30results about How to "Meet different training needs" patented technology

The invention discloses a multi-soldier military training assessment system based on large space virtual reality. The system is composed of a large military training assessment space, wearable hardware equipment and military training assessment modules. The large space being a real military training field that is provided with real physical equipment and is built based on real scenes consists of areal scene action area, real scene military fortifications and a scalable laser positioning unit. The wearable hardware equipment that is worn by trained soldiers includes virtual reality data military helmets, data military tactical vests, data military jackets, data weapons and data military boots. The military training assessment module loaded in pack hosts consist of virtual scene display modules, training task selection modules, military training flow modules and military training assessment modules. Therefore, on the basis of the large space laser positioning technology, the virtual reality technology, the body motion capture technology, and the computer network technology, the trainees can experience the real multi-soldier military training according to the virtual and real combination.

The invention provides a power grid simulation training method based on multi-scene application. The method comprises the steps of: firstly setting corresponding scene building permission for different users; setting five simulation scene types including dispatcher training simulation, monitor training simulation, combined regulation business training simulation, joint anti-accident training and multi-student grouped training and contest practice and loading corresponding simulation scene building interfaces; performing dynamic building of the simulation scenes and server simulation scene resource distribution; acquiring corresponding graphic-model data from a model data cloud platform according to simulation areas and simulation time selected by users and pushing typical sections from anoperating data cloud platform; executing simulation training practice; releasing simulation scene resources after training assessment is over. The method realizes full sharing and elastic expansion ofsimulation resources and solves the technical problem of low resource utilization rate under different simulation scenes.

A ball-serving device for badminton is disclosed, which includes a losing part (A) for feeding successive badminton balls to the serving part one by one and a serving part (B) for hitting the badminton, a rack (25) is moved via an incomplete gear (26) to move a front slider (22) for compressing an energy storage spring (24). When the incomplete gear (26) is disengaged from the rack (25), the frontslider (22) strikes a badminton ball, and the ball-serving device for badminton is capable of performing angle adjusting, lifting and free movement, so that the invention can be miniaturized and convenient to use.

The invention discloses an intelligent self-adaptive swimming training system. The system comprises a swimming pool, wherein an infrared distance sensor is fixedly installed on an inner wall of one side of the swimming pool, two frequency conversion surfing pumps are fixedly installed on one side of the swimming pool, the two frequency conversion surfing pumps are both matched with the infrared distance sensor, and water outlet pipes of the two frequency conversion surfing pumps are both fixedly installed in the swimming pool; circulating pipes are fixedly connected to water inlet pipes of the two variable-frequency surfing pumps, and the two circulating pipes are arranged on the two sides of the swimming pool and fixedly installed and connected into the swimming pool. The swimming training system is reasonable in structure, rich in training condition capable of being provided in the swimming training system, more complete in function of the swimming pool, capable of meeting different training requirements and high in practicability; training efficiency is improved, and problems that in an existing swimming training system, the provided training condition is single, different training requirements cannot be met, and the training efficiency is low are solved.

The invention relates to the field of orthopedic rehabilitation, in particular to a walking trainer for orthopedic rehabilitation. The trainer comprises a walking supporting mechanism, a mounting mechanism and a training intensity adjusting mechanism, and the training intensity adjusting mechanism is mounted on the walking supporting mechanism through the mounting mechanism; and the training intensity adjusting mechanism comprises a driving mechanism, a load reducing mechanism, a load increasing mechanism and a human body fixing garment, and the load reducing mechanism and the load increasing mechanism are both connected with the driving mechanism and detachably connected with the human body fixing garment. When the load of a patient is reduced, the load reducing mechanism is connected with the human body fixing garment, the load increasing mechanism is not connected with the human body fixing garment, the load reducing mechanism is driven by the driving mechanism to ascend, upward pulling force is provided for the human body fixing garment, and load reducing training is achieved. According to the structural arrangement of the device, different training intensities can be selected according to the conditions of patients, different training requirements are met, the training effect is guaranteed accordingly, and practicability is high.

The invention provides a movable multi-purpose power distribution training platform. The movable multi-purpose power distribution training platform comprises separate platforms, galvanized steel pipes, steel pipe fixing hoops, stay insulator fixtures, cable fixtures and an iron wire winding tool, wherein the separate platforms are of tetragonal body structures, a bakelite insulation platen is arranged on each separate platform, 360-degree rotation rubber wheels are arranged on the bottom of each separate platform, and fixing holes are arranged in two sides of each separate platform. The movable multi-purpose power distribution training platform has the advantages that the separate use is available, the combined use is also available, so that the use is convenient and flexible, the different training demands for outdoor staff of power supply stations of villages and towns can be satisfied, the production skill level and practical operation capacity of the outdoor staff and new incumbents are improved, meanwhile, the occurrence of high-altitude falling accidents during field training can be avoided, so that the safety is improved, the training effect is good, the power distribution operation overhaul is facilitated, and good service is provided for clients.

The invention discloses a ladder machine with the adjustable lifting angle. The machine comprises a base, a lifting base and a pedal unit. The lifting base is arranged on the base in a pivot mode, the lifting base adjusts the lifting angle relative to the base by means of a lifting base regulator, the pedal unit is arranged on the lifting base and provided with a plurality of pedals capable of pivoting relative to the lifting base, the pivoting angle of each pedal relative to the lifting base is adjusted through a pedal regulator arranged on the lifting base so that the pedals can keep the horizontal state at any time, and accordingly a user can maintain a proper posture and conduct training of various climbing gradients.

The invention discloses an anti-dizziness trainer which comprises a base, a rotating body, a first driving mechanism, a training frame assembly and a second driving mechanism, the rotating body is rotatably arranged on the base, the first driving mechanism is arranged on the base and used for driving the rotating body to do revolution motion, and the training frame assembly is rotatably arranged on the rotating body. The second driving mechanism is arranged on the rotating body and used for driving the training frame assembly to swing and/or rotate. The anti-dizziness trainer disclosed by theinvention has three motions of revolution, autorotation and swinging, in the composite motion process, a trainer can select the training intensity according to the training requirements, the trainer with weak vestibular functions can be trained through low acceleration or uniform rotation, and a good training effect can be obtained. Each functional module of the anti-dizziness trainer can move independently or move in a pairwise combined manner, and meanwhile, three modules can move in a matched manner, so that different training requirements can be met.

The invention belongs to the technical field of shaking incubators, in particular to a three-color light multi-section adjustable system. The three-color light multi-section adjustable system comprises an incubator, a cabinet door which is mounted on the incubator and is rotatably connected through a rotating shaft, and an observation window which is formed in the surface of the cabinet door and is used for observing the internal state of the incubator, a control panel is installed on the surface of the incubator, an LED illumination plate is arranged in the incubator, and a plurality of LED lamps are arranged on the surface of the LED illumination plate; the problem of culture difference at different positions is solved; the intensity of light sources around the illumination plate is adjusted; the illumination intensity around and in the middle is the same; the three light sources are ensured to be selectable or combinable, actual culture is met, multiple sections can be independentlyor simultaneously arranged, the use is convenient, the illumination intensity is adjustable, different culture requirements are met, a unique heat dissipation system is adopted, the temperature riseis low, the influence on culture is small, the actual problem can be effectively solved through the above points, and the actual requirements of users are met.

The invention discloses physical exercise training equipment and a training method.The physical exercise training equipment comprises a case, a storage assembly, a ventilation assembly, a first upper limb training assembly, a first lower limb training assembly, a second lower limb training assembly, a second upper limb training assembly and an equipment mounting bottom plate; an equipment mounting bottom plate is fixedly mounted on the bottom end face of the case, a first lower limb training assembly and a second upper limb training assembly are mounted at the bottoms of the side faces of the two sides of the case respectively, and a first upper limb training assembly is arranged at the top of one end of the case; the physical exercise training equipment is simple in structure and convenient to mount and fix; in the using process, the multiple training stations are arranged on the outer side of the machine box, different training requirements can be met, multiple persons can conveniently conduct training, and the good ventilation function is achieved; meanwhile, good storage and disinfection functions are achieved, trainees can conveniently store sports articles, and the safety and sanitation effect of training is improved.

The invention discloses a limb training device for a neurosurgery patient, which comprises a training bed, an auxiliary frame, a hand exercising mechanism and a leg exercising mechanism. Two groups offixing plates which are arranged side by side are arranged below the training bed; two sets of symmetrically-arranged supporting legs are welded between the fixing plates and the training bed, the fixing plate is connected with the ground through multiple sets of countersunk bolts, the auxiliary frame is welded to the top ends of the two sets of fixing plates, the hand exercising mechanism is connected to the side face of the auxiliary frame, and the leg exercising mechanism and a limiting mechanism are connected to the bottom end, close to the end of the auxiliary frame, of the training bed.A face placement channel is formed in the top end of the side, away from the auxiliary frame, of the training bed, a sponge mat is bonded to the inner wall of the face placement channel, and a cow leather pillow is further arranged at the top end of the training bed; the auxiliary frame comprises a supporting rod and a handheld rod, and the handheld rod is arranged above the fixing plate. According to the limb training device for the neurosurgery patient, multiple exercises can be conducted, and different requirements are met.

The invention discloses a pulling force stepless regulation counterweight power generation mechanism and a body builder with the same. The pulling force stepless regulation counterweight power generation mechanism comprises a pulling rope, a winding drum, a mounting seat, a central shaft, a spring, a power generator and a regulator. One end of the pulling rope is connected with the winding drum, and one part of the pulling rope is wound on the peripheral wall of the winding drum. The winding drum is rotationally connected with the mounting seat, the outer end of the spring is connected with the winding drum, and the inner end of the spring is connected with the mounting seat. The central shaft is rotationally arranged on the mounting seat, and the winding drum can be arranged on the central shaft in a unidirectional rotating sleeving manner, so that when the pulling rope drives the winding drum to rotate, the central shaft rotates along with the winding drum, and meanwhile, the spring is tightened. The central shaft is connected with a motor shaft of the power generator which is connected with the regulator. According to the mechanism, the pulling force process and the power generation process are organically combined together, the regulator is used for regulating rotation damping of the motor shaft of the power generator to regulate the pulling force in a phase-changing mode, therefore, stepless adjustment of the pulling force can be achieved, and chemical energy consumed by the human body in the exercise process can be converted into electric energy for use.