33 results about "Recovery support" patented technology

The present invention relates to a safety recovery support fixture with a new structure that can easily be fixed to be buried in the ground, tidal flats, the ocean, or the like and can easily be recovered as necessary. The safety recovery support fixture according to the present invention can be fixed to a ground surface (1) by spreading anchor blades (22) in a state in which a fixer (20) is inserted into the ground surface (1) and can be removed by being pulled upward in the state in which the anchor blades (22) are narrowed. Accordingly, the safety recovery support fixture can be firmly fixed to the ground surface (1) to support a structure and can be easily recovered after the structure is demolished, and there is an advantage that environmental destruction can be prevented.

The utility model provides a liquefied petroleum gas sampling device which is extremely simple in structure and supports recovery. The liquefied petroleum gas sampling device aims at solving the problems that a traditional sampling device is low in efficiency, large in potential safety hazard, inconvenient in sampling amount adjustment and the like. The device consists of a tubular pressure-resistant container, an inlet valve, an outlet valve, a quantitative discharge pipe, a filling head and a stainless steel braided hose, the filling head is specially designed, so that connection and recovery are facilitated, the sampling process is simplified, and operation is simple, safe and reliable. According to the device, the sampling efficiency is remarkably improved, the labor intensity is reduced, and the safety is enhanced; meanwhile, waste liquid recovery is supported, and environmental pollution is prevented.

The utility model belongs to the technical field of cover stacking plate recovery, and particularly relates to a cover stacking plate recovery device which comprises a cover stacking plate recovery support, a cover stacking plate conveying mechanism arranged on the cover stacking plate recovery support and cover stacking plate lifting mechanisms oppositely arranged on the two sides of the cover stacking plate conveying mechanism. Cover stacking plates are borne by the cover stacking plate conveying mechanism and conveyed to the position between the two cover stacking plate lifting mechanisms, the cover stacking plates on the cover stacking plate conveying mechanism are lifted through the cover stacking plate lifting mechanisms, and when the next cover stacking plate is conveyed to the position below the lifted cover stacking plate, the cover stacking plate lifting mechanisms put down the cover stacking plates so that the cover stacking plates can be stacked on the next cover stacking plate. And then the stacked cover stack plates are lifted through the cover stack plate lifting mechanism, the operation is carried out in sequence, automatic stacking and recycling of the cover stack plates are completed, the production efficiency is high, and the labor cost is reduced.

The application provides a recovery device and method of an unmanned aerial vehicle which can be recovered in the air, the device comprising a mother plane, a recovery support, a recovery rope and a child plane. A hatch is opened on the lower front part of the mother plane, and the telescopic mechanism is extended in an eight-shaped manner after the hatch is opened, so as to leave sufficient docking space for the child plane. The recovery support comprises a telescopic mechanism and an outer extension rod, a pulley and a buckle are installed on the outer extension rod, the recovery rope is fixed at the end of the outer extension rod, and the recovery rope can be freely extended. The upper part of the child plane is provided with a docking rod which can be erected and lowered, and the child plane can be locked. A visual identification device is installed on the child plane, which is used for identifying the outer extension rod and the recovery rope of the mother plane, so as to facilitate the docking and recovery of the child plane and the mother plane. The recovery structure of the application is simple in structure and light in weight, and the method can ensure that the child plane is intact, so that the child plane has a wider longitudinal and lateral docking error, the docking precision requirement of the child plane is reduced, and the complexity of the recovery mechanism of the mother plane is reduced.

The goal is to minimize the burden on users involved in resource collection while utilizing the information obtained through collection. [Solution] The system is installed at a collection point of a recycling company that recycles materials including packaging materials, and includes an acquisition unit that acquires target images of the materials collected at the collection point and transported to the collection point by the recycling company, a determination unit that determines the category corresponding to the materials based on the target images, and a summation unit that aggregates the amount of materials collected for each category determined by the determination unit.

The invention relates to the technical field of underground recovery supporting, and particularly discloses an operation platform suitable for an uneven base plane, which comprises a hydraulic cylinder, and further comprises a supporting assembly arranged on a top beam and used for supporting an underground roadway top plate. When the top of an underground roadway is subjected to stoping support, the top beam is driven to move upwards by controlling the hydraulic cylinder, so that the top of the roadway is stably supported by the support assembly, and in the process of supporting a top plate through the support assembly, if a foundation settles or sinks, the inclination direction of the support assembly can be detected through the detection assembly; and the hydraulic cylinders in the corresponding directions are automatically controlled to work through the control assembly, and the supporting effect on the roadway roof is automatically recovered through the control assembly, so that the supporting effect on the underground roadway roof is guaranteed, and the supporting effect on the roof is further guaranteed.

The present invention relates to a recovery assistance device, a recovery assistance system, and a storage medium. This recovery assistance device (22) comprises at least: an information acquisition unit (50) that acquires biological information relating to the physical function of a subject and treatment information including a plurality of treatment method candidates; a curve generation unit (52) that uses the acquired biological information and treatment information to generate, for each treatment method candidate, a prognosis prediction curve (94) indicating the prediction result of the degree of recovery of the physical function relative to elapsed time from a reference time point; and a display instruction unit 62 that instructs a display means (26) to compare and display the prognosis prediction curve (94) for each of the generated treatment method candidates.

The utility model belongs to foot cup processing technical field, concretely relates to a foot cup processing waste recovery device, including recovery support and the gyro wheel of installation at recovery support bottom end, the surface of recovery support is connected with recovery box, both ends of recovery box opening all are connected with the unloading plate, the outside wall bottom of unloading plate is connected with the pivot, the utility model discloses through with the gyro wheel of recovery support bottom end moving to foot cup processing, the foot cup waste produced in processing is placed to recovery box inside at this moment, at this moment drive linkage board extruding locking spring, at this moment drive the plug -in board in the one end opening of positioning plate and contract inwards, at this moment the plug -in board is separated from the opening of positioning block one side, and then make unloading plate in the one end of recovery box and separate fixed connection, after that, the pivot of unloading plate outside wall is along the shaft cylinder and is rotated, and then conveniently overturn unloading plate, conveniently clean up the inside of recovery box to the foot cup waste, improve the effect that the waste recycles.

The application discloses a silica gel plate waste recovery device and belongs to the technical field of waste processing and recovery. The silica gel plate waste recovery device comprises a recovery support, a No. 1 material guide frame is welded on the top of the recovery support, a frame is welded on the top of the No. 1 material guide frame, a No. 2 material guide frame is welded on the top of the frame, a material guide hopper is welded on the bottom of the recovery support, a secondary crushing assembly is arranged between the recovery support and the material guide hopper, is used for rubbing and crushing the silica gel plate waste, a primary crushing assembly is arranged in the frame, and is used for chewing and crushing the silica gel plate waste. The primary crushing assembly and the secondary crushing assembly are adopted, the problem of electrostatic adhesion and elastic material processing is perfectly solved, the crushing efficiency, uniformity and quality of the waste are greatly improved, the equipment wear is reduced, and the recycling and reuse value of the waste is improved.

1. The name of the design product: top coal recovery support. 2. The use of the design product: for mining, for recovering resources on the top of the mine. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view 1.

Aspects of the present invention relate to a control system (100) for controlling a recovery mode of a vehicle (200) for recovering an object connected to the hitch points (210A-B) of the vehicle (200). The control system (100) is configured to: receive suspension data (160) from the suspension system (225) of the vehicle (200), the suspension data (160) indicating the vertical load on one or more wheels (280A-D) of the vehicle (200); receive gradient data (162) indicating the gradient of the vehicle (200); determine the weight distribution of the vehicle (200) based on the suspension data (160) and the gradient data (162); determine the distribution of torque applied to the wheels (280A-D) of the vehicle (200) based on the determined weight distribution, thereby matching the weight distribution between multiple wheels (280A-D); output a first control signal (170) to the torque transmission system of the vehicle (200) based on the determined torque distribution, redistributing the torque applied to the wheels (280A-D) of the vehicle (200) to match the weight distribution between one or more wheels (280A-D). Aspects of the present invention relate to a system incorporating a vehicle (200) control system (100) and a torque transmission system (220), a vehicle (200) incorporating the control system (100), and a method (300) for controlling the recovery mode of the vehicle (200).

This system provides support to help users without specialized knowledge of nurse call system paging devices recover from malfunctions. [Solution] When the maintenance terminal 2 receives an abnormality detection notification for any of the call devices 91 from the main unit 8 of the nurse call system 7, it displays the device ID of the call device 91 and the details of the abnormality (no response, delayed response, error message, etc.) included in the abnormality detection notification, and prompts the maintenance manager to select a recovery procedure for the call device in which the abnormality was detected from among several recovery procedures that are stored in advance. The maintenance terminal 2 then transmits the selected recovery procedure, along with the abnormality detection notification, to the support terminal 3 installed in the waiting area (nurse center, etc.) of the users (doctors, nurses, caregivers, etc.) who use the nurse call system 7. In response, the support terminal 3 displays the device ID of the call device 91 and the details of the abnormality included in the abnormality detection notification, along with the recovery procedure.

To speed up failure recovery by recommending work and components required for recovery when a machine failure occurs.SOLUTION: A failure recovery support system 1 comprises: a work content extraction unit 201 for extracting required work contents from a maintenance document representing a history including documents in which instructed or executed work for recovering failures occurred on apparatuses in the past are recorded; a work-and-components correspondence extraction unit 300 for extracting a work-and-components correspondence in which components of component numbers whose usages are assumed at the time of instructing the work or components of component numbers existing in the history in which component numbers used at the time of executing the work are recorded are assumed to be used or are estimated to have been used correspondingly to which work contents; a recommendation matrix calculation unit 303 for calculating recommendation scores of required work or components in response to input of information identifying a failure occurred on an apparatus; and a recovery unit recommendation unit 6010 for recommending components corresponding to the work calculated by the recommendation matrix calculation unit 303 and work corresponding to the components calculated by the recommendation matrix calculation unit 303 by supplementing the recommendation using the work-and-components correspondence.SELECTED DRAWING: Figure 1

The invention provides a full-recycling supporting structure with a scaffold function and a construction method, and belongs to the technical field of building foundation pits, the full-recycling supporting structure comprises steel plate supporting row piles, a first row of profile steel supporting row piles, a second row of profile steel supporting row piles and an outer wall construction scaffold, the first-row profile steel supporting row piles comprise a plurality of first H-shaped steel, the secondary-row profile steel supporting row piles comprise a plurality of second H-shaped steel, the outer wall construction scaffold comprises longitudinal horizontal rods, transverse horizontal rods and scaffold boards, the longitudinal horizontal rods are fixedly connected with the first H-shaped steel and the second H-shaped steel through first connecting pieces, and the transverse horizontal rods are fixedly connected with the second H-shaped steel through second connecting pieces. The transverse horizontal rod is fixedly connected with the longitudinal horizontal rod through a second connecting piece, and the scaffold board is fixedly arranged on the transverse horizontal rod. According to the full-recovery supporting structure, the rigidity is improved, the application depth of the foundation pit is widened, the utilization rate of the structure space is improved, and the material cost and the environmental burden are reduced.

The invention relates to the technical field of rail transit operation management, in particular to a rail transit transportation delay recovery support device which comprises a shell and a processing module arranged in the shell, and the processing module at least comprises a data fusion module, a delay deduction module, an optimization scheme generation module, an evaluation and sorting module and a collaborative decision module. According to the method, rapid and scientific generation and multi-target tradeoff of the delay recovery scheme can be realized, and the operation recovery efficiency and the decision level are improved.

A fault recovery support apparatus according to an embodiment includes: a fault insertion unit configured to insert a fault into a target system; a behavior execution unit configured to execute a behavior related to recovery from the fault for the target system; a first construction unit configured to construct an automaton representing a recovery process from the fault by using observation data acquired from the target system as a result of the behavior by the behavior execution unit; and a second construction unit configured to construct a workflow representing a behavior for separating each fault included in a plurality of faults and a recovery process of each fault by using a plurality of the automatons related to the plurality of faults.

The utility model discloses a quick locking and unlocking mechanism for a rocket recovery supporting mechanism in the technical field of rocket recovery, which comprises an adjusting mechanism and a locking component, the locking component is arranged in the middle of the adjusting mechanism, the adjusting mechanism comprises a valve body, guide plates are arranged on two sides of the valve body, the top of the valve body is connected with a mounting plate, and the mounting plate is connected with a locking component. Compared with a traditional disposable pin structure, the mechanism design of the utility model allows repeated use, so that not only is the economic burden caused by part replacement reduced, but also the economic benefit and sustainability of rocket launching and recovery are improved, repeated recovery and utilization of rockets are promoted, the cost is reduced, and the service life of the rocket is prolonged. According to the mechanism, a knuckle bearing structure is adopted, automatic adjustment can be achieved to adapt to supporting mechanism deformation caused by temperature changes of a rocket, stability and unlocking smoothness in the launching and recycling process are ensured, the risk of mechanism damage is reduced, and the operation experience is optimized.

The thrombectomy stent comprises a stent conveyor and a mesh basket guide wire, the stent conveyor comprises a recycling stent, a stent traction part connected to the first end of the recycling stent and a first developing part arranged at the second end of the recycling stent, and the recycling stent is provided with a containing cavity; the containing cavity is communicated with the outside through a first opening located in the end face of the second end of the recovery support. The mesh basket guide wire comprises a mesh basket core wire, a second developing part, a mesh basket main body and a third developing part, and the second developing part, the mesh basket main body and the third developing part are sequentially connected to the mesh basket core wire in the length extension direction of the mesh basket core wire. According to the embodiment of the application, the relative position between the recovery stent of the stent conveyor and the mesh basket main body of the mesh basket guide wire can be accurately determined, an operator is helped to fully scrape thrombus into the accommodating cavity of the recovery stent through the mesh basket main body, the thrombus is effectively prevented from leaking from the accommodating cavity, and the thrombus extraction effect is improved.

To provide a component exchange system capable of accurately performing recovery and replenishment of a component supply member for a plurality of component supply units, and provide a component mounting system including the component exchange system.SOLUTION: A component exchange system includes an exchange device and an exchange management device. The exchange device includes: a support unit in which a plurality of support parts capable of supporting a recovery member and an exchange member with respect to a component supply unit are arranged; and a work unit that performs a series of exchange operations of recovery of the recovery member and exchange of the exchange member between the component supply unit and the support unit. In a management data generation process of generating a support arrangement data, the exchange management device performs a selection process of selecting a plurality of recovery members from the component supply unit, an extraction process of extracting a predetermined number of extraction and recovery members from the plurality of recovery members, and a setting process of setting positions of a recovery support portion that supports the extraction and recovery members and an exchange support portion that supports the exchange members corresponding to the extraction and recovery members in the plurality of support portions of the support unit.SELECTED DRAWING: Figure 8

A land-based ungulate recovery support and stabilization system includes at least one fall control unit mounted in a recovery space and coupled to a harness via at least one rope. The at least one fall control unit provides means for applying brake force(s) to a land-based hoofed animal, such as a horse, fitted in the harness to manage motion of the animal. By managing motion, an uncontrolled fall, a stagger, and other jerking motions can be avoided to prevent injury.

The utility model discloses a leg treatment recovery supporting device which comprises a supporting frame, a backrest plate is installed at one end of the supporting frame, nut blocks are installed on the two sides of one end of the backrest plate, conveying worms are installed in the nut blocks, and hand wheels are installed at one ends of the conveying worms. A thigh backup plate is connected to the thigh side plate, a shank side plate is installed below the thigh side plate, a knee protection plate is installed at one end of the shank side plate, and a pedal plate is installed at one end below the shank side plate. Compared with an existing device, the leg treatment recovery supporting device has the advantages that a nut block and a conveying block can be relatively conveyed in the horizontal direction through a rotating conveying worm, so that the distance between waist protection plates can be adjusted, a rack can be relatively conveyed to a thigh side plate, and the rack can be fixed through a gear rod; meanwhile, the position of the gear rod can be fixed through a bolt, and the length of the thigh side plate can be conveniently adjusted.

To provide a metal recovery system highly efficiently carrying out the extraction and recovery of a plurality of kinds of metals included in a recovery object, with a low environmental load.SOLUTION: The metal recovery system comprising an extraction unit dissolving a plurality of kinds of object metals included in a recovery object into one kind of solvent, a recovery unit allowing a reference electrode and a plurality of recovery electrodes to contact the solvent and an electric control device controlling the electric potential of the plurality of recovery electrodes, recovers a first object metal by setting the electric potential of a first recovery electrode in a manner of allowing the first object metal among the plurality of kinds of object metals to precipitate on the first recovery electrode among the plurality of recovery electrodes and recovers a second object metal by setting the electric potential of a second recovery electrode in a manner of allowing the second object metal other than the first object metal among the plurality of kind of object metals to precipitate on the second recovery electrode other than the first recovery electrode among the plurality of recovery electrodes.SELECTED DRAWING: Figure 1

The invention discloses a recovery support and method for a conical barrel, and the recovery support comprises a swing arm which is connected to a walking device; the guide component comprises a plurality of frame bodies, rolling wheels are connected to the frame bodies, the frame bodies are rotationally connected to the swing arm, a to-be-grabbed part is formed between every two adjacent frame bodies, and the conical barrels are gathered into the to-be-grabbed parts to wait to be grabbed; the driving part comprises a pneumatic telescopic rod; the pushing part comprises an electric push rod; the detection part detects whether the conical barrel exists in the to-be-grabbed part or not; the recovery method comprises the steps that a pneumatic telescopic rod pushes a swing arm to rotate and unfold, when the swing arm rotates to a certain angle, an electric push rod pushes a frame body to unfold until rollers make contact with the ground, the electric push rod retracts, the swing arm continues to rotate until the frame body is horizontally placed relative to the ground, and a conical barrel is gathered to a to-be-grabbed part; the detection component detects and forms a corresponding detection signal to be transmitted to the control unit, and the control unit controls the robot to grab the conical barrel according to the detection signal.

To provide an elevator restoration support system capable of calculating the priority of elevator restoration work in the event of a wide-area disaster such as an earthquake without pre-registering information on persons requiring assistance in evacuation, and capable of executing the restoration work for elevators in multiple buildings in an optimal order.SOLUTION: The present invention is an elevator restoration support system that provides restoration work support for an elevator system comprising a first imaging device installed in a car and multiple second imaging devices installed at landing places on multiple floors. The elevator restoration support system comprises an attribute detection unit that detects attribute information related to characteristics of each passenger in the car based on first image data or second image data, and a restoration priority setting unit that sets an elevator restoration priority based on the attribute information of each passenger in the car detected by the attribute detection unit when a situation requiring elevator restoration work occurs.SELECTED DRAWING: Figure 2

The utility model discloses a kind of green recovery support devices for side slope ecological management, including support frame beam and anchor rod, the support frame beam is fixed with anchor rod, the support frame beam is fixed with side slope by anchor rod, positioning slot is provided on the support frame beam, retractable assembly is detachably connected on the positioning slot, the retractable assembly includes fixed disc, winding roller and three-dimensional net. By setting retractable assembly, fixed disc and winding roller, three-dimensional net can be limited, facilitate three-dimensional net quick installation and winding, by setting arc cover shell, positioning strip and screw, it is convenient to realize the installation and disassembly between retractable assembly and support frame beam, by setting box and rotary hand disc, it is convenient for disassembly personnel to rotate winding roller and wind three-dimensional net, so that the green recovery support device for side slope ecological management can quickly install and wind three-dimensional net, further reach the purpose of improving work efficiency.

The utility model discloses a postoperative rapid rehabilitation support, which relates to the technical field of breast cancer nursing and comprises a bottom plate, an electric push rod and a seat, an adjusting mechanism is arranged on the surface of the bottom plate, and a telescopic mechanism is arranged on the upper surface of the bottom plate. The adjusting mechanism comprises a cushion block, a first electric telescopic rod, a fixing block, a supporting column, a fixing plate, an adjusting device, a sleeve, a massage device, a fixing column and a rotating pipe, and the bottom of the cushion block is fixedly connected with the upper surface of the bottom plate. According to the arm condition of a patient, the telescopic end of the first electric telescopic rod is adjusted to adjust the distance between the seat and the sleeve to be a proper distance, then the telescopic end of the electric push rod is adjusted to adjust the seat to be a proper height, the patient puts the arm in the sleeve, and the arm can be adjusted by adjusting the telescopic end of the second electric telescopic rod. And the fixing rod is adjusted to a proper position, so that the fingers of the patient can grab conveniently, and the use requirements of different patients can be met.

The utility model discloses a kind of waste recovery devices for forklift counterweight casting, it is related to forklift counterweight production technical field, including hydraulic support platform and recovery support frame, the upper wall surface of recovery support frame is installed in hydraulic support platform, four anti-vibration dampers are installed in the upper wall surface of recovery support frame, the rear wall surface of recovery support frame is hinged with auxiliary fixing frame, the two sides of recovery support frame inside are respectively equipped with auxiliary support frame, two auxiliary sliding grooves are opened in hydraulic support platform, two hydraulic telescopic rods are connected in hydraulic support platform, the inner wall surface of recovery support frame is equipped with counterweight crusher;The utility model has the advantages that: through four anti-vibration dampers repeatedly contract, cooperate four reset springs to further relieve impact force, prolong the service life of feeding guide frame, solve the problem that the feeding inlet of existing waste recovery device for forklift counterweight casting is rigidly connected with recovery support frame, is frequently impacted and is easily damaged.

The present invention provides a support frame for recovering a riser in an offshore oil well and a method for using the same. The first and second H-beam main supports are constructed of H-shaped steel cross-sections. One long side of each H-beam is mounted on the riser deck. The first and second H-beam main supports span the load-bearing beams surrounding the wellhead on the riser deck to support the weight of the casing. Connecting structures are evenly formed on the inner walls of the two long sides of the H-beam on each support, allowing the first and second H-beam main supports to be connected using the connecting structures and auxiliary support structures. This support frame can safely and effectively recover large-sized risers, meets force requirements, and is easy to install and disassemble.

The invention belongs to the technical field of rocket recovery supports, and particularly relates to a high tower integrated precise hovering capturing mechanism. Comprising a telescopic unloading assembly, a lifting assembly, a translation unloading assembly, a movable pulley assembly, a fixed pulley assembly, a lifting driving assembly and a steel frame, the telescopic unloading assembly is arranged between the lifting assembly and the translation unloading assembly, the translation unloading assembly is arranged on the lifting assembly, and the lifting assembly is arranged on the steel frame in a sliding mode. Through supporting and linkage of the parallel swing rods, after the translation steel frame is impacted, the horizontal state of the translation steel frame can be kept all the time in the buffering and energy absorbing process, and an aircraft falling on the translation steel frame is prevented from sliding off due to inclination; when the translation steel frame is impacted, the telescopic hydraulic cylinder absorbs part of energy generated at the moment of impact through self extension and damping, and the impact resistance of the device is improved.

A work support facility capable of appropriately performing work support for a worker is desired.SOLUTION: A work support facility that performs work support for a worker who performs work of at least one of loading and unloading an article into and from a container 8, the work support facility including a transport conveyor 3 that transports a plurality of containers 8, a detection system that detects an abnormality in a positional relationship between the plurality of containers 8, and a projection device that projects an image onto a projection target 6 that is at least one of the container 8 being transported and a member 7 disposed at a position adjacent to the container 8 being transported, and a recovery support process of projecting a recovery instruction image 24, which is an image indicating a target vessel 8a to be operated among the plurality of vessels 8 being conveyed, onto the projection target in accordance with the position of the target vessel 8a being conveyed, when an abnormality in the positional relationship between the plurality of vessels 8 is detected by the detection system.SELECTED DRAWING: Figure 7