46 results about "Zero gravity" patented technology

A method and system of instruments are disclosed for characterizing conditions within an aircraft during a flight designed to minimize gravitational effects. Scientific research can require experimentation under very low G or zero G conditions, and such conditions can be achieved in an aircraft using a specially designed trajectory to mimic freefall. Certain data can be collected during the critical portion of the trajectory to assess atmospheric, biometric, and localized information to better assess the results of the experiments.

The application relates to a zero-gravity seat adjusting mechanism and relates to the technical field of automobile seats, and aims to solve the problems that the existing automobile seat structure is single, the adjusting range is small, the discomfort brought by the earth's gravity is difficult to inhibit, and the riding experience is poor. The zero-gravity seat adjusting mechanism comprises a supporting plate and a seat body, the supporting plate comprises a horizontal plate and an inclined plate which are connected with each other, the horizontal plate is provided with a rotating support for mounting the seat body, the rotating support is provided with a driving piece for driving the seat body to rotate; one side of the seat body facing the inclined plate is connected with an adjusting pipe, the adjusting pipe is slidably connected with an adjusting rod, one side of the inclined plate facing the adjusting rod is provided with an adjusting groove for the adjusting rod to abut against and slide, the adjusting rod is hollow, and the adjusting rod is provided with a reset piece for driving the adjusting rod and the adjusting pipe to reset. The application has the effects of providing a zero-gravity riding experience for the riders, protecting the health of the human body and improving the riding comfort.

The zero-gravity pressure head adjustable structure comprises an adjusting plate, a sliding mounting base is arranged on the adjusting plate, a sliding mounting block is arranged on the sliding mounting base, and a top plate is arranged at the upper end of the sliding mounting base. A first adjusting bolt and a second adjusting bolt which penetrate through the top plate are arranged on the top plate, the first extension spring and the second extension spring are arranged in parallel, and one end of the first extension spring and one end of the second extension spring are connected with the bottom of the first adjusting bolt and the bottom of the second adjusting bolt respectively. The other end of the first extension spring and the other end of the second extension spring are both connected with the sliding installation block, the pressure detection assembly is arranged between the sliding installation base and the sliding installation block, and by arranging the first extension spring and the second extension spring, the self gravity of the sliding installation block and components below is balanced through the tension of the first extension spring and the second extension spring; a zero-gravity state is realized, and the interference of the dead weight of a structural part on the actual pressure of a product is effectively eliminated.

According to the economical zero-gravity seat, the seat is controlled to be unfolded to reach a zero-gravity posture in a mechanical structure linkage mode, compared with a seat controlled through electric adjustment, the seat is more reliable in structure, the discomfort caused when a traditional zero-gravity seat excessively abuts against the waist can be eliminated through sitting and leaning mechanical linkage adjustment, and the safety of the seat is improved. The mechanical linkage structure can be electrically set by using an electric regulator, so that the comfortable experience is further improved; in addition, the seat is controlled to be unfolded in a mechanical linkage mode, compared with an electric adjusting controller for controlling the seat, operation is easy, the mechanism is more reliable, a large amount of motor and controller development cost is saved, and economical efficiency is improved to a certain degree.

The utility model relates to the technical field of automobile seats, and discloses an adjusting mechanism of a zero-gravity seat and the zero-gravity seat, and the adjusting mechanism of the zero-gravity seat comprises a base which is provided with a sliding groove and a rack; the seat cushion is movably arranged on the base; the telescopic driving part is arranged on the base and provided with a telescopic rod, the telescopic end of the telescopic rod is connected with the lower end of the zero-gravity connecting rod, the telescopic end is provided with a gear, and the gear is meshed with the rack; when the seat is switched to the zero-gravity mode, the telescopic driving piece drives the lower end of the zero-gravity connecting rod to slide along the sliding groove, and the gear rotates along the rack in an engaged mode. The zero-gravity adjusting mechanism has the advantages that during zero-gravity adjustment, the gear is matched with the rack, so that the zero-gravity adjusting mechanism has a locking function, the strength of the seat is higher during collision, the safety performance of the seat can be effectively improved, and the zero-gravity adjusting mechanism is simple in overall structure, high in strength and good in movement synchronism.

The invention discloses a multifunctional rotating bed which comprises a bed body, a baffle, a zero-gravity adjusting module, a frame rod, a base, a lifting adjusting module, a first driving module, a second driving module, a third driving module, a sensor module and a controller module. Rotatable baffles are respectively arranged on the front, back, left and right sides of the bed body; a frame rod is arranged at the bottom of the bed body, a base is arranged on the frame rod, and a zero-gravity adjusting module is arranged on the bed body; the lifting adjusting module is connected with the frame rod to drive the frame rod to ascend and descend, the second driving module is connected with the frame rod to drive the frame rod to rotate horizontally, and the third driving module is connected with the frame rod to drive the frame rod to rotate in a pitching mode. The baffles are arranged on the four sides of the bed body of the device and can be switched between the standing state and the placing state, safe and barrier-free getting-in and getting-out of the bed are considered, the zero gravity, the height, the direction and the inclination angle of the bed body can be independently or jointly adjusted, the individual requirements of different heights, different sleeping postures, different geomagnetic environments and the like are met, and the sleep experience of a user can be improved.

A high-angle-achieving automobile seat zero-gravity structure driven by an angle adjuster, comprising a cushion side plate, a zero-gravity front support, a quick return mechanism, an angle adjuster connecting plate assembly, an angle adjuster, a synchronous rod, a zero-gravity motor assembly, a slide rail support and a rear connecting rod support; the front end of the cushion side plate is hinged to the zero-gravity front support, the other end of the zero-gravity front support is hinged to the rotating part of the quick return mechanism; the fixed part of the quick return mechanism is connected to the angle adjuster as a whole; the two ends of the synchronous rod pass through the slide rail support and are connected to the angle adjuster; the zero-gravity motor assembly is used to drive the synchronous rod to rotate; the rear end of the slide rail support is hinged to the rear connecting rod support, rear cross rods are arranged between the two rear connecting rod supports; the rear cross rods are connected to the rear end of the cushion side plate, and a five-link structure is adopted, so that the height of the cushion can be adjusted, the zero-gravity posture of the seat can be adjusted and reset through the angle adjuster and the quick return mechanism, and the structure is stable and reliable, the adjustment precision is high, the response speed is fast and the like.

The zero-gravity adjusting mechanism comprises a connecting rod assembly and a driving assembly, the connecting rod assembly is hinged between the front end of a seat frame framework and a fixing assembly, the rear end of the seat frame framework is arranged on the fixing assembly, and the two ends of the driving assembly are hinged between the connecting rod assembly and the fixing assembly. When the driving assembly works, the upper end of the seat frame framework can be lifted upwards through the connecting rod assembly. The two first connecting rods are arranged on the left outer side and the right outer side of the seat frame framework, so that the zero-gravity adjusting structure is an external zero-gravity adjusting mechanism, the driving assembly is closer to the fixing assembly, cantilevers, relative to the center of each side sliding rail, of the driving assembly can be reduced, the stress of the driving assembly can be improved, and the stability of the structure is improved; space is reserved, so that the front end of the seat frame framework can contract inwards, the front end of the seat basin is convenient to design, the transverse size of the cushion is reduced, and the whole seat is convenient to arrange.

The present utility model is applicable to the technical field of sofas, and provides a seat extension device for providing a zero gravity attitude, According to the present utility model, the knees and the heart of a user can be approximately positioned on the same horizontal plane after the user lies down, so that the stress area of the human body is enlarged, all parts of the body are uniformly stressed, and the user feels in the space like floating without pressure; and the device is more cost effective.

The zero-gravity moving platform comprises a chassis assembly with a moving function, and a supporting column is vertically assembled on the chassis assembly; the rotating support assembly is assembled at the top end of the supporting column and can be folded; the counterweight assembly is assembled at one end of the rotating support assembly, and the transmission mechanism and the balance connecting rod assembly are assembled on the rotating support assembly and can pull the angle position change of the counterweight assembly to balance and balance the two folded ends of the rotating support assembly. According to the invention, two transmission modes of mechanical connecting rod transmission and chain transmission are combined to realize automatic balancing, so that the platform can measure and bear the weight of camera equipment, the physical burden of a photographer is reduced, the photographer can concentrate on shooting, the phenomena of blurring and instability caused by hand-held shaking are reduced, and the working efficiency is improved. The balance weight requirements in different states can be met, a photographer can easily achieve multi-angle shooting, and the shooting quality, safety and efficiency are improved.

The application discloses a zero-gravity seat with collision quick return, and relates to the technical field of automobile seats.The seat framework and two supports are provided with a connecting rod assembly, a driving assembly and a pretensioner at the bottom of the seat framework.The driving end of the driving assembly is connected with the connecting rod assembly and drives the seat framework to adjust the angle through the connecting rod assembly.The one end of the pretensioner is fixedly connected with the seat framework, and the tensioning end of the pretensioner is fixedly connected with the driving assembly.When the automobile collides and the seat is in a zero-gravity lying position, the sensor on the automobile detects the collision signal, the sensor sends the collision signal to the pretensioner, the pretensioner is triggered and moves the connecting rod assembly to reset through the driving assembly, so that the seat can quickly return to a traditional sitting position when the collision occurs.

The present application relates to a car seat and a car with the same. The car seat comprises a mounting bracket, a linkage mechanism arranged on the mounting bracket, a seat cushion connected with the linkage mechanism, a backrest pivotally connected with the mounting bracket and having a flat position abutting on the seat cushion, a zero-gravity position away from the seat cushion and a critical position between the flat position and the zero-gravity position, and a driving mechanism connected with the backrest to drive the backrest to switch between the flat position, the critical position and the zero-gravity position. When the backrest switches between the zero-gravity position and the critical position, the driving mechanism matches the linkage mechanism to lift or lower the seat cushion in linkage. When the backrest switches between the critical position and the flat position, the driving mechanism is disengaged from the linkage mechanism to allow the backrest to rotate independently. The car seat can realize the functions of zero-gravity and large storage at the same time, and has simple structure and significantly reduced processing cost.

The invention discloses a zero-gravity rotating shaft of a moxibustion product. The zero-gravity rotating shaft comprises a rotating shaft assembly, a left arm assembly, a right arm assembly and a shell assembly. The rotating shaft assembly comprises a one-way bearing, a center sleeve, a gasket set and a damping rotating shaft. The one-way bearing is arranged on the outer side of the center sleeve in a sleeving mode, the damping rotating shaft is located in the center sleeve, the two ends of the damping rotating shaft extend out of the center sleeve, and the gasket set is located in the center sleeve and arranged on the damping rotating shaft in a sleeving mode. The gravity of turning, descending and angle adjusting of the product is borne by the rotation stopping direction of the damping rotating shaft and the one-way bearing, the product rotates and ascends to adjust the angle by means of the rotation direction of the one-way bearing, operation is more labor-saving, the product or equipment does not need to be carried with much effort, and inclination and damage of the product are avoided.

The invention discloses a zero-gravity posture linkage leg support structure, and belongs to the technical field of seat leg supports.The zero-gravity posture linkage leg support structure comprises a seat cushion, a back cushion is arranged on one side of the top of the seat cushion, pushing plates are symmetrically and fixedly installed at the bottom of the back cushion, a first pushing groove is formed in the bottom of each pushing plate in a penetrating mode, and the seat cushion and the pushing plates are rotationally connected through rotating shafts; according to the device, the angle adjuster, the pushing sliding strip, the pushing frame, the pushing top frame and the second rotating top strip are arranged, the first mounting base forms pulling force on the second rotating top strip, the second rotating top strip is driven to rotate around a connecting pin shaft of the first rotating top strip, and then the first rotating top strip is pulled to rotate around the second mounting base; when the first rotating top strip and the second rotating top strip are pulled to gradually tend to be parallel, the foot supporting plate is pushed to extend out of the leg supporting plate, the angle between the back cushion and the seat cushion is adjusted, the angle between the leg supporting plate and the seat cushion is adjusted, and the length of the foot supporting plate extending out of the leg supporting plate is adjusted in a linkage mode, operation steps are simplified, and the adjustment process of the zero-gravity posture is more convenient.

This utility model discloses a device for achieving a zero-gravity posture, including a fixed base, a rotating base, an elastic element, and a telescopic locking element. The fixed base is connected to the lifting gas spring of the chair, and the rotating base is connected to the backrest and seat of the chair, and is rotatably connected to the fixed base. The elastic element and the telescopic locking element are rotatably connected to the fixed base and the rotating base, respectively. The telescopic locking element extends and retracts with the rotation of the rotating base and can lock the rotating base in the rotated position, and can also provide a buffer for the rotation of the rotating base. The elastic element can provide a spring force for the rotating base to rotate forward. Through the above modular device, the office chair can achieve a zero-gravity posture, and maintain stability during switching and provide assistance during restoration, which has the effects of preventing tipping and being easy to use.

The present invention relates to an effective gravity control device which is installed to have a falling space to be a vertical space in a building, and which implements a zero gravity, microgravity, low gravity, or pseudogravity state of an internal module mounted in a moving external module. An example effective gravity control device includes: a dual module including an external module and an internal module; an actuator installed at the upper side of a falling space in a space for controlling and monitoring a change in gravity applied to the dual module, and which moves the external module so that, according to a control signal, the external module has at least one physical quantity; and a sliding frame which is installed in a space at the lower side of the falling space and provides a path for taking the dual module into / out from the falling space.

The utility model relates to a zero-gravity seat with a backrest forward leveling mechanism. The zero-gravity seat comprises a zero-gravity seat body, a cushion zero-gravity adjusting mechanism, a cushion rear height adjusting mechanism and a cushion position adjusting mechanism, and the rear end of a cushion framework is mounted on the cushion rear height adjusting mechanism through the cushion position adjusting mechanism; the cushion rear height adjusting mechanism comprises two screw rod motors or height adjusting motors symmetrically mounted on the seat framework and two cushion framework lower supporting plates connected with the two screw rod motors or the height adjusting motors, and the cushion framework lower supporting plates drive the cushion position adjusting mechanism and the cushion framework to ascend or descend in the rotating process; the cushion position adjusting mechanism comprises a cushion position adjusting motor, a synchronous rod, two rear transverse pipe adjusting support arms and two rear transverse pipe angle adjusters; the automatic adjustment device has the advantages that the operation is simpler and more convenient, a passenger only needs to press the operation button, the automatic adjustment that the backrest of the seat is flatly placed forwards can be realized, and the use experience of a user is greatly improved.

1. The name of the design product: the safety belt exit cover of the zero-gravity seat of the car. 2. The use of the design product: for the car seat. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view.

The application discloses a spacecraft mechanism ground deployment zero-gravity simulation method and system, and the method comprises the following steps: obtaining the relative pose relationship between a robot and a deployment mechanism; determining the motion path of the corresponding lifting point when the robot is lifted based on the relative pose relationship between the robot and the deployment mechanism; determining the robot lifting force; and controlling the deployment mechanism to move and the robot to follow and unload according to the motion path of the corresponding lifting point when the robot is lifted and the robot lifting force, so as to simulate the zero-gravity environment in orbit. The scheme can accurately determine the motion path of the lifting point and the lifting force, and according to the motion path and the lifting force, the robot can be controlled to follow and unload in a targeted manner, so that the robot can lift the movable parts of the deployment mechanism upwards, the gravity of the parts can be balanced by controlling the lifting force, the zero-gravity simulation of the parts is realized, the time is greatly shortened, and the scheme is suitable for the case that the spacecraft development space is limited and the progress is nervous.

1. The name of the design product: the combination of the backrest cover of the seat cushion of the zero-gravity seat of the car. 2. The use of the design product: for the car seat. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view.

This invention relates to the field of furniture, disclosing a mechanical extension device and a zero-gravity, zero-wall-adhesion seating unit. The mechanical extension device includes: a fixed base; a movable base, adjustable in position relative to the fixed base; a leg assembly disposed on the movable base, the leg assembly having leg rests that can extend or retract from the front of the movable base; and a backrest assembly including a backrest panel, a first backrest transmission member, a second backrest transmission member, a third backrest transmission member, a first backrest link, and a second backrest link. When the mechanical extension device changes between a TV-style position and a reclining position, the second backrest transmission member can drive the third backrest transmission member to rotate, and sequentially drive the backrest panel to adjust its angle via the second backrest link and the first backrest link. This invention reduces the driving torque required to adjust the backrest panel's position, thereby reducing the current required for overall operation and effectively improving the overall energy efficiency and stability.

The invention discloses a three-axis zero-gravity unloading hanging rotating device which comprises a mass center rotating unit and a balance hanging unit, and through the combined movement of a rotating shaft, a rotating sleeve, a rotating beam, an adjusting unit, a hanging beam, a hanging rod, a rotating hanging assembly and a gravity follow-up assembly, when an overlapped antenna conducts three-dimensional space movement, the gravity follow-up assembly can rotate around the mass center rotating unit and the balance hanging unit; the device can spatially rotate around the unloading mass center through three-axis fitting rotation under the action of unloading force F, it is guaranteed that the unstressed unloading hanging device is unfolded at high precision and zero gravity, and the device is good in universality, easy to install and debug, light in weight, convenient to operate and suitable for a ground unfolding test at the antenna single-machine stage.

The invention relates to the technical field of intelligent chairs, in particular to a zero-wall-leaning zero-gravity intelligent electric sofa chair based on human body perception. The seat comprises a seat body, a base and a sliding plate, the sliding plate is slidably connected to the side wall of the base, and an inner cavity is formed in the base. According to the device, the sofa chair can capture the body posture change of a user in real time through a posture sensing unit composed of a Hall switch and a magnet, and precise adjustment of a longitudinal angle and a transverse angle and auxiliary supporting during unbalance are achieved in combination with cooperative driving of a driving machine A, a driving machine B and a two-way air pump. Due to the dynamic adjusting capability, the sofa chair can adapt to the height and body type difference of different users, meanwhile, the supporting requirements of the same user under different body types such as static sitting, leaning and relaxing are met, it is ensured that all key parts of the body are evenly and effectively supported, the problems that a traditional sofa chair is fixed in supporting and poor in adaptability are fundamentally solved, and the sofa chair is suitable for being used for a long time. And the user experience is more personalized and comfortable.

Embodiments of the present application provide a zero-gravity seat and a control method, and relate to the technical field of seats. The method comprises: acquiring physiological parameter information of a target user; wherein the physiological parameter information comprises at least one of a heart rate parameter, a body movement parameter and a breathing parameter; and adjusting an inclination angle of a backrest and an inclination angle of a leg rest of the zero-gravity seat according to the physiological parameter, a change trend of the physiological parameter within a preset time and a preset control strategy. The inclination angle of the backrest and the inclination angle of the leg rest of the zero-gravity seat can be adjusted according to different riding states of the passenger during riding, thereby improving the long-time riding comfort of the zero-gravity seat.

A zero gravity seat may have a rotary component between a rear part of a base and a rear part of the frame. The rotary component may have a first fulcrum rotatably connected to the rear part of the frame and a second fulcrum rotatably connected to the base. A zero gravity drive mechanism and a height adjustment drive mechanism may be installed on the base, the zero gravity drive mechanism being configured to drive a lower connecting plate to rotate relative to the base, and the height adjustment drive mechanism being configured to drive the rotary component to rotate about the second fulcrum relative to the base.

The utility model provides a zero-gravity follow-up tool suitable for spiral unfolding equipment on a spacecraft. The zero-gravity follow-up tool is used for counteracting the gravity influence of the spiral unfolding equipment on the spacecraft in the ground unfolding test process. A follow-up rotating system is added on the basis of a previous testing tool used for one-dimensional linear expansion motion so as to adapt to the working condition that a tested object needs to rotate around a straight line while moving in a one-dimensional linear mode, and the anti-interference capacity of the testing system is improved through reasonable configuration of a mass unit on the rotating system. According to the utility model, a rotational degree of freedom can be added on the basis of a previous one-dimensional or two-dimensional or three-dimensional translation zero-gravity test system, and the test capability of the system is improved.

A foldable zero-gravity seat, comprising a seat cushion framework, wherein the seat cushion framework comprises a seat cushion frame assembly, with the front end of the seat cushion frame assembly being hinged to upper front links, lower front links and seat cushion mounting brackets in sequence, and the rear end of the seat cushion frame assembly being hinged to rear links and the seat cushion mounting brackets in sequence; angle driving devices are provided at two hinge joints to drive the seat to switch between a normal position, a zero-gravity position and a folded position; in the normal position, the rear links are tilted backwards, and the lower front links are tilted; in the zero-gravity position, the rear and front ends of the seat cushion framework are higher than those of the seat cushion framework in the normal position; and during the process of switching to the folded position, the lower front links are driven to rotate, the rear links are driven to tilt forward simultaneously, and the upper front links are driven to rotate relative to the lower front links. On the basis of a five-link structure, the seat of the present application enables a more flexible rotation range of the seat cushion framework, thereby realizing zero-gravity position adjustment, forward folding of a seat cushion and height adjustment of the rear end of the seat cushion, and preventing the problem of a backrest abutting against the waist in the zero-gravity position.