98 results about "Step climbing" patented technology

A sack trolley (1) comprises a support frame (2) presenting a lower pair of carrying wheels (4) and a hoist mechanism (6) for climbing steps, which comprises a lifting arm (10) equipped with support rollers at its free end and which can be swivelled about a swivelling axis (S) parallel to the carrying wheel axis (L) by means of a crank drive (8). In order to achieve step-climbing assistance which is simple, space-saving, easy to handle and functionally safe, the lifting arm (10) is comprised of a swing guide component (11) swivel-mounted about the swivel axis (S) and a support component (12) taking up the support rollers (13) and longitudinally displaceable compared to the swivel guide component (11), whereby the crank drive (8) is articulated on the support component (12) with its crank arm (9).

A step climbing attachment suitable for attachment to a wheeled chair is described. The step climbing attachment includes a chassis for mounting one or more ground engaging units, a first and a second ground engaging unit mounted to the chassis, at least one of the first and second ground engaging units adapted to move relative to the other of the first or second ground engaging units and the chassis, the relative movement being between a ground engaging position and a step-engaging support position so that in use at least one of the first and / or second ground engaging units engages a step.

The invention provides a triggering continuous step climbing mechanism which comprises a vehicle body chassis support, an instable leg mechanism, a collision triggering mechanism, a crank and slider mechanism and a transmission mechanism. The vehicle body chassis support comprises a supporting frame and a drive motor installed on the supporting frame. The instable leg mechanism comprises a drive wheel, a driven wheel, a crawler belt, a rotation supporting rod, an instable leg tension spring and an arc rod. The collision triggering mechanism comprises a rotation support, a triggering rod, a self-locking block and a triggering mechanism tension spring. The crank slider mechanism comprises a crank, a connection rod, a slider and a sliding groove. The transmission mechanism comprises a motor, a transmission shaft, a large belt wheel, a small belt wheel, a rotation shaft and a synchronous belt. The triggering continuous step climbing mechanism is stable in operation, high in speed and good in effect and not only can be applied to the field of robot athletics, but also can be used as a carrier of a transportation tool for achieving fast and stable transportation of heavy objects between a remote ground and a step, between a step and another step and in other complicated environments.

The invention discloses a continuous jumping type step climbing robot and a step adaptive climbing method. Stay bar shafts are controlled to rotate to drive stay bars to roll over to a higher step; the stay bar shafts continue rotating, while the stay bars become upright slowly under a reacting force of the surface of the step to the stay bars; meanwhile, the stay bar shafts and power-driven wheels ascend gradually until the stay bars are perpendicular to the surface of the step, and at such a moment, the power-driven wheels leave the ground; subsequently, the stay bar shafts continue rotating, while the stay bars incline backwards, and the stay bar shafts and the power-driven wheels descend gradually until the power-driven wheels land on the ground. According to the continuous jumping type step climbing robot and the step adaptive climbing method provided by the present invention, the front and rear stay bars are allowed to circumferentially move around axes set in the front and rear stay bar shafts, respectively, and by means of the reacting force of the surface of a step to the stay bars, the entire robot is enabled to jump to an adjacent higher step, or sledged to an adjacent lower step. Compared with a telescopic climbing mechanism in the prior art, the continuous jumping type step climbing robot provided by the present invention is more steady and safer during climbing.

The invention discloses a stair-climbing control method of a tracked mobile robot. The tracked mobile robot comprises a front wheel, a rear wheel and a track coating the front wheel and the rear wheel, and is characterized in that the front wheel is provided with a double-rod arm with a controllable rotating angle; the centre-of-gravity position of the tracked mobile robot is elevated step by step through adjusting the rotating angle of the double-rod arm to finish the climbing. The invention provides a step climbing control method which is suitable for a small-sized tracked mobile robot which is relatively small in size and cannot realize step self-climbing by a traditional control method. The new control method provided by the invention can realize the function that the small-sized tracked mobile robot climbs the stairs. During the process that the robot climbs the stairs, the robot realizes self control through a self carried sensor and can effectively avoid the time delay problem, and the control precision is improved.

A step climbing device for moving robots including a climbing guide provided with an inclined surface formed on the upper surface thereof so as to allow a moving robot to climb a step through the inclined surface of the climbing guide.

Provided is a step climbing device for moving robots including a climbing guide provided with an inclined surface formed on the upper surface thereof so as to allow a moving robot to climb a step through the inclined surface of the climbing guide.

An enhanced mobility wheelchair with semi-autonomous control logic includes criteria for selecting level, stair, and slope modes. Each mode progresses through criteria-invoked phases as the wheelchair travels. Each axis performs an assigned duty for each mode and phase combination to seek a defined target. Control logic invokes stair mode from the level mode when steps are sensed. Criteria restricts negotiating obstacle angles and heights encountered beyond capability and permits reversed travel to exit obstacle. Front and rear support systems include the ability to sense both forward and backward facing steps by adding distance sensors, sensing linkage and rotary sensors. Legrest adjustment raises the feet for forward step climbing and shortens the wheelchair length for tight turns. Steep down slope and steep up slope modes are invoked from a small angle slope mode. Absolute measurement of spider rotation and spider cam engagement does not require adjustment.

A step climbing wheelchair apparatus includes right and left lift anus, and a longitudinal slot defined in a middle portion of each lift arm. The rear wheel axles of the wheelchair extend through the slot and a fastener is attached to secure each lift aim on the corresponding axle such that each lift arm can slide longitudinally perpendicular to the axle. The lift anus are configured such that when in an extended position rear step ends of the lift arms are located rearward of the outer rim of the rear wheel, and the front ends are located generally forward of the outer rim of the rear wheel. A front lift mechanism provides a lift lever operative to push a lift wheel downward to raise the front caster wheels of the wheelchair.

The invention discloses a maximum power tracking control method for a switched reluctance wind turbine system. An operation area of a wind turbine is divided into a constant power control area and a maximum power tracking area according to rotational speed-output power characteristic curves of the wind turbine at different wind speeds. A wind speed tracking control method is adopted in the constant power control area, and a control system observes the wind speed by the aid of a wind measuring device, then given power at the current wind speed is output according to the internally stored rotational speed-output power characteristic curves of the wind turbine at different wind speeds, and finally, the speed close to the maximum power point is quickly tracked through power closed-loop control. The system enters the maximum power tracking area after the power closed-loop control is stable. In the area, the system tracks the maximum power through variable-step climbing searching to realize rapidness and accuracy of tracking of the maximum power, and meanwhile, a stop measure and an error control mechanism are introduced to enhance the stability of the system. The maximum power tracking control method combines advantages of wind speed tracking control and climbing searching, so that the stability, accuracy and rapidness of the system are improved, and the method has good engineering application value.

A step climbing attachment suitable for attachment to a wheeled chair is described. The step climbing attachment includes a chassis for mounting one or more ground engaging units, a first and a second ground engaging unit mounted to the chassis, at least one of the first and second ground engaging units adapted to move relative to the other of the first or second ground engaging units and the chassis, the relative movement being between a ground engaging position and a step-engaging support position so that in use at least one of the first and / or second ground engaging units engages a step.

The invention provides a transportation robot with a step climbing mechanism. The transportation robot comprises a controller, a vehicle frame and wheels arranged at the bottom of the vehicle frame, the wheel is connected with a first motor, the left and right sides of the vehicle frame are respectively provided with a climbing step mechanism, the step climbing mechanism comprises an arcuate telescopic leg, Linear guides and cylinders, the linear guide rail and the cylinder block of the air cylinder are respectively fixed on the vehicle frame, the arcuate telescopic leg is slidably connected with the linear guide rail, The piston rod of the air cylinder is connected with the arcuate telescopic leg, wherein the arcuate telescopic leg comprises a middle concave part, a front leg and a rear leg; the end of the front leg is connected with a front climbing step wheel; the end of the rear leg is connected with a rear climbing step wheel; the front climbing step wheel is higher than the rearclimbing step wheel; and the controller is electrically connected with the first motor and the air cylinder respectively. The invention has the advantages of realizing automatic step climbing, simplestructure and low cost.

The invention provides an ultra high voltage power transmission and transformation equipment high-altitude grounding operating device and relates to the technical field of auxiliary overhaul equipment. Through setting a mobile mechanism, step climbing can be realized through the mobile mechanism moving up and down, the good obstacle climbing ability is realized, the whole device is more convenient and rapid to move to reach the designated position rapidly, and movement is quite convenient; through setting a chain type lifting mechanism driven by a motor, the whole device is made to have a wide application scope, and more safety and reliability are realized; through setting a position adjusting mechanism, three-axial movement of the lifting mechanism and a grounding wire clamp is realized, clamping of the grounding wire clamp can be rapidly realized, during use, the grounding wire clamp can be carried to the work field for assembling, the whole operation scope is quite small, operation can be accomplished by a worker on the ground, the worker has no need to climb high, high safety of the use process is realized, time and force saving is realized, the device is quite convenient, safety of the worker is protected, operation can be accomplished through one person, and work efficiency is substantially improved.

The invention discloses a climbing electric wheelchair with health supervision and alarm functions. The electric wheelchair comprises a power mechanism, a moving mechanism, a posture adjusting mechanism, a health supervision and alarm mechanism and an auxiliary mechanism. Through the electric wheelchair, dynamic balance of a wheelchair rack during step climbing is guaranteed, and the health condition of a patient can be reflected in real time, so that a foundation is laid for timely treatment of the patient under emergency situations.

A step climbing wheelchair apparatus includes right and left lift anus, and a longitudinal slot defined in a middle portion of each lift arm. The rear wheel axles of the wheelchair extend through the slot and a fastener is attached to secure each lift aim on the corresponding axle such that each lift arm can slide longitudinally perpendicular to the axle. The lift anus are configured such that when in an extended position rear step ends of the lift arms are located rearward of the outer rim of the rear wheel, and the front ends are located generally forward of the outer rim of the rear wheel. A front lift mechanism provides a lift lever operative to push a lift wheel downward to raise the front caster wheels of the wheelchair.

The invention discloses a transportation robot capable of vertically climbing a step, and relates to the field of transportation equipment. The transportation robot comprises a base plate frame, driving wheel sets, a driving wheel set driving motor, lifting mechanisms, a first auxiliary wheel set, a second auxiliary wheel set, a third auxiliary wheel set and a fourth auxiliary wheel set; and the first auxiliary wheel set and the second auxiliary wheel set are arranged at the two ends of the base plate frame, the third auxiliary wheel set and the fourth auxiliary wheel set are sequentially arranged in the middle part of the base plate frame, and the first auxiliary wheel set, the second auxiliary wheel set, the third auxiliary wheel set and the fourth auxiliary wheel set are used for playing a role in assisting moving when the transportation robot climbing the step. According to the transportation robot capable of vertically climbing the step, through the vertical lifting design, the stability of transported equipment is ensured in the process of transporting the equipment by the robot, and the inclination of the transported equipment is reduced.

The invention discloses a step climbing mechanism comprising a first car unit, a second unit and a lifting system which is used for connecting the first car unit and the second car unit and which lifts vertically. The lifting system comprises a sleeve and a lifting column sleeved with the sleeve, the sleeve is mounted in the middle of the first car unit, and the lifting column is mounted at the end of the second car unit; the first car unit is provided with a gravity center adjusting device moving transversely. By means of own corresponded movement of the car, equipment can be conveyed and moved on steps without slopes, and turnover is prevented through the gravity center adjusting device.

The invention discloses a wheelchair with a function of conveniently climbing steps. The wheelchair comprises a wheelchair body, a crawler belt bracket and a telescopic rod, the wheelchair body comprises a chair back bracket and wheels, and the crawler belt bracket provided with a crawler belt is arranged on the back of the chair back bracket; the lower end of the crawler belt bracket is hinged tothe lower end of the chair back bracket, the first end of the telescopic rod is hinged to the crawler belt bracket, and the second end of the telescopic rod is hinged to the chair back bracket; whenthe wheelchair is faced with steps, the telescopic rod extends to make the crawler belt bracket rotate around the lower end of the chair back bracket until the chair body is uplifted, and the wheels leave the ground, and the running speed of the crawler belt is controlled to climb the steps. The two ends of the telescopic rod are respectively connected with the crawler belt bracket and the chair back bracket, therefore the telescopic rod can be extended to unfold the crawler belt bracket, and the crawler belt on the crawler belt bracket is utilized for driving the wheelchair to move so as to achieve step climbing; after using, the telescopic rod retracts to store the crawler belt bracket, and therefore placing space of the wheelchair is saved.

A flying saucer comprises an undercarriage, a lower rotating body, a saucer body, an upper rotating body, upper blades, lower blades, an outer door and flying control systems, wherein the undercarriage nestles the lower portion of the lower rotating body after the flying saucer rises, a combination body of the flying saucer and the upper rotating body are symmetrically distributed on the upper side and the lower side of a side body, and the undercarriage supports the flying saucer to safely land like a cone when the flying saucer lands. A round body of the middle of the saucer body is a saucer cabin, and an outer ring is the side body. The top end and the lower portion outside the saucer cabin are respectively provided with the flying control systems, and a wind partition wall is arranged between the saucer cabin and the side body. The outer door is installed on the lower rotating body, the blades are installed on blade installing racks on the edges of the rotating bodies, and the upper rotating body and the lower rotating body drives the respective blades to rotate in mutually opposite directions. The flying saucer has the advantages that the saucer cabin, the rotating bodies, the blades and the side body are mutually connected to form a firm whole; the flying saucer takes off or lands like a helicopter, propels like an airplane and can complete step climbing, hovering, turnover, retrogradation and rotation at any angle only by changing attack angles of the upper blades and the lower blades.

The invention discloses a floor sweeping robot with a stair climbing function. The floor sweeping robot comprises a floor sweeping robot body; the two sides of the floor sweeping robot body are connected with belt bodies in a relatively sliding manner, supporting plates are arranged at the bottoms of the belt bodies, the supporting plates are slidably connected with the belt bodies, the belt bodies are obliquely arranged, and the oblique direction is obliquely upwards arranged in the advancing direction of the floor sweeping robot; a first driving source is arranged on the sweeping robot body; a telescopic block body is arranged at the front end of the sweeping robot body; when the sweeping robot body stays on the step and the first driving source drives the belt body to obliquely move downwards, the sweeping robot body obliquely moves upwards and the block body contracts through the abutting effect of the supporting plate; and when the sweeping robot body climbs over the step, the block body extends to enable a part of the sweeping robot body to be located on the step, and after the sweeping robot and the belt body slide forwards by a preset distance relative to the supporting plate, the first driving source drives the belt body to obliquely move upwards, and thus step climbing of the sweeping robot is completed.

The invention relates to a tying chair, in particular to a tying chair suitable for department of neurology. The tying chair suitable for department of neurology comprises stair pedaling mechanisms, aseat, function tables, starting parts, transforming parts and a tying part. Through ascending and descending of the tying part, the upper part of the body of a user can be raised or reduced under thecondition that the user is in a sitting posture, when the upper part of the body of the user is raised, nursing staff can conveniently put on and take off trousers for the user, when the upper part of the body of the user is reduced, the position of the tying part is controlled, the user is helped to maintain the sitting posture, and the work of going to the toilet or other nursing work can be conveniently performed; and through first wheels and second wheels, which can be raised and reduced, the nursing staff can smoothly climb stairs without trouble, and the user can be conveniently helpedto go to the toilet.

The invention discloses an intelligent mobile protection method and system based on accompanying of disabled people. The method comprises the steps of controlling a monitoring camera to be started toshoot a monitoring image in real time, and controlling an RFID reader to be started to obtain surrounding label information in real time, analyzing whether the electronic code is a bound wheelchair electronic code or not according to the obtained label information; if yes, controlling the self-driven shell to follow the bound wheelchair in real time, and analyzing whether the state information fedback by the climbing button contains pressing information or not in real time; if yes, analyzing the moving direction of the wheelchair and judging whether steps exist in front of the wheelchair or not; if so, controlling the self-driven shell to move to the lower end of the step and controlling the step climbing mechanism to extend out; controlling the movable telescopic mechanism to extend outand rotate to abut against the ground on the side, analyzing whether the wheelchair moves to a parking area at the top of the self-driven shell or not, and if yes, controlling the parking telescopic mechanism to extend out and controlling the step climbing mechanism to drive the self-driven shell to climb to a safe plane position on the side of the top end of the step from the bottom end of the step.

The invention discloses a stepped tire. The stepped tire comprises a hub and an outer cover, a shaft hole is arranged at the middle of the hub, and the tread surface of the body of the outer cover is provided with transverse anti-slip teeth. When a vehicle provided with the stepped tire climbs steps, the transverse anti-slip teeth occlude with outer edge angles of the steps when being in contact with the outer edge angles of the steps in the step climbing process, so the skidding phenomenon of the tire with the outer edge angles of the steps is avoided, thereby the vehicle can easily climb the steps.

The invention discloses a seat scrubbing and disinfecting robot which is an automatic mobile scrubbing and disinfecting robot suitable for scrubbing seats in a stadium and comprises an autonomous navigation walking system, a stair climbing device, a scrubbing and disinfecting device and an automatic control system. The autonomous navigation walking system is driven by a hub motor, is internally provided with a high-performance LAMWARE autonomous positioning navigation system, and has the functions of autonomous mapping positioning and navigation, multi-path patrol, path searching, moving to a designated place and the like; according to the stair climbing device, a crawler belt structure is driven by a front supporting wheel, a rear supporting wheel, a climbing angle adjusting wheel and a tensioning wheel, and the height of climbing steps can be adjusted; and the seat scrubbing and disinfecting device scrubs the surface of the seat and completes sterilization and disinfection. According to the seat scrubbing and disinfecting robot, centralized, automatic and efficient cleaning of the seats in the stadium can be achieved, tens of thousands of seats in the whole stadium can be quickly scrubbed and cleaned after a scrubbing route is set, and the labor cost is greatly saved.

The invention relates to an automatic climbing device for a gate steel wire rope, and solves the problems of low working efficiency, high labor intensity and potential safety hazards caused by manualcleaning and maintenance of the gate steel wire rope. The device comprises an outer frame and an inner frame which are slidably arranged on a gate steel wire rope in a sleeving mode. The outer frame and the inner frame can slide relatively; the outer frame and the inner frame are respectively provided with a rack and a gear which are mutually meshed; the rack extends in the axis direction of the gate steel wire rope. The gear is driven by a positive and negative rotation motor, an outer clamping device capable of loosening / holding a gate steel wire rope is arranged on the outer frame, an innerclamping device capable of loosening / holding the gate steel wire rope is arranged on the inner frame, and an upper carrying plate and a lower carrying plate are arranged at the two ends, in the axialdirection of the gate steel wire rope, of the outer frame respectively. Axial relative sliding is achieved through the gear and the rack, the gate steel wire rope is alternately clamped through cooperation of the inner clamping device and the outer clamping device of the inner frame and the outer frame, and stepping climbing of the device along the gate steel wire rope is achieved.

The invention discloses a land operation robot. The robot comprises a vehicle body and a plurality of wheels, and the wheels are all arranged on the vehicle; each wheel comprises a wheel shell, a driving mechanism and a plurality of movable hinges; a containing groove is formed in the wheel shell, and a circle of containing groove is formed in the circumferential direction of the wheel shell; the multiple movable hinges are arranged at intervals along the arrangement track of the storage groove, and the multiple movable hinges are movably connected with the storage groove in a turnover mode; the driving mechanism is connected with the multiple movable hinges, and the driving mechanism is used for driving the multiple movable hinges to be overturned out of the storage groove and overturned into the storage groove; and when the movable hinges are stored in the storage groove, the wheels make rolling contact with the ground through the wheel shell, so that the land operation robot moves on the flat ground. When the movable hinges are turned out, the wheels abut against the steps through the movable hinges, so that climbing of the land operation robot is achieved, and the problem that existing land operation robots cannot achieve step climbing is practically solved.

The invention discloses a connecting rod type climbing wheelchair, and belongs to the field of household wheelchairs. The connecting rod type climbing wheelchair comprises a wheelchair seat, a front wheel drive module and a back wheel set which are arranged at the bottom of the wheelchair seat, and a front wheel set arranged on the front wheel drive module; the front wheel drive module comprises alead screw, a linear guide rail, a nut sliding block and a motor, the front wheel set comprises a connecting rod C, a connecting rod D, a friction slab and a roller, the connecting rod A, the connecting rod B, the connecting C and the connecting rod D share the same plane, the included angle formed between the connecting rod C and the connecting rod D is larger than 90 degrees, and due to combination of the lead screw and the connecting rod mechanism, alternate climbing motions of the friction slab and the roller in the front wheel set are achieved; four son rollers capable of freely rotatingare evenly arranged at the periphery of the back wheel A, and climbing motions can be achieved under the drive of the front wheel set. The wheelchair connecting rod type climbing is simple and reasonable in structure, and the connecting rods synchronously drive the front wheels to achieve lifting interactive wandering step climbing and drive the back wheels to achieve passive rolling type step climbing.

The invention relates to an intelligent robot used for transporting based on the Internet of things. The robot includes a push rod, a placement plate, a base, a moving mechanism and a central control mechanism; the moving mechanism includes a drive assembly, a locking assembly and a moving assembly; the moving assembly includes a fixing shaft and a moving unit, the drive assembly includes a first motor, a first drive shaft and a first gear, the locking assembly includes a second gear, a pawl, a guide rail and a second spring, a tilt mechanism is arranged between the placement plate and the base and includes a control assembly and a transmission assembly, the transmission assembly includes a first connecting rod, a second connecting rod and a fixed support base, and the control assembly includes a second motor, a second drive shaft, a third gear, strip-type teeth, a sliding block and a fixing frame. According to the intelligent robot used for transporting based on the Internet of things, through the moving mechanism, step climbing and retreat prevention functions of the robot are achieved, the transportation practicability of the robot is improved, through the tilt mechanism, materials can be well unloaded, and manual labor is saved.