communicated with first air cavity;The top of two ends of third air cavity is respectively communicated with adjacent two second air cavity;Bobo ball is movably equipped in the second air cavity;Support vertical pole is equipped with the communication opening being communicated with second air cavity.The utility model extracts the gas of first air cavity, second air cavity and third air cavity, so that inflatable jumping bed is in the state of folding as a whole, in addition, bobo ball can be taken out from the communication opening, so that the space of inflatable jumping bed can be effectively saved.

The present invention relates to the technical field of trampolines. Disclosed is a trampoline using an elastic plate. The trampoline comprises an elastic plate. Several homogeneous elastic support bodies are fixed to lower ends of two opposite sides of the elastic plate. Each homogeneous elastic support body is provided with a central rotating portion. When the elastic plate is subjected to pressure, a portion above the central rotating portion performs rotational motion with respect to the central rotating portion. The width of the central rotating portion is less than the width of a lower end of the homogeneous elastic support body. The width of the central rotating portion is less than or equal to the width of an upper end of the homogeneous elastic support body. The present invention can maintain the stability of the homogeneous elastic support bodies and the stability of a middle portion of the elastic plate in the horizontal direction, and can prevent loud noise from being generated when a user performs bouncing movement. The overall structure is simple, and the design is reasonable.

The utility model relates to a trampoline folding support belongs to fitness equipment field, including first frame, multiple telescopic links and multiple struts, first frame is by multiple connecting rods and multiple connecting pieces alternate arrangement and rotation connection forms regular polygon structure, connecting rod can rotate along with the connecting piece's junction place axial, one end of the strut is fixedly connected with the lower end surface of connecting piece, the other end is provided with the supporting leg, the connecting rod middle segment rotation is connected with first turning piece, and first turning piece is respectively with one end of two telescopic links rotation connection, and the other end of two telescopic links is respectively with the supporting leg of both sides rotation connection, and the telescopic link has locking mechanism, the utility model structure is simple, realizes firm support through triangular support structure, and through the mode of rotation connection realizes the deployment and the storage of overall frame, and one person can operate, and the volume is greatly reduced after storage, is convenient for the storage box transportation, has improved user experience and product safety significantly.

This utility model discloses a trampoline comprising several support units evenly distributed around its outer perimeter. Each support unit includes a support block in contact with the ground. The inner end of the support block facing the trampoline is wider than its outer end to enhance the support strength between the trampoline and the ground. The trapezoidal structure of the support block, wider at the inner end and narrower at the outer end, increases the contact area of ​​the pressure concentration zone, effectively dispersing impact force and preventing ground subsidence. The integrated first and second folded tubes, with bent support legs, ensure support strength while avoiding weak welded areas. The vertical arrangement of the second folded tube saves floor space.

This utility model discloses a folding trampoline. The tail ends of the first and second connecting rods are pivotally connected to both sides of the pivot seat. The head ends of the first and second connecting rods are pivotally connected to two adjacent upper connecting seats. A movable sleeve is movably fitted around the outer periphery of the support rod and can move up and down along the length of the support rod. The first and second folding rods are hinged together, and their hinge connection point is located on the movable sleeve. The top ends of the first and second folding rods are pivotally connected to two adjacent upper connecting seats, and the bottom ends of the first and second folding rods are pivotally connected to two adjacent lower connecting seats. The support rods can support the pivot seats, improving the support force and resulting in better strength, stability, and safety of the entire folding frame during use. Furthermore, the overall folded volume is small, occupying less storage space.

This utility model discloses a trampoline fabric, relating to the field of fabrics, comprising multiple warp threads and multiple weft threads. Multiple warp threads are spaced apart along a first direction, and multiple weft threads are spaced apart along a second direction. Each warp thread passes sequentially up and down through the multiple weft threads along the first direction, and each weft thread passes sequentially up and down through the multiple warp threads along the second direction. The first and second directions intersect. Two adjacent warp threads and two adjacent weft threads form a ventilation hole with a diameter of 0.5 mm to 3 mm. This utility model has the advantage of improving the breathability and increasing the anti-slip properties of the trampoline fabric while ensuring its strength, tensile strength, and elasticity.

Deep muscle training device comprising a metal frame (3) with feet (7) and with an annular profile (9) for framing a standing surface, and a mat (2) for providing the standing surface, wherein the mat (2) is fixed to the annular profile (9) via an elastic suspension (5), characterized in that the training device has a foot adapter (18) with a support foot, preferably a base plate (19), and an associated connecting rod (17), wherein the outermost contact points of the support foot define a support area of ​​at least 8%, preferably between 10-20%, with respect to the surface of the mat (2).