89results about How to "Reduce floor space" patented technology

The invention relates to automatic storage equipment, an automatic storage system, a loading control method and an unloading control method for an air container. The storage equipment comprises a warehouse, a traversing mechanism and an elevating device, wherein a plurality of storage working positions which are distributed in lines and rows at intervals in the height direction are formed in the warehouse; a movable bracket platform is arranged at each storage working position; the traversing mechanism drives the bracket platform to move in the horizontal direction; and the elevating device drives the bracket platform to ascend and descend in the vertical direction. Through the automatic storage equipment, the automatic storage system, the loading control method and the unloading control method, containers can be stored and taken conveniently, management efficiency and level are improved, a good operating image of airport apron equipment is built, the floor area of the containers is reduced, container storage floor area ratio is increased, land resources are saved, other using machine tools are saved and the working intensity of production personnel is lowered.

The invention relates to a laser cleaning system for removing nuclear power station radioactive contamination. The laser cleaning system comprises a laser generator, a laser transmitting device, a working monitoring system, a controlling system and a waste recycling system, the laser transmitting device is connected with a laser output port of the laser generator, the working monitoring system is arranged nearby target materials, the laser transmitting device comprises optical fibers, a mover, mechanical arms and an operating device, the optical fibers are connected with the laser output port of the laser generator and used for transmitting laser lights, the mover is used for moving laser output ports of the optical fibers onto the surfaces of radioactive contaminants, the operating device is arranged on the mechanical arms, the optical fibers are fixedly disposed in the mover, the laser output ports of the optical fibers are located at one end of the mover, one end of the mover is suspended in the air, the other end of the mover is installed on the mechanical arms, the operating device is used for controlling the mechanical arms and the mover to move, and the movement of the mover drives the laser output ports of the optical fibers to move.

The invention relates to a solar ecological toilet realizing standard emission. The solar ecological toilet is mainly composed of a squatting pan, an excrement collecting box, fermentation equipment provided with an interlayer heating chamber on the outer layer, vacuum equipment, a gas-water purifying tank, a vacuum adjusting valve, a moisture tester, a temperature detector, an electric heater, awater pump, a draught fan, a gas adjusting valve, a disinfectant box, a solvent pump, a gas-water separating tank, a solar cell panel, an excrement-purification standard treatment room, a toilet room,a solar photovoltaic power generation device and a solar heat collector heat-absorbing plate. The solar ecological toilet aims to utilize solar energy to conduct on-site standard emission on gas andwater after toilet urine and excrement are treated on site, and the excrement becomes organic fertilizer products.

A CT apparatus without a gantry. The CT apparatus includes a scanning passage; a stationary X-ray source arranged around the scanning passage and including a plurality of ray emission focal spots; and a plurality of stationary detector modules arranged around the scanning passage and disposed opposite the X-ray source. At least some of the plurality of detector modules may be arranged substantially in an L shape, a semicircular shape, a U shape, an arc shape, a parabolic shape, or a curve shape when viewed in a plane intersecting the scanning passage. The invention ensures that the stationary gantry type CT system has a small size, and a high data identification accuracy.

In a substrate elevating transferring device, a first posture shifting member having a first posture shifting maintenance member is arranged on one side of a first substrate processing device in a way shaking around a horizontal axle center; a second posture shifting member having a second posture shifting maintenance member is arranged on one side of a second substrate processing device in a way shaking around a horizontal axle center; a circular member which extends along the vertical direction in a circulation walking way is vertically arranged on a supporting frame on one side of the first posture shifting member; and a plurality of elevating maintenance members are arranged on the circumference direction of the circular member at an interval. The substrate elevating transferring device can sufficiently reduce the plane area occupation and effectively use the space in the factory.

The invention discloses an efficient cutting machine for cutting sheets. The efficient cutting machine comprises a punching head, a cutting die replacing mechanism, a tool changer, a rack, a support and a control cabinet. The punching head is arranged on the rack. The support is arranged at one end of the punching head. The tool changer is arranged in the support. The cutting die replacing mechanism is arranged between the tool changer and the punching head. A cutting die is arranged at the lower portion of the punching head. The control cabinet is arranged on the rack. By adoption of the efficient cutting machine for cutting sheets, the cutting die can be very conveniently replaced, the punching head can be used for punching materials from various angles for multiple times, the tool changer is scientific and reasonable in position, and positioning is more accurate; the cutting die replacing mechanism adopts a servo ball screw for transmission, transmission positioning is accurate, stress is more scientific and reasonable, and the service life is prolonged; and a rodless cylinder enables the structure of the whole machine to be more compact, the occupied area is reduced, operation is more convenient, the fault rate is low, operation is smoother, the working efficiency is high, and unanimous praise from clients is obtained.

The invention discloses a household garbage incinerator. The household garbage incinerator comprises a house body, an incinerator body, a smoke exhausting system, a sorting tank, a septic tank and a drying chamber, wherein the house body is divided into an upper storey and a lower storey; the incinerator body is arranged at the lower storey of the house body and comprises a combustion chamber, a primary smoke chamber and a secondary smoke chamber, an incinerator opening and a feed port are formed in the combustion chamber, the primary smoke chamber and the combustion chamber are internally tangent to the side where the incinerator opening is formed, a first smoke port communicated with the primary smoke chamber is formed in the combustion chamber, the secondary smoke chamber and the primary smoke chamber are internally tangent to the side where the incinerator opening is formed, a second smoke port communicated with the secondary smoke chamber is formed in the primary smoke chamber, and a first smoke exhaust outlet is formed in the secondary smoke chamber; the smoke exhausting system is connected with the first smoke exhaust outlet; the sorting tank is arranged at the upper storey of the house body; the septic tank is arranged at the lower storey of the house body, and a feed inlet of the septic tank is located at the upper storey of the house body; the drying chamber is arranged at the upper storey of the house body and above the incinerator body. With the adoption of the household garbage incinerator, household garbage can be classified, dried, composted and combusted, the smoke treatment effect is good, the land utilization rate is high, and the treatment cost can be reduced.

The invention provides a workpiece slope production line. The production line comprises a first environment procedure and a second environment procedure which are arranged in a sealing manner. The space of the first environment procedure and the space of the second environment procedure are isolated from each other. According to the workpiece slope production line, a pretreatment procedure with a pollution source and a packaging detection procedure with a pollution source are isolated from the paint spraying procedure space, the pollution source is effectively prevented from entering a paint spraying chamber and prevented from polluting the paint spraying procedure, the product quality is improved, and the production efficiency is high.

The invention discloses a treatment technique of scattered organic waste gas. The technique includes the steps of inputting VOCs waste gas on each scattered site into adsorption equipment on each scattered site for adsorption treatment separately; when an adsorption module in the adsorption equipment on one scattered site reaches a saturation state, adopting a moving desorption vehicle to reach the scattered site where the adsorption module is taken out, and collecting the adsorption modules for centralized desorption treatment to avoid the situation that since desorption is incomplete due toinstallation errors or uneven quality of moving desorption vehicles of multiple enterprises, secondary pollution is caused and the efficiency of the adsorption modules is decreased. The method can achieve centralized collection and adsorption treatment of waste gas of pollution enterprises, reduce treatment costs of the enterprises and is safe and free of secondary pollution.

A linear cleaning peristaltic metering pump includes a pump body, a hose fixing accessory and an anti-backflow accessory. The hose fixing accessory is configured for arranging a working hose. The anti-backflow accessory is configured for clamping and loosening the working hose. The pump body is configured for performing reciprocating motion to clamp or loosen the working hose, thereby realizing a pumping effect by metering pump. The anti-backflow accessory is in cooperation with the pump body. The pump body comprises a roller lifting assembly, a roller hose-pressing assembly, a pump body outer cover assembly and a power transmission part. The power transmission part is configured for driving the roller lifting assembly to perform lifting linear motion, thereby driving the roller hose-pressing assembly to move and to clamp or loosen the working hose.

Provided is an intensive layout structure of a large-scale thermal power plant water center. The large-scale thermal power plant water center includes a joint building, an outdoor structure and a wastewater treating area; a ground floor of the joint building includes a water treating workshop, a comprehensive pump house, a laboratory building, a pump compartment, a power distribution room, a control room, a fire-pump room and a dosing room, wherein a second floor is arranged above the comprehensive pump room and the laboratory building, and all laboratories, experimenter offices, a storage room, a lime powder bin and a dehydrator room are arranged on the second floor; the outdoor structure includes water tanks at all levels, desalting water tanks and various pools; a wastewater treating pool of the wastewater treating area is arranged beside the outdoor structure, the top of the wastewater treating pool is provided with a wastewater pump, and a series of wastewater treating devices arearranged beside the wastewater treating pool; the joint building is an L-shaped building composed of a horizontally arranged main building and an annex building which is vertically connected with themain building, wherein the ground floor of the main building mainly includes the laboratory building and the comprehensive pump room, and the annex building mainly includes the water treating workshop.

The invention relates to a novel solar greenhouse internal heat preservation device which comprises a greenhouse, a horizontal heat preservation quilt, a side heat preservation quilt, a plurality of heat preservation quilt supporting devices and a driving device, wherein each heat preservation quilt supporting device comprises a cableway fixing device, a heat preservation quilt supporting cableway and a driven shaft; the driving device comprises a horizontal heat preservation quilt driving shaft, a horizontal heat preservation quilt driving motor, a side heat preservation quilt driving shaft, a side heat preservation quilt driving motor and a motor sliding way; and the solar greenhouse inner heat preservation device is further provided with a control system. According to the device, two sets of heat preservation quilts are synchronously retracted, released and stretched through winding of different combinations of multiple steel wire ropes and different winding directions of the steel wire ropes on different transmission shafts. During working, the motors are controlled to rotate cooperatively through buttons, a power shaft achieves the heat preservation function in the sunlight greenhouse through rolling of a reel, the whole working process is efficient and simple, and operation by people is facilitated.