99results about How to "Reduce space volume" patented technology

A plurality of coils wound around a stator magnetic-pole core are connected together and connected to output wires by use of a bus bar. The bus bar having a generally cylindrical body portion is disposed at one axial end of the stator magnetic-pole core, around which the coils are wound such that clearances are formed within magnetic-pole core slots, with an axial clearance formed between the bus bar and the coils. The body portion has such a radial dimension that at least a portion of the clearances within the magnetic-pole core slots is left uncovered. Air holes are formed in the motor housing on opposite sides of the stator magnetic-pole core to thereby form cooling air passages extending through the magnetic-pole core slots.

The invention discloses a vehicle active forewarning method, system and device based on millimeter wave radar. The forewarning method comprises following steps: obtaining vehicle driving information from each sensor; determining whether two vehicles are in a same lane based on the relative angle and relative distance between a vehicle and an objective vehicle; determining the longitudinal safe braking distance if the two vehicles are in a same lane, wherein Sw represents a warning safe distance, Sbr represents a safe braking distance, and R represents the relative distance; if R>Sw, the vehicle is in a safe driving state; if Sw>=R>Sbr, the vehicle is faced with a potential risk of collision; and if R<=Sbr, the vehicle is in an extremely dangerous state. By use of the forewarning method, system and device, the safety state of a vehicle is pre-estimated and early warning is made; accident rate is effectively reduced; the signal processing time is in milliseconds; the device is easy to install and maintain; good using effect is achieved.

A gas purging unit and an inkjet head with the same. The gas purging unit has an exhaust chamber with a connecting hole to communicate with an ink passage and an exhaust hole that communicates with an outside. A gas permeable membrane is installed at the connecting hole. A negative pressure generator is provided inside the exhaust chamber to operate through an external force and generate a negative pressure with less pressure than a pressure inside the ink passage. A check valve is installed at the exhaust hole to open the exhaust hole when the external force operates the negative pressure generator and to close the exhaust hole by a force of the negative pressure after the external force is removed.

The invention discloses a multi-beam tile type TR component, which can separately set an amplification processing module and a multi-beam amplitude-phase modulation module in a TR component, and thencan integrate a multi-beam forming function and an amplitude-phase modulation function through the multi-beam amplitude-phase modulation module. Thereby, the miniaturization and high-level integrationof a multi-beam phased array TR component can be achieved; and meanwhile, as a multi-beam vector modulation chip in the technical scheme of the embodiment of the application can perform independent amplitude modulation and phase modulation on multi-beam signals, great flexibility and scalability can be brought to the design of the multi-beam TR component, the size, weight and versatility of TR component application system equipment can be adjusted according to actual needs, and the technical effects of very extensive application values and applicability can be achieved in the field of microwave and millimeter wave radar communication with strict requirements for the above applications.

A reduced pressure delivery system for applying a reduced pressure to a tissue site includes a manifold delivery tube having at least two lumens and a manifold having a plurality of flow channels. The manifold is disposed within a first of the lumens of the manifold delivery tube. A balloon having an inner space and being capable of assuming collapsed and expanded positions is provided. The inner space of the balloon is fluidly connected to a second of the lumens of the manifold delivery tube.

A modular head of a plate overlayer includes a drive motor, drive units a main shaft and a suction port on its frame characterizing that the said head frame is composed of a top bridge plate, a bottom bridge plate and a back plate forming 'U' shape structure, the net width of the said frame has an analog vertical halving plane, an axle plane is formed between the axle line of the drive motor and the mainshalf, both of the two planes are on a same plane, the said drive units arranged adjacent to the vertical halving plane of the U frame symmetrically.

An elongate hollow structure and method of constructing the hollow structure is described, the hollow structure including a radially inner portion and a radially outer portion merging together to form a tubular wall structure. The method includes providing the radially inner portion, assembling the radially outer portion about the radially inner portion, and radially expanding the inner portion. The outer portion comprises an outer layer of fibre reinforced composite construction surrounded by a flexible outer casing. A space is provided between the radially inner portion and flexible outer casing. The outer layer includes reinforcement and a binder. The flexible outer casing resists radial expansion of the reinforcement, subjecting it to radial compression. The radially expanding inner portion cooperates with the flexible outer casing to cause the volume of the space to progressively decrease, causing the binder to spread through the space between the radially inner portion and flexible outer casing.

A curtain airbag includes a curtain airbag main body and a tie panel. The tie panel is arranged on an opposite-interior surface of the curtain airbag main body and is connected to the curtain airbag main body at upper and lower portions of the tie panel. The curtain airbag main body includes first and second panels. At an overlapping area of the curtain main body and the tie panel, the first and second panels are coupled with each other by linear coupling portions which are radially extend toward four directions so as to form four inflation portions. A communication portion communicates two of the four inflation portions with each other. When the curtain airbag main body is inflated, a space is formed between the communication portion and the tie panel.

The invention belongs to the technical field of CO2 removal from conversion gas of synthetic ammonia, in particular relates to a method and device for removing CO2 from conversion gas of synthetic ammonia. The method comprises the steps: the conversion gas of synthetic ammonia and an absorption solution are subjected to countercurrent contact and crosscurrent contact in a high gravity machine, and tremendous centrifugal force is generated by means of high-speed rotation of filler so that the absorption solution comes into contact with gas to complete the removal of CO2. The device comprises the high gravity machine, wherein the gas, namely the conversion gas of synthetic ammonia, is fed to a conversion section through a gas inlet of the high gravity machine, a gas outlet of the high gravity machine is connected with a purified gas section, a liquid inlet of the high gravity machine is connected with a lean solution tank filled with NHD solvent via a lean solution pump, an ammonia cooler is arranged between the liquid inlet of the high gravity machine and the lean solution pump, and a liquid outlet of the high gravity machine is connected with a pregnant solution tank. The method and the device have the advantages: the technological flow is simple, the maintenance cost of equipment is lowered, and the regeneration energy consumption of the entire decarbonization procedure is reduced.

A plastic bottle that can easily be collapsed after used is provided.The plastic bottle has a body portion that is depressed internally by applying external force, and a depressible portion formed on a circumferential wall of the body portion to protrude externally. The depressible portion is depressed internally by applying external force. Plural depressible portions and plural depression-resistant portions may be formed alternately on the circumferential wall of the body portion in the circumferential direction of the body portion.

The invention relates to a large current equipment pin equipment cooler circuit. It is characterized in that it comprises a large current device pin (10) and an evaporative cooling circulation system; the large current device pin (10) is formed by a solid conductor and circular or polygonal hollow conductor or hollow pipe conductor; it injects the evaporative cooling media in the hollow conductor. The current can lead the loss and the winding heats whose heat transmits to the cooling media of the hollow conductor, when the temperature lifts to the corresponding saturation temperature; the winding inner hollow conductor evaporative cooling media evaporates to form boiling heat transfer and then uses cooler to be liquefied, and then cycles.

The object of the present invention is to provide a cartridge type applicator which can prevent the application liquid from flowing back from the applying portion into the cartridge and which is suitable for use with a high viscosity application liquid. This applicator includes an advancing mechanism or piston mechanism made up of a sealing plug disposed inside a cylindrical cartridge tank for constituting the rear end wall of the tank, and a rod member attached to the sealing plug for causing the sealing plug to move in the axial direction of the tank; and an actuator (actuating member) for causing the rod member to move or advance in the axial direction by rotation thereof, and is constructed such that, when the actuator is turned, the rod member causes the sealing plug to move in the axial direction so as to reduce the volume of the space inside the tank.

The invention relates to a double-group winding machine. The machine comprises a first rack, a plurality of main winding shafts which are horizontally mounted at equal intervals on the front side of the rack, a double-group winding mechanism, a glue covering mechanism, and a feeding mechanism in the front of the rack, wherein the double-group winding mechanism and the glue covering mechanism are arranged above the rack; each main winding shaft is provided with a jig provided with a coil framework; the feeding mechanism, the double-group winding mechanism and the glue covering mechanism are respectively matched with the jigs on the main winding shafts to perform feeding, double-group winding and glue covering. The machine has the advantages that all mechanisms are reasonably arranged and matched, so that the structure is compact, the service life is long, and the production efficiency of a product is increased.

A method for transporting large quantities of convoluted, multiply bent, irregularly shaped, pieces of scrap metal from the location where they are produced to a remote location where the metal may be recycled, comprises flattening and temporarily binding together a batch of such pieces into an assembled wafer. The binding is produced by applying a compressive force of sufficient intensity to temporarily interconnect the pieces together but of insufficient intensity to interconnect the piece tightly enough to resist disassembly of the wafer upon impacting the assembled wafer. After the formation of a wafer comprising the interconnected numerous pieces, the wafer is transported to a remote site for recycling the metal. At such remote site, the wafer is disassembled into its constituent pieces by applying an impact to the wafer of sufficient intensity to cause the disengagement of the pieces for disassembling the wafer. The impact may be applied by dropping the wafers from a predetermined height above a ground surface for gravity falling and striking against the surface. The force of the impact may be assisted by vibrating the wafer when it is raised above the surface.

A curtain airbag includes a curtain airbag main body and a tie panel. The tie panel is arranged on an opposite-interior surface of the curtain airbag main body and is connected to the curtain airbag main body at upper and lower portions of the tie panel. The curtain airbag main body includes first and second panels. At an overlapping area of the curtain main body and the tie panel, the first and second panels are coupled with each other by linear coupling portions which are radially extend toward four directions so as to form four inflation portions. A communication portion communicates two of the four inflation portions with each other. When the curtain airbag main body is inflated, a space is formed between the communication portion and the tie panel.

Provided are a conductive structure for a high gain antenna and an antenna. A plurality of conductive patterns (512) of the conductive structure are formed on top and bottom surfaces of a dielectric substrate (511) positioned above the antenna and separated from an antenna body (500). A conductive upper structure of the antenna (510) is positioned above the antenna opposite to a ground plane (530) to which the antenna body is fed, separated from the antenna body. A conductive unit structure comprising a plurality of conductive patterns (512) formed on top and bottom surfaces of the dielectric substrate (511) is arranged in a plurality of layers. The conductive structure for a high gain antenna and the antenna can be readily produced by using low cost printed circuit board (PCB) technology, and a gain of the antenna can be increased regardless of a resonance distance between the ground plane of the antenna and the conductive structure disposed above the antenna.

The purpose of the present invention is to reduce the spatial volume inside a drawing furnace so as to mitigate variations in pressure inside the furnace, and also stabilize sealing on the insertion opening side for glass base material. At the start of drawing, sealing is carried out at the outer peripheral surface of glass base material (11) by a first sealing part (17) of a sealing mechanism. After the proximity of a tapered part of the glass base material (11) starts passing through the first sealing part (17), a switch is made to a second sealing part (18) disposed above the first sealing part (17), and sealing is carried out by the second sealing member (18) at the outer peripheral surface of a sleeve member (20) affixed around the outer periphery of a dummy rod (12).

The invention discloses a communication electric device and an antenna device. The antenna device includes an antenna unit used for transceiving wireless signals; and a first metal component and a second metal component arranged oppositely, wherein a radiation gap is arranged between the first metal component and the second metal component; and feed points of the antenna unit are arranged in the gap. The antenna device adopts the radiation gap between the first metal component and the second metal component as a radiation body of the antenna, so that the radiation efficiency of the antenna device is improved. The first metal component and the second metal component can be metal structures of the communication electric device and no external component structures are needed to add. Therefore, the radiation efficiency of the antenna device is improved without increasing space occupancy.

There is provided a trammer in the present invention, comprising a panel and a handspike, with the handspike slots corresponding to the handspike located on both sides of the panel and the locating device connected with the handspike also located on the panel. The locating device comprises the locating hole at the inside bottom of the handspike, the elastic fastener corresponding to the locating hole and the handspike connector. In the present invention, the position of the handspike can be selected according to the demand of users. When the handspike need to be used, the handspike can be turned out, and the handspike and the carrying panel are localized at a certain angle via locating device for operations; when the handspike need not to be used, the handspike can be embedded in the panel to effectively decrease the space volume of the trammer and be advantageous to overlap and stack up the carrying panel of the trammer. At the same time, the effective carrying area of the trammer is increased so that the trammer can furthest steadily carry goods to the larger extent. It is simple and practical that the conversion of the handcart and the flat trammer can be accomplished by the turn of the handspike.

The present disclosure provides a thrust bearing that includes: a damper body including a body part and protrusions axially protruding at predetermined areas on the body part with flat tops; and thrust top foils each having a contact portion that is in surface contact with the tops of the protrusions. The present disclosure provides a combo bearing that includes: a damper body including a body part having a through-hole at the center through which a rotary shaft passes, and protrusions axially protruding at predetermined areas on the body part with flat tops; thrust top foils each having a contact portion that is in surface contact with the tops of the protrusions; and a radial top foil covering the rotary shaft and disposed along the inner side of the through-hole of the damper body.

A carry bag (60) has flexible walls (69) defining an enclosure adapted to house contents of the bag. The enclosure has an opening (64) for receiving the contents therethrough, the opening being sealable for airtightness of the enclosure. There are also means, including a pump (68), for evacuating air from the enclosure so as to compress the walls against the contents to thereby restrain the contents from movement.

A compactly packaged paint roller cover and a method of compactly packaging a paint roller cover are disclosed which require significantly reduced shipping and display shelf space volumes. A semi-rigid paint roller cover manufactured from a small diameter tubular knitted pile fabric is placed within a vacuum sealable plastic bag, which is subsequently evacuated and sealed, collapsing the semi-rigid paint roller cover to a flattened configuration. Such compactly packaged paint roller covers require significantly reduced shipping and display shelf space volumes. To use the compactly packaged paint roller cover, the vacuum sealed plastic bag is opened upon which the semi-rigid paint roller cover resiliently resumes its round cross-section.

A boot has a large diameter tube section, a small diameter tube section, and a bellows section for connecting the large diameter tube section and the small diameter tube section. The bellows section has, in a continuous manner, first to sixth crest sections and first to sixth root sections. The angles of opening of the inner peripheral surfaces of the crests of the first to third crest sections are set smaller than the angles of opening of the inner peripheral surfaces of the crests of the fourth to sixth crest sections. Further, the wall thicknesses of tilt sections are set smaller than the wall thickness of tilt sections.

A non-contact humidification or dehumidification system of hydrophobic polymer film consists of liquid humidifier or dehumidifier which connects to air indoor and outdoor separately and includes hydrophobic polymer film of 0.15 - 5.0 micro m diameter hole and said film is made of PVDF , PTFE , PVC , PAN and PES under dry - wet phase conversion method . It features using said film to isolate humidification or dehumidification chamber to be two spaces with closed top and bottom for avoiding direct contact of humidifying or dehumidifying agent to the air.

A condenser microphone includes a volume restrictor disposed in a space inside a microphone case and an electronic circuit disposed in the space and encompassed by the volume restrictor. The volume restrictor reduces the volume of the space and prevents sound waves entering the space through openings on the microphone case from reaching the electronic circuit.

Methods for determining suitable locations for placement of one or more flight plan waypoints for an aircraft within a volume of space. Such methods may include reducing the volume of space to be analyzed and analyzing the reduced volume of the volume of space for suitable waypoint locations according to predetermined suitability criteria.

An oil strainer including a body including lower and walls and an inside space between the lower and upper walls, a filter substantially horizontally disposed within the body so as to divide the inside space into lower and upper space sections, an outlet port provided on the upper wall of the body and communicated with the upper space section, and an inlet port provided on the lower wall of the body and communicated with the lower space section. The lower wall includes a first area in which an inlet port periphery of the inlet port is disposed, and a second area separate from the first area. A vertical distance between the filter and the lower wall in the first area is smaller than a vertical distance between the filter and the lower wall in the second area.

The invention discloses a flue gas decarburization system and method utilizing a magnetized gas-liquid-solid three phase bed, and belongs to the technical field of atmospheric pollutant treatment. The system comprises a magnetized three phase bed absorbing tower, a rich and lean solution heat exchanger, a regeneration tower, and a CO2 storage device. The magnetized three phase bed absorbing tower is connected to the rich and lean solution heat exchanger, the regeneration tower and the CO2 storage device in sequence through pipelines. The regeneration tower is provided with a lean solution outlet, is connected to the rich and lean solution heat exchanger through a pipeline, and is connected to the magnetized three phase bed absorbing tower through a pipeline. CO2 is absorbed by an absorbing agent under the co-effect of magnetic field and magnetic particles. A CO2 rich solution flows through the rich and lean solution heat exchanger and releases CO2 in the regeneration tower, and a CO2 lean solution is obtained at the same time. The lean solution flows through the rich and lean solution heat exchanger, goes back to the three phase bed, and keeps on absorbing CO2. The system utilizes a magnetic field and magnetic particles to increase the CO2 absorption efficiency of an absorbing agent; the rich solution and lean solution both carry with few magnetic particles, which can enhance the heat exchange between rich and lean solutions and the regeneration of absorbing solution and the energy consumption of regeneration is reduced therefore.