86results about How to "Realize mobile" patented technology

The invention relates to a foldable house and an assembling and disassembling method thereof, and belongs to the technical field of moveable house structures. The foldable house comprises a first unit and a second unit, wherein the first unit and the second unit are structurally symmetric and can be integrally assembled with each other to form the foldable house; the first unit and the second unit both comprise bottom plates and mountain wall plates which are hinged to two opposite sides of the bottom plates; side wall plates are arranged between the two mountain wall plates; the bottoms of the side wall plates are hinged to the bottom plates; a top plate is hinged to the tops of the side wall plates; side surface connecting parts and top connecting parts of both the first unit and the second unit are respectively assembled integrally through detachable side connecting members and top connecting members. The foldable house is smart in structural design, small in space, light in weight, rapid in assembly and disassembly, and convenient and rapid in transport, and can be repeatedly assembled and disassembled for use.

The invention relates to a mobile garbage treatment and smoke purification integration device. The integration device comprises a garbage feeding system, a garbage incineration system, a smoke quenching system, a smoke treatment system, an automatic control system, a power supply system and a mobile platform, wherein the garbage feeding system, the garbage incineration system, the smoke quenchingsystem and the smoke treatment system are connected in sequence; the smoke treatment system comprises an acid removing device, an absorbing device, a dust removing device and a wind guide system connected in sequence; the wind guide system comprises a fan and a chimney connected in sequence; and a smoke online monitoring device is mounted on the chimney of the wind guide system. The garbage incineration system, a smoke purifying system and a vehicle-mounted mobile platform are combined to realize movement of related equipment for garbage incineration; and a new treatment mode of immediate leaving after incineration is adopted in actual operation process, so that floor occupation and fixed staff are not needed, and the problems of large floor area, high investment operation cost, complicated operation management and the like in a traditional garbage treatment technology are overcome.

The invention discloses a workbench with a better anti-static effect. The workbench comprises a platen, a supporting frame, a baffle and a hinge four-rod mechanism; the platen is provided with an anti-static rubber table face layer, one end of a ground lead is connected with the platen, and the other end of the ground lead is grounded; a sliding groove is formed in the upper surface of the baffle, a sliding block is inlaid into the sliding groove, and a lighting lamp is fixed to the sliding block; a hook is arranged on the baffle, and an anti-static hand ring is hung on the hook; a drawer is fixed to the baffle, and an anti-static glove is installed in the drawer; an air pump is fixed to the baffle, one end of the air pipe is connected with the air pump, and an air valve is arranged at the other end of the air pipe; and the hinge four-rod mechanism is connected with an ion fan, and the beneficial effects of being reasonable and variable in anti-static precaution of the anti-static workbench and better in anti-static effect are achieved.

The invention discLoses an energy storage charging device, which comprises a moving unit, an operation controL unit arranged on the moving unit, an energy storage unit and a non-vehicLe charging and discharging device; the non-vehicLe charging and discharging device is provided with a charging end for eLectricaLLy connecting with an eLectric vehicLe, a power suppLy end for eLectricaLLy connectingwith an externaL power grid, and a energy storage end for eLectricaLLy connecting with the energy storage unit. The charging end charges or eLectrifies the eLectric vehicLe by way of AC/DC bidirectionaL conversion. The power suppLy end is eLectricaLLy connected to the externaL power grid by means of AC bidirectionaL transmission, and is used for taking power from and suppLying power to the externaL power grid. The energy storage end is eLectricaLLy connected to the energy storage unit by means of DC bidirectionaL transmission, and is used for taking power from or suppLying power to the energystorage unit. The device converts the eLectric energy in a charging stake or the externaL power grid through a pLuraLity of AC/DC converters respectiveLy, and converts the converted aLternating current or direct current eLectricity to the eLectric vehicLe, which can meet the design of AC/DC integrated charging.

The invention discloses a space-ground integrated AI intelligent water environment protection real-time monitoring system. The system comprises an unmanned aerial vehicle body, a terminal computing platform and water environment detection equipment; the unmanned aerial vehicle body is used for data acquisition and data transmission and comprises a positioning navigation module, a flight control module, an image acquisition module and a wireless communication module. The image acquisition module, the flight control module and the positioning navigation module are in communication connection with the terminal computing platform through the wireless communication module; the water environment detection equipment is used for collecting data information of a water environment; data acquired bythe water environment detection equipment is transmitted to the terminal computing platform in a wireless communication mode; the terminal computing platform is used for acquiring and processing dataand comprises a data processing module and a database engine module. According to the system, the monitoring range of water area monitoring is expanded, and the real-time performance and automation ofmonitoring are realized.

The invention belongs to the technical field of a winding machine, and particularly relates to a winding mechanism. The winding mechanism comprises at least one lower main shaft and at least one upper main shaft, wherein the lower main shaft is vertically arranged on a rotation disc, the upper main shaft is arranged on a fixed rack and is arranged above the lower main shaft, the lower main shaft and the upper main shaft are in one-to-one correspondence, a lower jig is arranged at an upper end of the lower main shaft, an upper jig is arranged at a lower end of the upper main shaft, a lifting driver is connected to each upper main shaft and can be used for driving the upper main shaft to downwards move so that the upper jig gets close to the lower jig, the lifting driver synchronously acts, a lower belt transmission structure is connected to the lower main shaft, an upper belt transmission structure is connected to the upper main shaft, a clutch transmission mechanism is connected between the lower belt transmission structure and the upper belt transmission structure and can be used for making the upper main shaft and the lower main shaft synchronously rotated, and the clutch transmission mechanism is connected with a driving terminal. The winding mechanism has the advantage of lower cost and the winding accuracy is improved.

The invention relates to hollow coil winding equipment. The hollow coil winding equipment comprises a rack, wherein a rotary table is arranged on the rack, and the rotary table is connected with a rotary table driving mechanism; a plurality of stations are arranged on the rotary table, and at least one vertically arranged lower main shaft is arranged on each station; the upper end of each lower main shaft is connected with a lower jig; upper main shafts which are positioned above any station and are in one-to-one correspondence with the lower main shafts on the stations are further arranged on the rack; the lower end of each upper main shaft is connected with an upper jig; and a rotary driving mechanism capable of driving the upper main shafts to move downwards so that the upper jigs can get close to the lower jigs downwards and capable of driving the upper main shafts and the lower main shafts to rotate synchronously is arranged between the upper main shafts and the lower main shafts. The equipment also comprises a heating mechanism capable of outputting set temperature airflow to each coil thickness gap and a wire rod continuously coiled in each coil thickness gap when the coil thickness gaps are formed between the upper jigs and the lower jigs.

The invention discloses the moving, universal ablating source setting used in the vacuum system, it includes the pole which can insert and draw, the receiving and the supporting part, the vaporizing source part and the receiving part of the carrying and the receiving pole; the said pole which can insert and draw is fixed insulating on the receiving and the supporting part and is connected with the ablating source, the said receiving and the supporting part are fixed with the supporting mouth connecting the receiving desk of the vaporizing source, the connecting setting connecting the carrying pole is fixed on the receiving part of the carrying pole, the two ends of the vaporizing source are connected with the supporting and the receiving pert and the receiving part of the carrying pole respectively. The invention is composed of the pole, the receiving and the supporting part, the vaporizing source setting and the receiving part of the carrying pole, the receiving part of the carrying pole is fixed with the worm hole using for connecting the carrying hole, so the invention setting can be carried to the room of developing and the producing the film by the carrying pole without the wreck of the vacuum condition.

The invention relates to a data acquisition platform based on big data processing, the platform comprises a platform box, a base, a damping device, a buffering device, a walking device and a data acquisition device; wherein a data processor, a data storage, a power supply, a data input interface, a data output interface and a wireless transceiver device arranged in the platform box and a displayscreen arranged on the top plate are comprised in the data acquisition device; at least four damping devices are arranged on the bottom plate of the box; the buffering device is arranged between the bottom plate of the box and the base; and the walking device arranged on the bottom surface of the base is comprised; by arranging the walking device on the data acquisition platform, it is possible tomove in the process of collecting various information; in addition, in order to avoid damage to precision components in the data acquisition platform during the movement process, the damping device and the buffering device are provided with two-stage damping to ensure the damping effect.

The invention relates to a movable static var compensator and direct current ice-melting device and a realization method thereof. A primary side of the device mainly comprises a thyristor converter, an iron core reactor, an isolating switch, and a lightning arrester. According to a disconnecting link operation, different topology structures are constructed; switching between a direct current ice-melting function and a static var compensator (SVC) function of the device is realized; and problems on a direct current ice-melting device with heavy current, high voltage and high capacity as well as system reactive compensation are solved. According to the invention, the device is simple, reliable and compact; and movement on the whole can be realized; moreover, it is unnecessary for all containers to disassemble equipment during the moving process, so that movement of a whole container is realized; furthermore, it is no need for the device to utilize a converter transformer; investments are saved, losses are reduced and noises are reduced; and meanwhile, workloads on operation and maintenance at a converting later period are substantially reduced.

The invention relates to a domestic vegetable planting machine which comprises a base and a cultivation layer, wherein a nutritional solution storage tank, a water pump and a control box are arranged in the base; a liquid inlet and a liquid outlet are formed in the nutritional solution storage tank; the water pump is arranged at the liquid outlet; the cultivation layer comprises cultivation slots, a framework, LED compensation light sources, a nutritional solution main pipeline and branch pipelines; the nutritional solution main pipeline is communicated with the branch pipelines; the cultivation slots and the nutritional solution main pipeline are fixed on the framework; the LED compensation light sources are arranged at corresponding positions above the cultivation slots; each branch pipeline is arranged at the bottom of each cultivation slot. According to the domestic vegetable planting machine, the problem of narrow place is solved; a specially-assigned person does not need to keep an eye on the domestic vegetable planting machine; the domestic vegetable planting machine is safe, environment-friendly and pollution-free, and has an effect of purifying the air.

The invention discloses a steam device for a fiber throwing centrifuge, a ceramic fiber steam fiber throwing centrifuge and a fiber making system, and belongs to the field of fiber throwing centrifuges. The steam device for the fiber throwing centrifuge, the ceramic fiber steam fiber throwing centrifuge and the fiber making system aim at achieving the technical purpose of providing high-temperature steam during fiber throwing of fiber throwing rollers; the steam device structurally comprises hollow throwing roller heads, spraying pipes and a water supply device comprising water supplying pipes and a water supplying control unit, wherein several air exhausting holes are formed in one of two opposite ends of each throwing roller head, and the other ends of the throwing roller heads are used for being communicated with fiber throwing roller shafts; outlet ends of the spraying pipes are blind ends and are placed in the throwing roller heads, and several water drainage holes are formed in the portions, located in the throwing roller heads, of the walls of the spraying pipes; the water supplying pipes are communicated between the water supplying control unit and the fiber throwing roller shafts; the throwing roller heads, the spraying pipes and the water supplying pipes correspond to the fiber throwing rollers one to one. The steam fiber throwing centrifuge comprises a rack, a pair of fiber throwing rollers rotatably arranged on the rack through roller pillows, a fiber throwing driving device and the steam device. The fiber making system comprises a melting furnace, the fiber throwing centrifuge, a cotton collector and an induced draft fan.