21 results about "Vertical circulation" patented technology

The slope type gravity energy storage power generation system comprises an upper storage yard and a lower storage yard, weight blocks are stacked on the upper storage yard and the lower storage yard, an upper crane is erected on the upper storage yard and located above the weight blocks, and a lower crane is erected on the lower storage yard and located above the weight blocks. A rail conveying device is arranged between the upper crane and the lower crane; the track conveying device comprises a track, the track comprises a carrying track and a loopback track, the carrying track is located on a mountain slope and comprises an upper carrying track and a lower carrying track, the upper carrying track is arranged above the lower carrying track, and the loopback track comprises an upper loopback track and a lower loopback track. The upper loop track is located on an upper storage yard and connected with the top end of the carrying track, and the lower loop track is located on a lower storage yard and connected with the bottom end of the carrying track. The construction difficulty and cost can be reduced, the loading and unloading efficiency is improved, and the operation energy consumption of the gravity energy storage system is reduced.

The utility model discloses an anti-shaking device for vertical circulating parking equipment. The anti-shaking device comprises a balance plate and an anti-shaking assembly. Balance plates are horizontally and symmetrically welded to the four right-angle positions of the lower surface of each vehicle carrying plate of the vertical circulating parking equipment, and four anti-shaking assemblies are symmetrically arranged in a foundation pit of the vertical circulating parking equipment in a rectangular shape. The arrangement position of each anti-shaking assembly corresponds to the arrangement position of each balance plate on the car carrying plate located at the entrance and exit position, and the telescopic end of each anti-shaking assembly is vertically upwards arranged, so that the telescopic end of each anti-shaking assembly vertically ascends to abut against the lower surface of the corresponding balance plate to make contact with the lower surface of the corresponding balance plate, and it is ensured that the corresponding car carrying plate is balanced. According to the anti-shaking parking equipment, the anti-shaking assembly is matched with the balance plate in an abutting mode, the corresponding vehicle carrying plate can be supported in an abutting mode when a vehicle enters and exits from the vehicle carrying plate, and therefore balance of the vehicle carrying plate is guaranteed, use safety of the parking equipment is guaranteed, and the parking experience feeling is enhanced.

The invention discloses a movable vertical circulating three-dimensional goods shelf carrying trolley. The trolley is based on the chain transmission structure optimization design of the vertical circulation stereo garage, the movable chassis and the mechanical claw taking and placing device are combined, and the problems that traditional storage equipment is low in space utilization rate, fixed in carrying path and insufficient in flexibility are solved. According to the technical scheme, a movable chassis carries a vertical circulation goods shelf system, vertical circulation storage and taking of carrying trays are achieved through a grooved wheel rail chain transmission mechanism, and accurate grabbing and releasing of goods are completed by integrating a telescopic mechanical claw driven by a motor. The system has the high-density storage advantage of a vertical circulation structure and the scene adaptability of mobile equipment, the storage space utilization rate and the cargo carrying efficiency can be remarkably improved, and the system is suitable for scenes such as production line material turnover.

The present disclosure relates to the field of parking equipment. Disclosed is a vertical circulation three-dimensional garage, comprising: a rack, the rack comprising a front main frame and a rear main frame arranged spaced apart from and opposite to each other and each having a traction chain mounted thereon; a plurality of car carrying plates, respectively connected to different positions of the traction chains; and a driving system, the driving system comprising a front shifting wheel, a rear shifting wheel, and an intermediate transmission mechanism transmittingly connected between the front shifting wheel and the rear shifting wheel, and the intermediate transmission mechanism comprising a central transmission shaft extending between the front main frame and the rear main frame and offset with respect to wheel centers of the front shifting wheel and the rear shifting wheel. According to the vertical circulation three-dimensional garage of the present disclosure, the space between the front shifting wheel and the rear shifting wheel in the space surrounded by an annular running area of the car carrying plates can be released, so as to facilitate, for example, free arrangement of charging cables, and avoid bending loss caused by bending and extending of the cables around the transmission shaft.

The invention relates to the technical field of aquaculture, in particular to a vertical conveying device, a multilayer aquaculture plant conveying system and a conveying method, and a continuous vertical circulating transmission system is constructed through the vertical conveying device. The outer conveying platform and the receiving platform are arranged at different heights, the movable bearing platform runs to the receiving platform to receive materials and ascends or descends along with the chain, and after the movable bearing platform reaches the outer conveying platform, the materials are transferred to the outer conveying platform to be output, and continuous and automatic vertical material circulation is formed. According to the invention, seamless and uninterrupted circulation of materials among floors is realized, so that the vertical logistics efficiency in the multi-storey plant is greatly improved; a handover mode of directly transferring materials between the bearing tables is adopted, a strong power conveying mode which possibly causes mechanical damage to fish bodies is avoided, the materials are always in a stable supporting state in the lifting process, sudden pressure change, collision and friction are avoided, and the survival rate and quality of aquatic products are guaranteed; and the requirements of aquaculture on low damage and low stress in the conveying process are met.

Tool automatic replacement device and vertical circulation conveying mechanism and material taking mechanism and method, the tool automatic replacement includes feeding mechanism, material taking mechanism, grabbing mechanism and vertical circulation conveying mechanism, wherein the vertical circulation conveying mechanism includes storage cavity, tool disc carrier and conveying device, the conveying device includes conveying power source and conveying assembly arranged in the vertical direction, the tool disc carrier is connected to the conveying assembly, and the tool disc is adapted to be transferred between the feeding mechanism and the tool disc carrier through the second tool disc import and export of the storage cavity, and the tool disc is adapted to be transferred between the tool disc carrier and the material taking mechanism through the first tool disc import and export of the storage cavity, the grabbing mechanism is used for feeding and discharging the tool between the material taking mechanism and the PCB drilling machine, so as to realize the tool automatic replacement of the PCB drilling machine.

This utility model discloses a temporary storage device for detecting NK cell killing activity, relating to the technical field of temporary storage devices. The utility model includes: a storage tank, with a servo motor at the bottom end of the storage tank, and a drive shaft extending into one end of the storage tank from the output shaft of the servo motor. A support cylinder is fixedly sleeved on the drive shaft. This utility model involves placing a culture dish on a placement tray, then pouring liquid nitrogen into the storage tank, screwing on the tank lid, and turning on the servo motor to drive the drive shaft, which in turn rotates the support cylinder and fan blades. When the fan blades rotate, they drive air through the support cylinder to the outside of the support cylinder, forming a stable vertical circulation channel between the support cylinder and the inner wall of the storage tank. This facilitates the circulation of the cold liquid nitrogen to all parts of the storage tank, improving the temperature uniformity within the storage tank and the uniform cooling of the culture dish. When the support cylinder rotates, it causes the placement tray to engage with an internal toothed ring, rotating the placement tray and, consequently, the culture dish.

The vertical circulating garage comprises a transmission system and a parking plate assembly, the transmission system comprises a guide rail, a transmission chain, a first transmission wheel and a slewing bearing, the transmission chain comprises a plurality of chain links connected end to end, chain grooves comprise first grooves and second grooves, and one second groove is formed between every two adjacent first grooves; the first transmission wheel comprises a first wheel body and a plurality of first wheel teeth arranged in the circumferential direction of the first wheel body, the slewing bearing and the first transmission wheel are arranged at intervals, a second transmission wheel is arranged on the slewing bearing, the transmission chain is wound between the first transmission wheel and the second transmission wheel, the connecting plate is connected with the chain link, and the parking plate assembly is hinged to the connecting plate. According to the vertical circulating garage, the overall operation stability and reliability of a transmission system are effectively improved, the efficient, stable and safe vehicle storing and taking function is achieved, the space utilization rate is high, the failure rate is low, and the maintenance cost is low.

The invention discloses chain direct-drive type vertical circulation mechanical parking equipment, and relates to the technical field of parking equipment, the chain direct-drive type vertical circulation mechanical parking equipment comprises a frame, a circulation chain, a tray, at least one primary unit and a plurality of secondary units, and the tray is connected to the circulation chain; the primary unit is fixedly arranged on the frame; the secondary units are fixedly arranged on the circulating chain and are distributed along the extending direction of the circulating chain; a gap is formed between the primary unit and the secondary unit, when the primary unit is powered on, electromagnetic induction is generated between the primary unit and the secondary unit, the secondary unit is driven to drive the circulating chain to operate, and the parking equipment is simple in transmission chain, low in failure rate, high in efficiency, low in operation noise and compact in structure.

The application provides a vehicle automatic centering device applied to a vertical circulation garage and a stereo garage, wherein the vehicle automatic centering device comprises a lifting frame, a supporting plate arranged at the bottom of the lifting frame and used for bearing a vehicle, a plurality of transverse sliding units rotatably arranged on the supporting plate and used for contacting tires of the vehicle to guide the vehicle to move in the transverse direction, and a lifting unit arranged below the transverse sliding units and used for driving the transverse sliding units to tilt around the rotation axes thereof, so that the outer sides of the transverse sliding units are higher than the inner sides, and the vehicle is caused to slide to the middle of the supporting plate under the action of gravity. The vehicle automatic centering device provided by the application can improve the operation efficiency of the garage and the parking experience without the need of re-parking the vehicle.

The invention relates to the technical field of building construction, and discloses grouting equipment for building construction, which comprises a slurry storage tank, the slurry storage tank further comprises a fixed support I fixedly connected to the outer wall of the slurry storage tank, the bottom of the fixed support I is fixedly connected with a frame base, a motor drives a belt pulley I to rotate, and a belt drives a belt pulley II to rotate. A second belt pulley rotates to drive an auger and a stirring rod to rotate, a movable plug and the bottom of the slurry storage tank are closed under the action of a spring telescopic rod, the grouting machine is started, negative pressure is generated in a slurry conveying pipe, the spring telescopic rod is pressed to descend, and the movable plug is driven to enable the bottom of the slurry storage tank to be opened. Under the rotation of the auger, the slurry is driven to the top of the slurry storage tank and falls to the slurry mixing position at the top, and the circulation is carried out, so that the mixed slurry is continuously stirred in the vertical circulation, the mixed slurry is fully mixed, and the problems that the mixed slurry is not easy to fully and uniformly mix and is deposited at the bottom due to high density are avoided.

The invention relates to the technical field of passenger and luggage transportation systems in civil aviation airports, and mainly comprises a passenger, rapid and vertical circulation transportation system, a luggage, rapid and plane (local vertical) circulation transportation system and a control system thereof. The whole system is composed of a rectangular passenger transportation hub, a baggage check and baggage extraction system as a central area, corridors which are arranged in an extended manner along a straight line which is parallel to an airport runway and is basically symmetrical left and right, and a track system, and passenger plane gallery bridge parking positions are arranged beside the corridors facing the runway. The passenger rapid and vertical circulation transportation system is arranged on the second layer and the third layer of the central area and the corridor, and the fourth layer is a passenger waiting hall. A rapid, planar (locally vertical) circular luggage transportation system is arranged in the central area and the first layer of the corridor and the negative first layer of the central area (locally).

The invention discloses a vertical circulating cooling construction method for an ultra-thick concrete wall, and relates to the technical field of concrete structure construction. The method comprises the following steps: prefabricating a vertical cooling loop formed by connecting U-shaped galvanized steel pipes in series, and mounting and fixing the vertical cooling loop in a steel reinforcement framework; an external circulating device is connected to form a closed circulating system, and a temperature sensor is arranged in the system; circulating cooling is started after concrete pouring, the monitored water inlet and outlet temperature difference is compared with a set threshold value, the water inlet temperature is dynamically regulated and controlled by replacing water in the water tank or adding an ice-water mixture, and precise temperature control is achieved. The U-shaped cooling pipes which are vertically arranged are particularly suitable for a special wall body structure forbidding transverse wall penetrating, uniform heat dissipation along the whole height of the wall body can be achieved, temperature cracks are effectively prevented, and the U-shaped cooling pipe has the advantages of being convenient and fast to install, reliable in temperature control and high in adaptability.

The application discloses an underground jacking vertical circulation three-dimensional parking system, which comprises a frame body, a ring conveying mechanism arranged on the frame body, and a plurality of vehicle carrying plates arranged along a ring track of the ring conveying mechanism, the ring conveying mechanism comprises two groups of circulating large chains symmetrically arranged along a longitudinal direction, a circulating large sprocket group connected with each group of circulating large chains respectively, a guide stabilizing rail corresponding to the circulating large chains, and a jacking plate arranged on the circulating large chains at intervals, two ends of the vehicle carrying plate are connected with the jacking plates on the two groups of circulating large chains respectively, a guide stabilizing frame is arranged at one end of the vehicle carrying plate, a guide wheel assembly arranged on one end of the guide stabilizing frame is movable in the guide stabilizing rail, and the guide stabilizing rail comprises an inner rail assembly and an outer rail assembly which are cross arranged. The underground silo garage top vehicle access is realized, the structure is simple, the cost is low, the operation is stable, the underground space is fully utilized, and the urban parking difficulty problem is effectively solved.

The utility model belongs to the technical field of stereo garages, and particularly relates to an anti-swing vertical circulation type stereo garage device which comprises a base, a supporting and bearing mechanism is arranged above the base, and a vertical circulation mechanism is arranged on the supporting and bearing mechanism. A gear motor is started to adjust a small chain wheel to rotate, a circulating chain moves to drive a connecting pillow block and a chain wheel shaft to rotate, meanwhile, a vehicle carrying chain is driven to move, a connecting table installed on a chain plate moves along with the connecting pillow block and drives a vehicle carrying plate to move, and when a connecting guide rotary table moves into an arc-shaped circulating rail, the vehicle carrying plate can be stably guided; therefore, when the connecting guide rotary table drives the vehicle carrying plate to pass through the arc path of the arc-shaped circulating track, the internal stress of the arc-shaped circulating track wall can be optimized, the structural stability is improved, the posture is adjusted in an autonomous rotation mode, the vehicle carrying plate can be kept horizontal all the time, the stable effect of the vehicle carrying plate is guaranteed, and the swing amount is reduced.

The utility model provides a ship returning vertical circulation lifting system which comprises a vertical frame, annular conveying chains driven by motors are arranged at the two ends of the vertical frame in the vertical direction, ship body supporting assemblies are arranged between the two annular conveying chains at intervals, and each ship body supporting assembly comprises a supporting frame and a hanging frame. The end of the supporting frame and the end of the hanging frame are connected with the annular conveying chain, on the lifting side of the annular conveying chain, the hanging frame is located above the supporting frame, the hanging frame is used for hanging the upper side in the ship body, and the supporting frame is used for supporting the lower side in the ship body. The vertical lifting of the ship body is realized, the stability of the ship body in the transportation process is ensured, and the ship body is prevented from falling off midway; and the ship body is convenient to fall off at the unhooking point, so that the ship returning efficiency is improved.

The invention discloses a temperature and humidity box capable of improving temperature and humidity uniformity, relates to the technical field of environment simulation equipment, and aims to solve the problem of poor temperature and humidity uniformity in a working space caused by an unreasonable air duct structure of traditional equipment. The temperature and humidity box comprises an inner container, a power driving unit, an air duct plate and an air guide assembly. The corners of the inner container are arranged to be arc-shaped faces so as to reduce airflow vortexes. The air duct plates are of a U-shaped structure and divide the interior of the inner container into an air cavity and a working cavity, uniform air outlet holes are formed in the upper air duct plate and the lower air duct plate, and the middle air duct plate is not provided with holes so that air flow can be forced to be evenly diffused towards the two sides. And the power driving unit realizes wide air supply. The air guide assembly comprises a first air guide plate arranged on the air return path and a second air guide plate arranged on the air outlet path, and the first air guide plate and the second air guide plate jointly guide airflow to form smooth and efficient vertical circulation. By optimizing the air duct structure and the air distribution, the uniformity, the circulation efficiency and the operation stability of the temperature field and the humidity field in the temperature and humidity box are remarkably improved.

The utility model discloses an electric bicycle garage based on vertical circulation. The garage comprises a vertical circulation mechanism, a plurality of parking baskets, a charging system, a fire fighting device and a control system. The parking baskets are sequentially and circularly connected through the vertical circulating mechanism to form an annular structure. A fire fighting device and a charging system are arranged in each parking basket; and the driving system, the charging system and the fire fighting device of the vertical circulating mechanism are electrically connected with the control system. The vertical circulating mechanism is driven by the driving system to drive the parking baskets to carry the electric bicycles to the three-dimensional space, and the parking occupied position is reduced; in addition, a fire fighting device is arranged in each parking basket, so that the charging and parking safety of the electric bicycle is improved. The method can be widely applied to the technical field of intelligent garages.

The present application belongs to the field of vertical circulation type parking equipment, and relates to power transmission technology of vertical circulation type parking equipment, in particular to a disc type linear motor transmission mechanism and vertical circulation type mechanical parking equipment. The present application adopts a linear motor to drive the equipment, and does not need a traditional motor, a chain wheel and other transmission systems, so that the equipment structure is simpler, maintenance is more convenient, and the failure rate is lower. Since there is no traditional transmission mechanism, the efficiency of the linear motor operation is higher, energy saving is better, and noise is lower. According to the size of the load of the equipment, the primary side of the linear motor of the dial or the driving disc can be powered or the primary sides of the linear motors on both sides can be powered at the same time, which helps to reduce the energy consumption of the equipment. The dial drives the dial wheel in the form of driving the circulating chain to circulate and transmit, which not only can improve the position transmission precision of the load such as a car compartment, but also can improve the operation reliability and safety of the equipment. The vertical circulation type mechanical parking equipment comprises the disc type linear motor transmission mechanism.

According to the cup assembly and the wall breaking machine, in the structure of the cup assembly, the inner diameter of the closing-up part is smaller than that of the main body part, and the tool bit part is located in the closing-up part, so that the surrounding space of the tool bit part can be reduced. Meanwhile, the ratio of the diameter of a cutting contour formed by rotation of the tool bit part to the inner diameter of the closing-up part is controlled to be 65%-82%, so that a proper space is kept between the tool bit part and the closing-up part, the turbulent flow intensity of fluid around the tool bit part is enhanced, meanwhile, the vertical circulation rate of the fluid between the main body part and the closing-up part is effectively increased, and the cutting efficiency is improved. And the cutting frequency of the tool bit component is increased. According to the design, by improving the structural design of the cup assembly, improving the cutting frequency and improving the wall breaking rate, the high wall breaking rate can be conveniently achieved at the relatively low rotating speed, then the problems of loads and noise caused by the high rotating speed are solved, and the user experience is improved.

This invention provides a raw material pretreatment device, including a mixing tank. The mixing tank has a rotating, high-efficiency mixing mechanism inside. This mechanism includes a stirring rod inside the mixing tank, which is connected to an external drive unit. Multiple sets of stirring blades with opposite inclinations are arranged on the outer side of the stirring rod, staggered vertically. A spiral conveying blade is also provided on the outer side of the stirring rod. This invention utilizes the multiple sets of stirring blades with opposite inclinations and staggered vertically to create multi-directional and multi-angle stirring impacts on the materials inside the mixing tank, breaking up material agglomerations and allowing different materials to fully contact each other. Combined with the spiral conveying blades, materials at the bottom can be conveyed upwards, achieving vertical circulation and tumbling of materials, avoiding localized material accumulation, significantly improving mixing uniformity and efficiency, ensuring better material mixing results, and greatly enhancing the mixing efficiency of the materials.