18 results about "Sports facility" patented technology

The present application relates to the technical field of artificial skiing sports facilities, and in particular to a dry ski granule, a granular dry ski landing slope, and a granular dry ski safety slope. The dry ski granules are in the shapes of polygonal prisms; the particle size of the dry ski granules is in the range of 10-14 mm, which is 3.3-3.6 times the thickness of each dry ski granule; at least one through hole is formed on the dry ski granule in the thickness direction, the angle of repose of the dry ski granules is 20-40 degrees, and the bulk density of the dry ski granules is 0.3-0.9 g / cm3. The dry ski granule of the present application can provide gliding support for skis, and also has lasting cushioning and shock-absorbing capabilities, thereby providing safety protection for the landing of ski jumpers. The dry ski granule is also used as a safety slope for obstacle apparatuses in non-skiing extreme sports, thereby providing protection for falling athletes. The granule is capable of automatically restoring the granule accumulation slope surface. The working temperature of the dry ski granule ranges from -40°C to +40°C, and thus, the dry ski granule can be used all year round without the need to spray water for gliding assistance and without water or electricity consumption, and is resistant to wind, sand, rain, snow, freezing and sun exposure.

This invention proposes a multifunctional UV disinfection device that can be used as a handheld to sanitize personal items, as a UV broom to disinfect floors, and as a mobile to disinfect hotel rooms, medical offices, transportation vehicles, washrooms, schools, stores, and sport facilities. The device has an elongated shape, consists of two units, and compact to be convenient for business and leisure travel. One or more UV radiation units can be mounted through an elongated handle to an extendable pole, a flat surface, a moving stand, a piece of furniture, a cleaning machine and a robot.

The invention relates to the technical field of sports facilities and building materials, in particular to a vinyl elastomer modified material for a runway and a preparation method of the vinyl elastomer modified material. The resin comprises the following components: matrix resin, a multifunctional grafting modifier, an ionic cross-linking agent, a surface modification filler and the like. The core is that modified polyolefin with a hindered amine light stabilizing group on a side chain is used as a grafting modifier, and metal ions and the side chain group are utilized to form an ionic bonding network; the light stabilizer is fixed on a molecular chain through a chemical anchoring technology, so that the defect that a traditional auxiliary agent is easy to wash away or migrate and separate out along with rainwater is effectively overcome, and the strength retention rate and the service life of the material after aging in an outdoor environment are remarkably improved.

The present invention relates to an additive for a surface for the ground of a sports facility, the additive comprises a bioplastic, wherein the bioplastic comprises a hemp plastic fibre.

The utility model relates to the technical field of sports facility manufacturing, and discloses a splicing type plastic track which comprises a splicing plate, a plurality of fixing blocks are fixedly connected to the inner wall of the top end of the outer portion of the splicing plate, the bottom ends of the fixing blocks are fixedly connected with first telescopic columns respectively, and the bottom ends of the first telescopic columns are fixedly connected with connecting strips respectively. The outer portions of the two sides of the multiple connecting strips are fixedly connected with limiting blocks correspondingly, the top ends of the two sides of the multiple connecting strips are fixedly connected with second contraction columns correspondingly, the outer portions of the splicing plates are fixedly connected with fixing assemblies used for limiting and fixed installation, and the fixing assemblies comprise multiple fixing strips. According to the spliced plastic track, the problem that the fixed connection is unstable when the spliced plastic track is used is effectively solved. The overall stability, durability and safety of the runway structure are improved, and a more reliable sports field is provided for athletes.

The utility model discloses a high safety composite cage football field of preventing climbing, relates to sports facilities technical field. The utility model discloses a plurality of support bars are fixed on the ground through bolt, and the plurality of support bars are set up to form the football field contour in the back type, and the main enclosure net is equipped between the plurality of support bars, and the plurality of main enclosure nets are used to form the football field enclosure, in order to prevent from climbing into the football field from outside, the vice enclosure net is inclined and is provided with in the top of each main enclosure net, and the vice enclosure net can change the originally vertical climbing path to the outside inclination, each support bar includes vertical support pole and inclined support pole, and the inclined support pole is located the upside of vertical support pole, through the top of main enclosure net is inclined and is provided with vice enclosure net, has changed the originally vertical climbing path, has increased the difficulty of climbing, has prevented effectively that outside personnel climbs into the football field, has improved the safety of football field.

This utility model relates to the field of sports facility construction technology, and in particular to a durable hybrid running track. This utility model provides a durable hybrid running track comprising a wear-resistant layer, a rubber granule layer, an adhesive bonding layer, a skeleton bonding layer, a reinforcing mesh layer, a rebound filler layer, a hydrophobic layer, a prefabricated installation structure layer, and a concrete base. The concrete base serves as the foundation load-bearing part of the track, and is pre-cast with high-strength concrete underground. The prefabricated installation structure layer is installed on top of the concrete base. The hydrophobic layer is located above the prefabricated installation structure layer and is flush with the ground. Above the hydrophobic layer, the rebound filler layer and the reinforcing mesh layer are sequentially arranged, with the rebound filler layer located between the hydrophobic layer and the reinforcing mesh layer. Stress-absorbing modules are also provided on the upper and lower sides of the rebound filler layer. The wear-resistant layer uses highly wear-resistant materials, which can effectively resist friction wear from shoe soles and other materials during long-term use, reducing the frequency of repair or replacement due to surface wear.

The utility model relates to the technical field of sports facilities, concretely relates to a telescopic basketball stand, including base and main column, main column and base articulate, main column includes a plurality of telescopic columns and a plurality of first locking piece, a plurality of telescopic columns between sliding sleeve connection in proper order, and first locking piece is arranged between adjacent telescopic column respectively, backboard piece is arranged in the one end of main column away from base, and backboard piece is provided with basket, first support is arranged between main column and base, when using basketball stand, the telescopic column of main column is lengthened in proper order, locks through first locking piece, then rotates upwards until with base perpendicular, and supports main column through first support, can complete the assembly of basketball stand, has realized the effect that basketball stand quick assembly and storage, when storing basketball stand, can complete the storage of basketball stand through the main column is recalled and rotates and is recalled base, effectively reduced the space occupation after basketball stand folding storage, improved the equipment use and the efficiency of maintenance.

The present application relates to the technical field of artificial skiing sports facilities, and in particular to a ski jump having a granular dry ski landing slope, comprising a landing slope and a dry ski granule lifting device. The landing slope comprises a slope body, and an underlying support structure, a waterproof plate, a ski mat and dry ski granules are sequentially laid on the slope surface of the slope body; the slope body comprises a knuckle located at the top of the slope, a platform zone, and a landing zone; the angle of repose of the dry ski granules is designed to match the slope gradient of the landing zone, with the same gradient of 20-40 degrees; a granule drain plate is provided at the root of the slope body, is used for granule recovery, and is always covered by the dry ski granules; and the dry ski granule lifting device is configured to lift the dry ski granules that have rolled down to the root of the landing slope to the platform zone at the top of the landing slope, thereby enabling recycling of the dry ski granules. The present application provides safe skiing conditions for jumpers while facilitating the completion of a complete "ski jumping" maneuver by the jumpers.

The utility model discloses an outdoor sports development training frame, and relates to the technical field of sports facilities. The rock climbing device comprises a base and a rock climbing plate, the rock climbing plate is installed at the top end of the base, a rotating shaft is rotationally arranged in the base, the rock climbing plate is fixedly installed on the outer side of the rotating shaft, a plurality of rock climbing points are detachably installed on the outer side of the rock climbing plate, and rotating frames which are symmetrically distributed are rotationally arranged on the outer side of the rock climbing plate. The outer side of the end, away from the rock climbing plate, of the rotating frame is movably sleeved with an extending frame, the end, away from the rotating frame, of the extending frame is rotationally provided with a positioning frame, and two bolts are inserted into the extending frame in a threaded mode and penetrate through the rotating frame; through mutual cooperation of the rotating shaft, the rock climbing plate, the rotating frame, the extension frame and other structures, the angle of the rock climbing plate can be adjusted, different rock climbing environments and difficulties can be effectively simulated, training is more targeted and diversified, and a rock climber can exercise specific muscle groups at different angles.

This invention unveils a publicly accessible urban beachfront entertainment complex featuring a pristine, tropical artificial lagoon at its center. The lagoon incorporates surfing features and is surrounded by recreational, educational, and sports facilities, as well as retail outlets. The complex offers a monitored public entrance and provides a look and feel similar to a tropical beach with clear waters and sandy shores. In addition, this invention reveals a method for the efficient use of vacant facilities and land that are not fully utilized, have limited uses, or are adjacent to or near recreational, educational, sports, or commercial premises. This approach provides a publicly accessible urban beachfront leisure complex with a central, pristine, tropical-type artificial lagoon featuring surfing capabilities. It allows for revenue generation and increased efficiency by combining prime, underutilized sites, limited-use land, or sites adjacent to educational, sporting, and / or commercial facilities with urban beachfront leisure complexes. Ideally, the complex should have a controlled public entrance allowing entry upon payment of a fee.

The invention relates to a safe and environment-friendly court, and belongs to the technical field of sports facilities. The court is formed by laying a composite floor rubber material formed by firmly combining a silicon PU (polyurethane) bottom layer and a modified acrylic acid surface layer, a magnetic elastic filler is introduced into the modified acrylic acid surface layer for blending, and directional curing molding is assisted by magnetic force; according to the magnetic elastic filler, ferroferric oxide serves as a core, an organic silicon crosslinking layer is formed on the surface through chelating enrichment and in-situ crosslinking, uniform microcosmic protrusions are formed on the surface of a surface layer through magnetic force directional enrichment, the excellent rebound resilience of a Pick ball is kept, meanwhile, the skid resistance, rebound uniformity and local impact absorbability of a site are remarkably improved, and the service life of the Pick ball is prolonged. The defect of interlayer adhesive force of multilayer coating of a water-based acrylic acid system is overcome, and the paint is excellent in comprehensive performance and environment-friendly.

Surface layer (200; 300; 600) for artificial surface covering in a sports facility, a leisure facility or a playground, comprising: a fiber retention layer (202; 603); and a fiber layer (201; 601) comprising a plurality of fibers (203; 602), wherein the fibers (203; 602) are connected to the fiber holding layer (202; 603) and extend away from the fiber holding layer (202; 603) by a distance to provide a cover surface (606); wherein the fibers (203; 602) comprise one or more natural fibers.

The invention relates to the technical field of machine learning, and particularly discloses a sports facility equipment intelligent management system based on the Internet of Things. The system comprises a multi-modal sensor array, an edge computing gateway, a cloud data analysis platform and a maintenance decision execution terminal, and intelligent maintenance decision based on dual criteria of health indexes and residual life is realized through multi-source sensor data acquisition, edge feature extraction, cloud health assessment and residual life prediction. According to the invention, the device state can be accurately identified, preventive or emergency maintenance is dynamically triggered, and the safety, availability and operation and maintenance efficiency of the device are improved.

This sports facility system comprises: RFID-based player tags to be worn by respective users; a first antenna installed in a first section of a play area and for receiving signals that include unique identification information transmitted by the respective player tags; a second antenna installed in a second section of the play area; a third antenna installed in a third section of the play area; a fourth antenna installed in a fourth section of the play area; an RFID reader which reads the unique identification information in the signals received by the first to fourth antennas; and a main server which calculates the location of a corresponding player on the basis of the unique identification information read by the RFID reader and the signals received by the first to fourth antennas.

To improve services for users at publicly operated sports facilities. [Solution] The first voting terminal issues a command ticket 2 when accepting a vote for public sports. The second voting terminal, when accepting a vote for public sports, accepts the insertion of a command ticket 2 and rewards the user who inserted the command ticket 2. The management device 10 collects the operation history of the voting terminals 1a, 1b, ... Based on the operation history, the management device 10 determines which voting terminals 1a, 1b, ... will be operated as the first voting terminal and which will be operated as the second voting terminal.

A curve surface hyperbolic member for a UHPC (Ultra High Performance Concrete) speed skating stadium relates to the technical field of building materials and sports facilities, two side surfaces of a UHPC hyperbolic plate are curved surfaces, the bending directions of the curved surfaces on two sides of the UHPC hyperbolic plate are the same, the lower part of the UHPC hyperbolic plate is fixedly provided with a lower part support beam, one end of the UHPC hyperbolic plate is fixedly provided with an end part positioning block, and the other end of the UHPC hyperbolic plate is fixedly provided with an upper part support beam. One end of the UHPC hyperboloid plate is provided with a positioning groove, the other end of the UHPC hyperboloid plate is provided with an end positioning groove, the lower supporting beam is in an inverted T shape, anchoring holes are symmetrically formed in the two sides of the lower supporting beam, anchoring mechanisms are fixedly arranged in the anchoring holes, the UHPC hyperboloid plate and the lower supporting beam are of an integrated structure, and a reinforcing rib net is embedded in the UHPC hyperboloid plate and the lower supporting beam. The strength and durability of the component are improved, the curvature of the curve surface of the speed skating stadium is accurately matched, and a stable and safe skating surface is provided for athletes. Meanwhile, through modular design and an optimized anchoring mechanism, the construction process is simplified, the construction efficiency is improved, and the construction cost is reduced.

The invention belongs to the technical field of motion monitoring, and particularly relates to sports facility equipment based on motion monitoring analysis, which is characterized in that a load sensing unit, namely a current sensor and a torque sensor, is used for acquiring actual measurement dynamic data flow, and is combined with a physiological sensing unit integrated with a monitoring bracelet to acquire physiological response data such as heart rate and the like; double monitoring of kinematics and physiological states is achieved, key indexes such as force application uniformity and gait stability of a user can be accurately analyzed through dynamic data, body loads can be reflected in real time through physiological data, the user and equipment can comprehensively master the body states in the exercise process through combination of the dynamic data and the physiological data, and data support is provided for scientific exercise.