147results about How to "Fast filling" patented technology

A system for filling a portable cylinder with therapeutic gas, and providing therapeutic gas to a patient. Therapeutic gas delivery to a patient may be through a conserver, or may be in a continuous mode. Some embodiments of the invention may test the contents of the portable cylinder prior to filling. The specification also discloses a silent mode of operation where therapeutic gas is provided from the system by means of internal and/or external cylinders.

The invention relates to a geotechnical engineering landslide model test box which overcomes the defects that the landslide model test wastes time and energy in the prior art. The geotechnical engineering landslide model test box comprises a box body, wherein the box body is basically a cuboid; an inclined plane is arranged on the inner sides of the two opposite side faces with the maximum areas of the cuboid; the inclined plane is perpendicular to the two side faces, and divides an inner space of the cuboid into an upper part and a lower part; and the shape of the inclined plane is similar to that of a slide face simulated by a geotechnical engineering landslide model test. According to the geotechnical engineering landslide model test box, the inclined plane is arranged in the test box, and divides the inner space of the box body into the upper part and the lower part, namely a part above the inclined plane and a part below the inclined plane; the shape of the inclined plane is similar to that of the slide face simulated by the geotechnical engineering landslide model test; when the geotechnical engineering landslide model test is performed, the part below the inclined plane does not need to be filled with a model material; and therefore, the filling quantity of the model material is reduced greatly, and manpower and financial resources are saved.

The invention discloses an injectable filling material of particle tissues, wherein particulate acellular bio-derived materials are mixed with drug-containing release microspheres, after the filling material is evenly mixed with a gel solution before use, the filling material is injected into a recipient site, an operator can arbitrarily model the particle tissue before gel is solidified according to the condition of the recipient site so as to achieve a satisfactory cosmetic effect. The particle tissue material which can be moulded rapidly is implanted in the body to fill defective soft tissues and promote wound healing. Compared with the prior art, the injectable filling material of the particle tissues has high biocompatibility, and is capable of rapid arbitrarily modeling and rapid filling the defect of tissue organs, and can promote fibroblast ingrowth, the formation of new capillary, generation of granulation tissue and wound healing. The injectable filling material of the particle tissues has the following clinical functions that the injectable filling material can be used as a filler of defective soft tissues which is used for repairing body depression deformity; for filling wrinkles or ruga of skins; and for demands of cosmetic surgeries, such as soft tissue arthroplasty and so on.

Disclosed in the invention is a method for filling a cavity in a Kinect depth image in real time. The method comprises the following steps: step 1, obtaining a color image of a shooting scene and a corresponding depth image by using a Kinect camera and determining a foreground image position and a background image position by using an operating-period Gauss average method and a background differencing method; step 2, constructing a deepest image by using a Kinect depth image and filling a cavity in the deepest image; step 3, replacing the pixel of the deepest image with a background pixel of the depth image, thereby realizing cavity filling of the depth image background; and step 4, with the foreground image position obtained by the step 1, marking the cavity existed in the foreground position of the Kinect depth image and filling the marked cavity in real time. According to the invention, the object edge in the depth video with the filled cavity becomes stable; and the no flicker phenomenon occurs in the depth video. Meanwhile, the cavity filling speed in the depth image and the image stability can be improved effectively.

The invention relates to a hexastyle supporting type coal mining and filling hydraulic bracket which comprises a telescopic girder, a front top girder, a rear top girder, a front upright post, a middle upright post, a rear upright post, a four bar mechanism, a middle upper part compaction mechanism, a height-regulating jack, a lower box type compaction mechanism, a slide way, a pulling jack, a rear-inserting type top protection device, a filling and mining conveyer and a base, wherein the front top girder is supported through the front upright post and the middle upright post and maintains the balance through the four bar mechanism; the rear top girder is mutually hinged with the front top girder and supported through the rear upright post, bears the pressure of a top plate, controls the deflection of the top plate before filling and can overhang the filling and mining conveyer to realize filling solid fillers in a goaf; and the rear top girder is provided with the slide way and can maintain a working space for normal mining of a working surface, realize the full filling of the goaf and meanwhile compact the fillers by clean mining within a high range. The hexastyle supporting type coal mining and filling hydraulic bracket has compact structure, strong supporting force, convenient operation and good filling effect on the goaf and can adapt to the filling and the mining under a complicated geological condition.

The invention relates to filling equipment, in particular to equipment for automatic filling of canned industrial butter. The technical problem to be solved by the invention is to provide the equipment for automatic filling of the canned industrial butter, the equipment can quickly achieve filling of the butter and can conduct capping on cans filled with the butter while filling of the butter is carried out. The equipment for automatic filling of the canned industrial butter comprises a bottom plate used for installing the whole device, a rotating mechanism which is arranged at the left frontside of the upper portion of the bottom plate, a discharging mechanism which is arranged at the right rear side of the upper portion of the bottom plate and a material box which is arranged at the left rear side of the upper portion of the bottom plate. The equipment achieves the effects that quick filling of the butter can be achieved; meanwhile, the cans filled with the butter can be capped while filling of the butter is carried out; and the empty cans on a rotary round box are moved to the position below a discharging pipe by rotating a driving disc, so that the effect of being high in butter filling speed is achieved.

To mass-produce alloyed rare-earth magnetic powder having high coercive force by using the gas atomization method. Spherical powder is formed by spraying molten alloyed pig iron containing R (R is at least one kind of rare-earth elements including Y.) of >=20 wt.% and <=40 wt.%, T (T is a transition metal including Fe as the main component.) of >=60 wt.% and <=79 wt.%, and Q (Q is an element including B (boron) and C (carbon)) of >=0.5 wt.% and <=2.0 wt.%, in the non-oxidative atmosphere, and the shape of particles of the powder is substantially spherical. After that, the spherical powder is heat-treated at a temperature of >=500 deg.C and <=800 deg.C.

The invention provides a light beam shaping system for metal SLM printing. The system comprises a laser, and a collimator, a zoom beam expander, a beam shaping mechanism, a galvanometer system and a working platform which are sequentially arranged in the propagation direction of laser beams emitted by the laser. A laser beam emitted by the laser is transmitted through an optical fiber to the collimator with an optical fiber interface for collimation, and the spot size is adjusted through the zoom beam expander to meet the incident spot size requirement of the beam shaping mechanism, the incident spots are shaped through a beam homogenizer or a beam shaper and then converted into flat-topped spots, the flat-topped spots are focused through the galvanometer system to form gathered spots, andthen the gathered spots reach the working surface to machine the metal powder. According to the system, light beam energy is redistributed to obtain circular, rectangular and oval flat-topped light spots or flat-topped light spots of specific shapes are customized according to requirements, metal printing defects can be effectively reduced through shaping of the system, and meanwhile, efficient printing can be conducted by introducing a high-power laser system in cooperation with large-size light spots.

The invention relates to the technical field of electroplating, and particularly relates to a preparation method of a nickel-polytetrafluoroethylene coating. According to the invention, nickel is combined with polytetrafluoroethylene, a fluorinated ethylene-propylene copolymer, a perfluoroalkoxy copolymer and other assistants to be used as an electroplating solution and used for electroplating under certain conditions. The invention can be widely applied to various base materials such as steel, copper alloys, wrought aluminum, cast iron, stainless steel and the like, and can be also perfectly used on various injection molding materials except pure rubber, such as silica gel, TPO0, PVC (polyvinyl chloride) and the like. The coating is favorable in wear resistance and non-corrosibility, has weldability and hardenability, and causes no negative effect on the surfaces of other molds.

The invention belongs to the field of analytical chemistry. More specifically, the invention discloses a nanospray capillary high pressure liquid chromatographic column and its preparation method. The preparation method of the liquid chromatographic hollow column comprises three steps of: filling a polyimide-coated quartz capillary with a large-grained material which can be melted and solidified, removing the polyimide coating outside the capillary and drawing the capillary chromatographic column. The particle size of the meltable and solidifiable large-grained material in the chromatographic column is 10-15 microns, and a hollow gap can be formed after the large-grained material is heated and melted; in comparison with regular chromatographic columns, the chromatographic column provided by the invention has advantages of small back pressure on the tip as well as fast flow velocity and fast column-filling speed under the same pressure; when separating samples, the column has relatively small back pressure and high flow velocity. Therefore, a longer chromatographic column can be used on a regular liquid chromatogram under the same pressure so as to effectively raise the resolution and target protein identification efficiency of the chromatographic column.

The invention relates to a soil filling device and particularly relates to a rapid foundation pit soil filling device applied to construction sites. In order to solve the technical problem of providing a rapid foundation pit soil filling device applied to construction sites with high soil filling speed, the invention provides such a rapid foundation pit soil filling device applied to construction sites. The rapid foundation pit soil filling device comprises a friction block, an electric wheel, trolley wheels, a pushing plate, a rack, a sliding rail, a sliding block, a connection rod, a purification box, a flexible pipe, an air suction pump, a filter screen, an air outlet pipe and a guide plate, wherein the electric wheel is arranged between the trolley wheels at the bottom of a pushing trolley; the friction block is arranged on the electric wheel; a handle is arranged on the right side of the pushing trolley; the guide plate and the purification box are arranged on the inner right wall of the pushing trolley; the guide plate is located above the purification box; the bottom of the purification box is connected with the inner bottom of the pushing trolley; a guide hole is formed in the guide plate. The rapid foundation pit soil filling device achieves the effects of high pit filling speed, simple structure and simplicity in operation.

The invention discloses a shell manufacturing method. The shell manufacturing method comprises the following steps that a shell base body is provided, the shell base body is provided with an inner cavity, an outer side face which is back to the surface of the inner cavity, and an antenna groove which is formed in the surface of the inner cavity, and an interval is formed between the bottom of theantenna groove and the outer side face; a first medium is machined in the inner cavity, and the first medium is formed in the antenna groove through the inner cavity; and the outer side face is machined to obtain an appearance surface, and the antenna groove penetrates through the appearance surface. According to the shell manufacturing method, the filling speed of the antenna groove can be increased. The invention further provides a shell which is manufactured by applying the shell manufacturing method and a mobile terminal with the shell.

A directional valve (30) for controlling a hydraulic oil flow from a pressure port (34) via working chambers of a camshaft adjuster (4) to a tank port (58). The directional valve (30) includes an accumulator port (36) for conducting at least a part of the hydraulic oil flowing out of a working chamber into a volume accumulator (54) before said hydraulic oil flows out into the tank port (58), and the accumulator port (36) is connected via a passage (60) to the pressure port (34).

The invention relates to a multifunctional full-automatic pellet filling machine, and belongs to the field of automatic filling/packaging machinery. The multifunctional full-automatic pellet filling machine is mainly composed of a bottle arranging mechanism, a bottle alignment and checking mechanism, a pellet filling mechanism, a pellet supplementing mechanism, a cover arranging and cover feedingmechanism, a sampling and defective product removing mechanism, an image detection mechanism and a transmission and positioning mechanism. According to the multifunctional full-automatic pellet filling machine, a plurality of batches of disordered pellet bottles are orderly arranged on a bottle fixing tool of the transmission and positioning mechanism by utilizing the bottle arranging mechanism, the plurality of batches of pellet bottles which are arranged orderly are moved sequentially to pass through the bottle alignment and checking mechanism through the transmission and positioning mechanism, the pellet bottles are guaranteed to be well arranged on the bottle fixing tool, a certain number of pellets are automatically filled through the pellet filling mechanism, bottle covers are installed in place through the cover arranging and cover feeding mechanism, the sampling and defective product removing mechanism is used for regular and quantitative sampling according to an instruction and defective product removing in real time; and the pellets can be filled automatically and precisely, the pellet supplementing mechanism is arranged, so that sampling can be conducted regularly and quantitatively, the defective product removing can also be conducted, manual operation is not needed in the whole process, and therefore filling quality and filling efficiency are greatly improved.

The invention relates to a sandbag filling sand device, in particular to a sandbag filling sand device for flood control of geological disasters. The invention provides a sandbag filling sand device for flood control of geological hazards, which can improve filling speed, save time and labor, and has high safety. A sand bag filling device for flood control of geological disaster comprises a bottomplate, a support plate, a storage box, a feeding pipe, a horizontal plate, an air cylinder, a baffle plate, a first spring, a pressure plate, a contact switch, a first connecting rod, a first guide sleeve, etc. A support plate is arrange on that right side of the top of the bottom plate, a storage tank is arranged on the upper part of the left side of the support plate, a blanking pipe is arrangein the middle of the bottom of the storage tank, and an opening is arranged on the upper part of the right wall of the blanking pipe. The first toothed plate and the second toothed plate of the invention can be matched to fix the sandbag on the blanking pipe, so that the sandbag does not need to be manually stretched, and the blanking pipe can make the sand fill the sandbag, so that the filling speed can be improved, the time and labor can be saved, and the safety is high.

The invention relates to a system for regulating the pressure of tires mounted on a vehicle. The vehicle has an engine with a turbocharger which is a compressed air source for the pressure regulating system. The turbocharger has a variable geometry in order to supply a sufficiently high pressure.

The present invention discloses a method for filling a non self-intersectig polygon in a FPGA. The filling method comprises the steps of coordination acquisition, intersection point calculation, intersection point ranking and edge ranking, combination filling, and condition determining. Compared with the existing algorithms, the method has a simple filling process and has high filling speed. Particularly, in the ranking algorithm in the filling method, a simplified ranking method is adopted according to change of the number of the intersection points, so that the ranking calculation amount of the intersection points in filling is greatly reduced, and the filling speed is improved remarkably.

The invention relates to a filling device for filling a container, in particular with a pharmaceutical liquid, comprising a first filling unit (10), which carries out a partial filling of the container and only partially fills the container, a second filling unit (11), which carries out final filling of the container and completely fills the container, at least one scale (3), which weighs the empty container (21), the partially filled container (22) and the completely filled container (23), and a control unit (6), which is connected to the first filling unit (10), the second filling unit (11) and the scale (3) and is designed to control the first and second filling units (10, 11) on the basis of the values of the weighing processes determined by the scale (3).

The invention relates to a reinforcing element (1), comprising a first reinforcing mat (2) and a second reinforcing mat (3) having metal mat rods (6), which are welded at angles to each other at junction points (7), which reinforcing mats (2, 3) are held spaced apart from each other at a normal distance (9) by rod-shaped spacers (8) with respect to the first mat plane (4) and the second mat plane (5) of the reinforcing mats. The spacers (8) are metal and are permanently connected to individual mat rods (6) of the first reinforcing mat (2) and of the second reinforcing mat (3) by welding connections (10), preferably resistance welding connections, wherein at least individual spacers (8) protrude outward at least beyond the first mat plane (4) of the first reinforcing mat (2) in a direction (11) pointing away from the second reinforcing mat (3) by a first protrusion length. The invention further relates to a double wall equipped with the reinforcing element and to methods for producing the reinforcing element and the double wall.

The invention discloses an annular light spot optical system for metal SLM printing and a printing method. The annular light spot optical system comprises a laser device, and the laser device is connected with a collimator through an optical fiber; a Gaussian beam emitted by the laser device is collimated through the collimator, and the size of a light spot of the collimated Gaussian beam is adjusted through a variable-magnification beam expander; a light beam shaping unit comprises a first conical lens and a second conical lens; and the Gaussian beam with the light spot size adjusted sequentially passes through the first conical lens and the second conical lens to be shaped, and the shaped beam sequentially passes through a total reflection mirror, a galvanometer system and a field lens to form a focused light spot to reach a working platform. According to the annular light spot optical system, the Gaussian light spot, an annular light spot or an elliptical light spot can be independently used for printing, and light paths can be freely switched for printing in different stages of the printing process, so that the printing efficiency and quality can be improved, the defects of metal printing can be reduced, and the application of the SLM technology can be promoted.