17results about How to "Save space utilization" patented technology

This application provides a method, apparatus, and electronic device for determining satellites used for storing and forwarding data, relating to the field of communication technology. The method is applied to a satellite resource analysis network element and includes: acquiring demand information, wherein the demand information includes: data transmission requirements of the transmitting end, the location information of the transmitting end, resource usage information of the satellite network, ephemeris information, and the location information of the receiving end; determining, based on the demand information, a set of target satellites from the satellite network for storing and forwarding data transmitted by the transmitting end; and transmitting information carrying the target satellite set to the transmitting end. Based on the above method, satellites that meet the actual data transmission requirements of the data transmitting end can be accurately determined, improving the space utilization rate of satellite storage and avoiding situations where satellites cannot provide services due to insufficient space, even though there are actually idle satellites in the satellite network.

The utility model relates to photovoltaic power generation equipment technical field especially relates to a sea floating photovoltaic support and have the photovoltaic array of this support, the photovoltaic array of the utility model includes photovoltaic board and sea floating photovoltaic support, wherein, sea floating photovoltaic support includes at least three coaxial heart settings float structure, interval arrangement between each float structure, forms the installation area for the arrangement of photovoltaic board between adjacent float structure, compared with prior art, the installation area quantity of the utility model is more and independent, when arranging photovoltaic board, can be more free, under the same diameter, the utility model can arrange at least 30% photovoltaic board to improve the space utilization of photovoltaic support.

This utility model relates to a domestically produced ruggedized liquid-cooled general-purpose GPGPU module, characterized by comprising: a power conversion circuit A, a CPU control unit B, a GPU control unit C, and a management unit D; the input terminal of the power conversion circuit A is connected to an external DC power supply, and the output terminal is connected to the power supply terminals of the CPU control unit B, the GPU control unit C, and the management unit D respectively; the CPU control unit B is connected to the GPU control unit C via a PCIe X16 interface; the management unit D is connected to the CPU control unit B, the GPU control unit C, and the power conversion circuit A via an I2C bus. Enhanced adaptability to extreme environments: all chips adopt board-mount soldering + underfill adhesive filling process, combined with a daughterboard-less design, and pass random vibration testing to meet the impact resistance requirements of military vehicle scenarios; revolutionary optimization of space utilization: the GPU chip is directly integrated into the substrate, saving more than 35% of the module's internal space, making compact ruggedized equipment possible.

This utility model discloses a battery pack, including a housing. The housing includes a frame and a base plate connected together. Multiple cylindrical batteries and structural beams are arranged on the base plate. The cylindrical batteries are arranged along the extension direction of the structural beams. Explosion-proof valves on the cylindrical batteries are positioned close to the structural beams, with the distance between the explosion-proof valves and their projection onto the structural beams being 9-19 mm. This battery pack not only ensures battery safety in the event of thermal runaway but also improves the space utilization of the housing's storage compartment.

This utility model relates to an aerosol generating device and its microwave heating assembly. The microwave heating assembly includes: an outer conductor unit defining a cavity on its inner side and having a supporting wall; an inner conductor unit housed in the cavity and connected to the outer conductor unit; the inner conductor unit is provided with at least two mounting holes for fastening to the supporting wall. By providing at least two mounting holes in the inner conductor unit, the microwave heating assembly can be fastened to the supporting wall, improving upon previous microwave heating assembly connection methods that resulted in low space utilization and facilitating the miniaturization design of the entire device.

This invention discloses a lithium battery OCV testing mechanism with NG replacement function, including a support component, one or more positive electrode probe components, one or more negative electrode probe components, and an NG replacement gripper assembly. In use, the support component is mounted on a robot. The positive electrode probe components, negative electrode probe components, and NG replacement gripper assembly are all mounted on the support component. In use, the positive electrode probe components and negative electrode probe components contact the positive and negative electrodes of the battery cell, respectively, for OCV testing of the battery cell. The NG replacement gripper assembly is used to replace the NG battery cell that has undergone OCV testing. This invention sets the NG replacement of the battery cell within the battery cell's OCV testing mechanism, eliminating the need for a separate NG replacement mechanism. This invention reduces the space utilization of the lithium battery production line, solves the problem of lengthy layouts in lithium battery production equipment, and makes the lithium battery production line more compact. This invention also effectively reduces the production cost of lithium batteries.

The present application relates to the technical field of electrochemical energy storage battery, in particular to a liquid-cooled energy storage PACK structure, which provides a liquid-cooled energy storage PACK structure, comprising a box body, the box body comprising a bottom plate and a box cover, the inside of the box body being a sealed integrated cavity, a pressure relief valve, a maintenance switch, a fire nozzle, a negative electrode connector, a communication connector, a positive electrode connector, a liquid-cooled water inlet and a liquid-cooled water outlet being arranged at the right end of the outside of the box body, an integrated liquid-cooled plate being fixed to the upper surface of the bottom plate, the liquid-cooled water inlet and the liquid-cooled water outlet being communicated with the integrated liquid-cooled plate respectively, a plurality of battery cell modules being arranged in the box body, electrical components and a module upper cover being arranged at the upper end of the battery cell modules, and a sealing assembly being arranged in the box body.The present application has the advantages of efficient, uniform temperature, reliable, high-integrated thermal management and structure integration design.

The utility model discloses a split type high-low temperature alternating damp heat test box, which relates to the technical field of test boxes and comprises a mounting box and a gas guide component. A temperature and humidity sensor is mounted in the mounting box, a baffle is hinged to the front side of the mounting box, a mounting plate is fixed to the upper side of the mounting box, a displayer is mounted on the front side of the mounting plate, a rotating assembly is mounted on the upper side of the mounting box, and an air inlet assembly is mounted on the left side of the mounting box; the air guide assembly comprises a fixing ring, a rotating barrel, a connecting disc, a Z-shaped air guide hole, an L-shaped barrel and a spray head, an opening is formed in the left side of the mounting box, the fixing ring is fixed to the right end in the opening, the rotating barrel is fixed to the interior of the fixing ring, and the L-shaped barrel is fixed to the interior of an air outlet formed in the right end of the rotating barrel. The lower end of the circumferential face of the L-shaped barrel is provided with evenly-distributed air outlet holes, temperature areas can be rapidly switched according to requirements, and meanwhile the space utilization rate can be prevented from being reduced.

The utility model discloses anti-oxidation storage equipment for tin powder processing, which relates to the technical field of tin powder processing, and comprises a storage box, a mounting plate is fixedly arranged on the side surface of the storage box, a motor is fixedly arranged at the top of the mounting plate, and a driving shaft is rotatably arranged between the middle parts of the inner walls of the two sides of the storage box through a bearing; the end, movably stretching into the storage box, of a rotating shaft end of the motor is fixedly connected with a driving shaft, a connecting shaft is fixedly arranged on the outer ring of the driving shaft, and four containing assemblies which are annularly and evenly distributed are arranged on the outer ring of the connecting shaft. Through a reasonable structure, the internal space of the storage box is fully utilized, meanwhile, the temperature returning speed of tin powder in the sealing tank can be increased, practicability is high, popularization is suitable, and the problems that when existing anti-oxidation storage equipment for tin powder processing is used, the internal space utilization rate of the storage box is low, and the temperature returning speed is high are solved. And if more sealing tanks need to be stored, a plurality of storage devices need to be added, so that the enterprise cost is increased.

The utility model discloses a double-layer methanol high-pressure fuel pipe joint, relates to a fuel pipe, and solves the technical problem that an existing methanol fuel conveying channel joint is not easy to mount and dismount. Comprising a first inner pipe butt joint part and a second inner pipe butt joint part, and further comprises a female head sleeve and a male head sleeve, the female head sleeve is detachably installed on a first outer pipe through a first thread sealing structure, the male head sleeve is detachably installed on a second outer pipe through a second thread sealing structure, and the female head sleeve is in threaded connection with the male head sleeve. A first interference part is arranged between the female head sleeve and the butt joint part of the first inner pipe, a second interference part is arranged between the male head sleeve and the butt joint part of the second inner pipe, and the butt joint position of the butt joint part of the first inner pipe and the butt joint position of the second inner pipe are in extrusion type sealing connection. According to the utility model, the situations of personnel poisoning, equipment corrosion, fire hazard and explosion caused by methanol fuel leakage can be avoided.

The utility model discloses a kind of pole piece assembly and battery, pole piece assembly includes anode sheet and cathode sheet.Anode sheet includes the first anode current collector and the second anode current collector connected with each other.Cathode sheet includes the first cathode current collector and the second cathode current collector connected with each other.Cathode sheet has first bending part and can be bent relative to anode sheet, to make the first cathode current collector and the second cathode current collector be located on the opposite sides of first anode current collector and be laminated arrangement.Anode sheet can be bent relative to cathode sheet, to make the second anode current collector and cathode sheet laminated, and the second anode current collector is located on the side of cathode sheet away from first anode current collector.This scheme can combine the advantages of winding battery cell and laminated battery cell, and give consideration to battery energy density and preparation efficiency.

This utility model relates to the technical field of synthetic fiber production equipment, specifically disclosing a three-component composite spinning box component, including a main box. The main box has a steam inlet and a condensate return port on its outer side wall. A first auxiliary box is vertically stacked above the main box and partially overlaps with the main box in the horizontal direction. The outer side wall of the first auxiliary box has a steam inlet and a condensate return port. The vertical stacking layout optimizes space utilization, significantly reduces equipment width and floor space, and lowers factory costs. The horizontal consistency design of the steam and condensate pipelines reduces the distance between positions and the height of the windless zone, improving thermal energy utilization efficiency. The detachable aluminum alloy bracket simplifies maintenance procedures and extends equipment life. The overall structure is compact and rationally laid out, suitable for high-precision three-component composite spinning production needs, and combines high efficiency, economy, and ease of maintenance.

The invention provides a compact plant type three-dimensional cultivation method for rapid breeding of muskmelons, and belongs to the technical field of facility agriculture and plant factory cultivation. The compact plant type three-dimensional cultivation method comprises the following steps: (1) carrying out primary illumination treatment on melon seeds after white buds are exposed, and starting to grow seedlings; and (2) when 1-2 true leaves of the muskmelon seedlings are completely unfolded, transplanting the seedlings to a cultivation frame, and carrying out secondary light treatment until fruits are mature. Through cooperative design of red and blue spectrum proportion regulation and control and the double-layer three-dimensional cultivation frame, compactness of the melon plant type is systematically achieved, the problem that in the prior art, only the light environment is optimized, and matching with the structure of the cultivation frame is not considered is solved, and therefore the breeding density and energy efficiency in the rapid propagation process of melons are remarkably improved.

The utility model relates to a kind of foldable material rack, including the top frame part and bottom frame part fixed together, top longitudinal pipe, top cross pipe are all welded with stand steel pipe, the inside of one end of top longitudinal pipe is equipped with two fixed baffle and two first steel wheel, first steel wheel is in abutment with fixed baffle, the other end of each inclined support pipe is fixed with an intermediate support short circular tube, the inside of top longitudinal pipe is also equipped with two second steel wheel, multiple material round tubes are connected on front support pipe, front support pipe and intermediate support short circular tube are arranged at intervals, a solid seamless long circular tube passes through front support pipe and intermediate support short circular tube, one positioning hole is equipped on top longitudinal pipe, movable baffle part inserts positioning hole.The utility model can replace traditional material rack to place gear, bearing, snap ring, sealing gasket, O-ring and other materials, in addition, multiple material racks can be stored in the form of quick folding stacking, save the space and site utilization of site, reduce cost.

The utility model relates to a kind of three-dimensional mechanical clock movement, including frame, transmission assembly, balance spring assembly, spring assembly and output assembly, the spring assembly is connected with balance spring assembly transmission by transmission assembly, the balance spring assembly is connected with output assembly transmission by transmission assembly, the transmission assembly is set in the upper portion in frame, the output assembly is set above frame, the spring assembly is set in the lower portion in frame, the balance spring assembly is set in frame side, this three-dimensional mechanical clock movement adopts 3D three-dimensional structure design, input shaft is set below frame, can be better matched automatic winding base, and input shaft and star wheel shaft coaxial arrangement, without additional increase winding and timing accessories, it can be realized quick winding and timing operation, overall structure design is flexible, not only save space utilization, but also can be better matched with a variety of shapes shell, with strong practicality and market promotion value.

The utility model relates to the technical field of packaging structures for special-shaped lamps, in particular to a packaging structure for special-shaped lamps, which comprises an inner box component, an accessory box and an outer box component, the inner box component is integrally plastically packaged by a POF (Polyolefin Fiber) film and comprises a silica gel coat structure, a special-shaped lamp body and a silica gel support; a silica gel support is arranged at the bottom of the silica gel coat structure, and a special-shaped lamp body is arranged in the silica gel coat structure; an accessory box is arranged at the bottom of the silica gel support; the silica gel coat structure and the silica gel support are plastically packaged through a POF film. The inner box assembly is placed in the outer box assembly matched with the inner box assembly in external shape; the silica gel coat structure, the special-shaped lamp body and the outer box body are of a house-shaped structure. According to the packaging structure, the utilization rate of the packaging internal space is saved, and the using amount of buffering materials and structural parts is reduced.