44 results about "Ski resort" patented technology

In one aspect of the invention, a novel method of purchasing commodities associated with a golf course at least includes: a) providing at least one kiosk under the dominion of a golf course operator; b) via the kiosk, providing to a prospective golfer, available tee times at the golf course; c) via the kiosk, allowing the prospective golfer to reserve one or more tee times; and d) at least partially via the kiosk, processing payment for the selected tee times. In another aspect of the invention, a novel method of purchasing commodities associate with a ski resort at least includes: a) providing at least one kiosk under the dominion of a ski resort operator; b) via the kiosk, providing to a prospective skier, ski lift information at the ski resort; c) via the kiosk, allowing the prospective skier to reserve one or more ski lift tickets; and d) at least partially via the kiosk, processing payment for the ski lift tickets.

A gravity powered snow vehicle employing a crank 5 and steering mechanism 4, able to twist a sliding element 21 along its length, and enabling intuitive and direct control over the vehicle to increase performance and agility. Twisting the sliding element 21 generates on its edges varying levels of bite in the snow, allowing the rider to control both speed and direction. The rider in position, holding the handlebar 4, sitting on a seat 14 or standing on foot pegs 15, similar to riding a bicycle, controls the sliding element in a way similar to how snowboarders interact with their sliding element. The vehicle's linkage and architecture allows the sliding element 21 to flex. The vehicle has a collapsible configuration, facilitating transport and access to ascending systems, and their related receptacles, used at ski resorts.

A gravity powered snow vehicle employing a crank 5 and steering mechanism 4, able to twist a sliding element 21 along its length, and enabling intuitive and direct control over the vehicle to increase performance and agility. Twisting the sliding element 21 generates on its edges varying levels of bite in the snow, allowing the rider to control both speed and direction. The rider in position, holding the handlebar 4, sitting on a seat 14 or standing on foot pegs 15, similar to riding a bicycle, controls the sliding element in a way similar to how snowboarders interact with their sliding element. The vehicle's linkage and architecture allows the sliding element 21 to flex. The vehicle has a collapsible configuration, facilitating transport and access to ascending systems, and their related receptacles, used at ski resorts.

There is a need for providing a navigation system that enhances the freedom of settling time points to determine a destination. The system prompts a user to input only information needed for determining a target region (e.g., a region including several tourist spots or a region including several ski resorts) at a departure time. The system prompts a user to input information needed for determining a specific destination (e.g., a specific tourist spot, or a specific ski resort) halfway through the target region. Accordingly, the user need not determine a specific destination at the departure time.

The invention comprises a device and method of using said device(s) including but not limited to; Long Range Acoustical Devices (LRAD), Hyper Sonic Sound (HSS), Cascaded Linear Array Systems (Clas and BClas) and or HyperSpike devices currently and typically used for sonar, acoustic hailing, crowd control, mass notification, and sonic boom simulation—to initiate avalanche release in or in proximity to avalanche corridors and starting zone(s) as a non-explosive control alternative. The invention is an integration of technologies incorporating an infrasound generator, on board power supply and amplification, inverter, digital signal processor, GPS, and RF receiver all housed in a rugged weather resistant enclosure with necessary gantry and rigging. The combination of these technologies allows control personnel to safely operate the equipment from a remote location. The invention is deployed remotely via a cable or network of cables to predetermined avalanche starting zone(s). The device can be rotated, panned the full length or range of the cable(s), and tilted offering users comprehensive coverage of any topography. The invention can readily be integrated with equipment and infrastructures already in use such as bomb trams, cable and pylon networks, helicopters, chairlifts, and sensing and notification systems. New infrastructures can be built to tailor fit any and all topographies and avalanche control programs for ski resorts, Departments of Transportation, transportation entities, and national parks.

Provided are artificial snow at a nonnal temperature, a method of manufacturing same and a trail made therefrom. The artificial snow at a nonnal temperature is used for skiing and is composed of grains of artificial snow at a nonnal temperature comprising magnetic solid grains. A manufacturing method comprises the following steps: (1) using a crushing apparatus to crush a magnetic material into solid grains; (2) using a mesh sieve at a certain particle size to sieve the solid grains; and (3) enabling the surface of the solid grains obtained after sieving to adhere to a layer of material capable of modifying surface performance. A trail comprises the artificial snow at a nonnal temperature. The artificial snow at a nonnal temperature can simulate the features of natural snow well, is simple to manufacture, convenient to use, simplifies the operation of creating a trail, and can replace natural snow on a large scale in order to create a trail, thereby enabling a substantial reduction in the restrictions of environmental temperature and seasons on skiing, lengthening the operating time of a ski resort, and significantly increasing the returns of the ski resort.

The invention discloses an intelligent guiding and indicating device of the safety distance of a magic carpet. The intelligent guiding and indicating device comprises a speed detecting unit, a distance detecting unit, a wireless communication unit, a main control module, a power management unit, a lithium battery, a driving unit, an indicating unit and a vibration unit. The safety prompting distance preset on the magic carpet is self-adjusted according to the current moving speed of the magic carpet; for different moving speeds of the magic carpet, the prompting unit and the vibration unit conduct guidance and indication prompt for safety officers in a ski resort according to different preset safety prompting distances so as to share partial work of the safety officer in the ski resort, simultaneously, more accurate safety distance guidance is provided, so that the safety officer in the ski resort can pay more attention to the safety work at junctions, and the working efficiency and the working quality of workers in the ski resort and the safety of the magic carpet are improved. Simultaneously, the invention provides a control method for intelligent guidance and indication of the safety distance of the magic carpet.

The invention relates to a ski resort protective net support device, which comprises a support rod and a protective net. The upper edge of the protective net is fixed on one end of the support rod, and the support rod is provided with a base at one end away from the protective net. The base is fixed on the ground, and the support rod is rotatably connected to the base. The support rod is inclinedto the ground, and the middle portion of the support rod is provided with a buffer device. The buffer device comprises a sleeve, a spring and a slide rod. The spring is disposed in the sleeve along the length direction of the slide rod, and the sleeve is rotatably connected to the base. The inclined direction of the sleeve relative to the ground is opposite to the inclined direction of the supportrod relative to the ground. The support rod is rotatably connected to the slide rod, and a side wall of the sleeve is provided with a retaining groove. A V-shaped ring groove is arranged on a side wall of one end of the slide rod away from the spring. The sleeve is fixedly provided with an elastic device, and the elastic device can be inserted into the V-shaped ring groove and abuts against the inner wall of the V-shaped ring groove. The ski resort protective net support device has a buffering effect that occurs for a long time after an impact of an athlete.

The invention discloses a snow making machine control system. The snow making machine control system is used for a snow making machine and comprises a control terminal, a snow making machine control device, a water outlet control device and a snow making machine tower, wherein the snow making machine It is installed on the snow making machine tower, the water inlet of the snow making machine is connected to the water outlet control device, and the snow making machine control device is communicatively connected to the snow making machine; the snow making machine tower frame includes a drive motor for controlling the rotation of the snow making machine The control module, the snow gun control device, the water outlet control device and the drive motor control module are all connected to the control terminal in communication. The snow gun control system integrates the snow gun as a whole, and performs remote control through the control terminal, which greatly improves the work efficiency, reduces the dependence on labor, and effectively reduces the cost in long-term operation. Solve the problem that snow guns used in ski resorts rely on labor.

The ski resort management method and system provided by the present application, by collecting the tracking and shooting video images and speed information sequences of the tracking target, and inputting it into the machine learning model to analyze the movement characteristics of the human body and the movement of the ski equipment, and then determine the behavior type of the tracking target. And output the corresponding scheduling management strategy. In this way, in skiing with complex personnel movements, personnel behaviors can be identified more accurately, and scheduling management strategies can be automatically determined in a timely manner, which improves the automation level and refinement of ski resort management, and reduces the manual management of ski resorts. cost.

The invention provides a convenient-to-carry snowboard structure special for an outdoor ski resort. The snowboard structure comprises snowboard half sections, connecting inserting grooves, inserting hole seats, T-shaped screw rods A, pulley blocks, adjusting columns, fixed inserting hole seats, I-shaped inserting plates and T-shaped screw rods B, wherein the connecting inserting grooves are formedin the rear ends of the snowboard half sections, the I-shaped inserting plates are inserted into the connecting inserting grooves at the rear ends of the snowboard half sections to connect the two sets of snowboard half sections into a snowboard body, bottom grooves are formed in the bottom ends of the snowboard half sections, the adjustable pulley blocks are arranged in the bottom grooves and connected through connecting plates, and the adjusting columns are of a U-shaped structure and downwards penetrate through the snowboard half sections to be connected to the connecting plates. The pulley blocks can be adjusted out downwards from the bottom grooves, and then the T-shaped screw rods are clamped and fixed so that the snowboard can be used as a skateboard; the pulley blocks can also extend into the bottom grooves, and then the adjusting columns are clamped through limiting nuts, and thus the pulley blocks are arranged on the inner sides of the bottom grooves, and the snowboard is normally used.

The invention provides a ski resort thermal insulation structure with a cavity structure and a construction method, which includes a concrete lattice column, an inner thermal insulation wall and an outer maintenance wall, and a gap is provided between the inner thermal insulation wall and the outer maintenance wall to form a The cavity for installing the pipeline, the inner thermal insulation wall includes the thermal insulation vertical plate, the concrete lattice column and the purlin support embedded parts pre-buried on the concrete lattice column for fixing the thermal insulation vertical plate, the internal thermal insulation vertical plate Embedded steel plate embedded parts, the purlin support plate is fixed on the steel plate embedded part, the steel plate embedded part in the thermal insulation vertical plate is fixedly connected with the purlin support plate on the purlin support embedded part through the connecting piece, the present invention It solves the problem of cold leakage through screw holes in the ski area; through the cavity structure of the inner insulation wall and the outer maintenance wall, it solves the difficult problem of indoor vertical pipeline maintenance after the opening of the ski resort; and reduces the impact of the external environment of the ski resort on the ski resort. It is suitable for indoor thermal insulation wall construction projects of fully enclosed ski resorts in large spaces.

The invention provides a ski resort insulation structure with a cavity structure and a construction method thereof. The ski resort insulation structure with the cavity structure comprises a concrete lattice column, an inner insulation wall and an outer maintenance wall, wherein a gap is formed between the inner insulation wall and the outer maintenance wall to form a cavity for installing a pipeline, the inner insulation wall comprises an insulation vertical plate, the concrete lattice column and purline support embedded parts embedded on the concrete lattice column and used for fixing the insulation vertical plate, a steel plate embedded part is embedded in the insulation vertical plate, a purlin supporting plate is fixed on the steel plate embedded part, and the steel plate embedded partin the insulation vertical plate is fixedly connected with the purlin supporting plate on the purlin support embedded parts through a connecting piece. By means of the ski resort insulation structurewith the cavity structure and the construction method thereof, the problem of cold leakage from screw holes in a ski resort is solved. Through the cavity structure between the inner insulation wall and the outer maintenance wall, the problem that indoor vertical pipeline maintenance is difficult to carry out after the ski resort is opened to the outside is solved. The influence of the external environment of the ski resort on the inside of the ski resort is reduced. The ski resort insulation structure with the cavity structure and the construction method thereof are suitable for indoor insulation wall building engineering of a large-space totally-enclosed ski resort.

A refrigeration evaporator top calandria water accepting and discharging device, which relates to a refrigeration evaporator calandria overhead device or defrost water accepting and discharging device, comprises a capillary through plate 1 with a bottom groove 2, a hanger with a hook 3 fixed at the upper end thereof, a upper raising bracket 5 extending to two sides symmetrically which is fixed to the middle part of the hanger 4, a lower frame 6 with closed bottom which is fixed at lower part of the hanger 4; the low layer capillary through plate 1 is provided with an opening upwards; the sleeve support is inside the lower frame 6; the upper layer capillary through plate 1 is provided with an opening downwards which is locked at the adjacent upper raising bracket 5 corresponding to two adjacent hangers 4; overlapped projection of the upper layer capillary through plate 1 and the lower layer capillary through plate 1 in vertical direction forms a gap. With capillary through plate with bottom groove and corresponding hanger to form upper and lower two layer water discharging structure with overlapped projection in vertical direction, the device has enough gap between the upper and lower layers which ensures ventilation, and avoids wetting goods by condensed water or defrosted water falling down, and is appropriate for accepting and discharging condensed water or defrosted water from calandria equipment of evaporator in springhouse for fruit and vegetable refreshment, or accepting and discharging condensed water or defrosted water in large-scale indoor ski resort of tope evaporator calandria.