84results about How to "Avoid filling" patented technology

The invention discloses a method for girth welding for double-phase stainless steel bimetal composite tubes. The method comprises the following steps of: firstly, groove processing: the double-phase stainless steel bimetal composite tube consists of a double-phase stainless steel lining tube and a carbon steel base tube, the welding surface of the base tube is processed into a V-shaped groove at an angle of 45-55 degree, and the lining tube is 2-3 mm longer than the base tube; secondly, caulk welding: the connection ports between the base tube and the lining tube are welded through argon tungsten-arc welding, double-phase stainless steel welding wires are adopted, and the welding current is 65-80 A; thirdly, backing welding: the connection ports of lining tube are welded through argon tungsten-arc welding, double-phase stainless steel welding wires are adopted, and the welding current is 60-90 A; fourthly, base tube welding: the connection ports of the base tube are welded through arc welding, and double-phase stainless steel welding wires are adopted. The procedures and the steps are simple, the used welding material is in a small amount, the welding qualification rate is high, the welding defect can be reduced or avoided, and the production efficiency can be greatly improved.

The invention discloses a full-automation filling machine which comprises a rack, a discharging device, a rotation plate device, a baiting device and a conveying device, wherein the discharging device, the rotation plate device, the baiting device and the conveying device are arranged on the rack. The rotation plate device comprises a rotation plate and multiple baiting through holes. A bottle clamping plate is arranged below the rotation plate, multiple bottle clamping grooves are formed in the periphery of the bottle clamping plate and a bottle ejecting mechanism is arranged below the ejector rod fixing plate. The discharging device is located above the rotation plate. A discharging opening of the discharging device is communicated with the baiting through holes in the rotation plate. The baiting device is located above the rotation plate and matched with the baiting through holes corresponding to baiting stations. The conveying device corresponds to the bottle clamping grooves at bottle inlet stations and bottle outlet stations. According to the full-automation filling machine, the bottle clamping plate is used for clamping and fixing filling bottles and a bottle jacking mechanism is used for jacking the corresponding filling bottle, so that the filling bottle totally corresponds to the corresponding baiting through hole of the rotation plate. In the whole filling process, the filling bottles can rotate synchronously along with the rotation plate and the filling problem due to the fact that the filling bottles do not align with a baiting hopper in an existing structure is solved.

A transport inner bag and a pressure inner bag are loaded in a tank body of a tank container. A supply-discharge opening for the transport inner bag is provided in a position corresponding to a tank supply-discharge opening, and cargo is filled through the opening. A supply-discharge opening for the pressure inner bag is provided in a position corresponding to a hatch of the tank body, and air is filled through the opening to expand the pressure inner bag, so that a space between the transport inner bag and an inner surface of the tank body is filled as well as the gap in between. This prevents the transport inner bag from moving in the tank body in transporting in a state that the cargo is not fully loaded in the transport inner bag, so that the breakage of the transport inner bag caused by the movement is prevented.

A case structure of an electronic device comprises a first shell, a second shell, a first engagement element, a second engagement element, a first spring element, a second spring element and a plug element. The first engagement element protrudes from the first shell. The second shell having a first penetrating opening allows the first engagement element to pass through. The second engagement element having a button portion passes through a second penetrating opening of the second shell. The second engagement element is driven by the button portion and the first spring element to control the second engagement element and the first engagement element to engage or disengage from each other. The plug element located in the second shell is pushed for filling in the first penetrating opening by the second spring element.

The invention discloses a turntable device for a filling machine. The turntable device comprises a turntable and a plurality of blanking through holes uniformly formed in the turntable, wherein a bottle clamping disk is arranged below the turntable; a plurality of bottle clamping slots corresponding to the blanking through holes are formed in the periphery of the bottle clamping disk and are matched with the shapes of filling bottles; a mandril fixing plate is arranged below the bottle clamping disk; the turntable, the bottle clamping disk and the mandril fixing plate are connected with one another through connection pieces to form a whole; a plurality of bottle jacking mechanisms corresponding to the bottle clamping slots are arranged below the mandril fixing plate; the upper ends of the bottle jacking mechanisms penetrate through the mandril fixing plate to jack up the filling bottles arranged in the bottle clamping slots, so that bottlenecks of the filling bottles can be jacked to the blanking through holes of the turntable. According to the turntable device for the filling machine, the filling bottles are clamped through the bottle clamping disk, so that the filling bottles can completely correspond to the blanking through holes of the turntable one by one and synchronously rotate along with the turntable in the whole filling process; therefore, the filling problem caused by a fact that the filling bottles do not correspond to a blanking hopper in an existing structure can be thoroughly solved.

The invention discloses a protection device and a protection method for pouring for a poured pile in a cave stratum. In the protection device, two location hoops are sequentially arranged on the outer ring of a reinforcement cage in a sleeving manner in the length direction, the upper location hoop is higher than the top elevation of a cave, and the lower location hoop is lower than the bottom elevation of the cave; the outer ring of the reinforcement cage between the two location hoops is sequentially wrapped with a concrete aggregate loss prevention layer, a concrete mortar loss prevention layer and a fixing layer from inside to outside; and the two ends of each of the concrete aggregate loss prevention layer, the concrete mortar loss prevention layer and the fixing layer are connected with the two location hoops respectively. The protection device is capable of safely and effectively ensuring concrete pouring for a pile foundation in a cave area, convenient to construct, free from potential safety hazards, simple in structure, capable of realizing field material taking, easy to machine, simple to install, capable of saving the construction period, increasing the construction efficiency and lowering the construction difficulty, and high in safety factor.

A small engine fuel system has a tank with an integrally formed filler tube having the lower end located at a level below the upper portion of the tank wall which is formed of vapor impermeable material which may include HDPE interspersed with EVOH or polyamide. In one exemplary embodiment the filler neck is disposed in a depression in the upper portion of the tank wall; and in another exemplary embodiment the filler tube has an insert which extends into the tank to a position below the upper portion of the tank wall to form a vapor space. The tank includes a fill limiting vapor vent/tipping valve with its outlet connected to a storage canister which outputs to the engine and which has an atmospheric air vent.

The invention relates to a stamping die and a light guide plate thereof. The stamping die comprises a die body and a micropore aggregation pattern, wherein the die body comprises a stamping surface; the micropore aggregation pattern is distributed on the stamping surface and comprises a plurality of micro concave holes, at least one bulge is arranged on the periphery of each micro concave hole, and a molten surface is respectively arranged on the periphery of each micro concave hole and the top surface of the bulge of the micro concave hole. By the invention, the opportunity that the bulges on the peripheries of the micro concave holes fall off to fill the micro concave holes can be reduced, even avoided, thereby further avoiding the problem that a correct optical microstructure pattern can not be stamped on the surface of the light guide plate when the stamping die is used for the optical microstructure pattern on the light guide plate in the following process step; in addition, the service life of a product of the stamping die is also prolonged.

The invention provides an energy-saving and environment-friendly flour quantitative filling and collecting device for dough processing. The energy-saving and environment-friendly flour quantitative filling and collecting device for dough processing comprises a main body, wherein the inner wall of the main body is provided with a buffer plate; the main body is internally provided with a feeding device; the lower side of the feeding device is fixedly provided with a feeding pipe; the lower end of the feeding pipe is fixedly provided with a feeding port; and a conveying belt is mounted at the bottom of the inner wall of the main body. According to the energy-saving and environment-friendly flour quantitative filling and collecting device for dough processing, flour in a collecting mechanism is continuously increased, when the flour reaches a certain amount, a first induction piece is promoted to make contact with a second induction piece, at the moment, current changes, an electric signal is sent out, and flour making equipment stops continuously pouring the flour, so that the continuous filling of the flour is avoided; and through automatic operation of the equipment, the labor intensity of workers is effectively reduced, meanwhile, the flour filling effect is improved, and the filling efficiency of manufacturers is further improved.

An object of the present invention is to provide a conductive base material for dye-sensitized solar cell and a transparent conductive base material for dye-sensitized solar cell which, when used as electrode base materials of a dye-sensitized solar cell, have high resistance to corrosion by iodide ions contained in an electrolyte layer and can prevent a reduction in the fill factor and conversion efficiency of the dye-sensitized solar cell to achieve high power generation efficiency, a dye-sensitized solar cell and a dye-sensitized solar cell module using such conductive base materials. To attain the object, provided is the conductive base material for dye-sensitized solar cell comprising: a first metal layer made of a metal having a specific resistance of 6×10⁻⁶ Ω·m or less; and a second metal layer formed on the first metal layer, made of any one of metals of Ti, Cr, Ni, Mo, Ta, W, Nb, and Pt, and having a thickness of 500 nm or less.

The invention belongs to the technical field of LED (Light Emitting Diode) lamps, and particularly relates to a light bar glue dispenser capable of preventing a glue head from being blocked during LED(Light Emitting Diode) production. A rotation gear is rotatably connected in a processing seat; a thread stud is rotatably connected in the processing seat; the outer surface of the rotation gear isrotatably connected with a rotation rod; one end of the rotation rod is fixedly connected with an elastic rod; one end of the elastic rod penetrates through the inside of a pressure reduction seat; onone end of the elastic rod, an air pressure bag is arranged in the pressure reduction seat; one end of the pressure reduction seat penetrates through the inside of a conveying pipeline; a telescopicrod is movably connected in the conveying pipeline; the outer surface of the telescopic rod is sheathed with a telescopic spring; and the left side and the right side of the telescopic rod are independently rotatably connected with a regulation rod. During utilization, residual glue in a glue injection head can be sucked out, a blockage phenomenon caused since the residual glue is in the presencein the glue injection head for a long time can be avoided, and the device is guaranteed to be normally used.

The invention relates to the field of chemical equipment, mainly relates to silica gel regeneration adsorption equipment and particularly provides a silica gel regeneration adsorption tower and a method thereof. The silica gel regeneration adsorption tower comprises a tower body, heat conducting plates, a sintering plate, a feeding distributor and a far infrared heater, wherein the tower body is filled with silica gel, and is coated with the far infrared heater; the upper part of the tower body extends out of the far infrared heater upwards; the feeding distributor is arranged at the upper part of the tower body which extends out of the far infrared heater and is close to the top end of the tower body; the uniformly distributed heat conducting plates are arranged in the tower body vertical to the bottom surface and are laminated with silica gel; a vacuum pump is also arranged at the lower part of the tower body; and a discharge hole is arranged in the lower part of the vacuum pump. According to the silica gel regeneration adsorption tower, regeneration of the silica gel in the tower is achieved, repeated taking and filling are avoided, the production cost is reduced, the silica gel is repeatedly used, silica gel adsorption oil can be recovered and the silica gel regeneration adsorption tower has considerable economic benefits, and is simple in operation, economic and environment-friendly.

The seed substrate comprises a base substrate and a base layer comprising a Group III nitride semiconductor formed on the base substrate, which has a high dislocation density region and a low dislocation density region. The planar pattern of the high dislocation density region is a honeycomb pattern. A hollow exists between the base substrate and the low dislocation density region. The object layer is grown through a flux method using the seed substrate. The high dislocation density region is melted back at an initial stage of crystal growth, and thereafter, the object layer is grown on the top surface of the low dislocation density region. A cavity remains between the high dislocation density region and the object layer. The presence of the cavity and the hollow makes easy to peel the object layer from the seed substrate.

The invention relates to a device for the packaging and dispensing of solid shaped bodies, especially oral tablets or/and capsules, which device has a container sealed with a cap suitable for storing shaped bodies, a dispensing opening, and tools forwarding the shaped bodies from the inside of the container to the dispensing opening. The container (5) is constructed in a house (1) in a way that it can be moved like a piston against elastic returning force.; The dispensing opening (35) is situated in the bottom (2a) of the house (1) ; when the device is in a position when it is not used for dispensing, the end-part of the container (5) , with an opening (20) for releasing one shaped body at a time situated opposite the end of the container (5) sealed with a cap, fits into the dispensing opening (35) by sealing it, and it is constructed in a way that in the course of the dispensing operations it makes it possible to dispense favourably one shaped body at a time outside of the house (1) .

The invention relates to the field of real-time cost analysis, in particular to a refined cost analysis system and method, and the system comprises a parameter obtaining module which is used for obtaining the actual information of parameters; a data statistics module which is used for generating statistics data according to the parameter actual information and the statistics rule; and a data generation module which is used for generating single data according to the total production amount and the statistical data. The method comprises the following steps: a rule setting step: acquiring parameter setting information, a statistical period and a statistical rule, and generating a data acquisition table; a parameter obtaining step: obtaining actual parameter information, and obtaining the total production amount; a data statistics step: generating statistical data according to the actual parameter information, the statistical period and the statistical rule; and a data generation step of generating single data according to the statistical data and the total production amount. By adopting the scheme, the cost of the single product on the day can be automatically calculated according to the obtained data, and the accidental cost abnormity problem can be found out in time.

A liquid ejecting head may include a first flow path, a linking flow path that is provided on a downstream side of the first flow path and is connected to the first flow path, and a second flow path that is connected to the linking flow path. The first flow path, the linking flow path, and the second flow path are provided in a portion between a liquid receiving portion and a filter. The second flow path includes wall portions that partition a central flow path and external flow paths which are provided on both external sides of the central flow path. The linking flow path includes an inclined portion which is formed in a width direction and extends in a portion between the first flow path and the second flow path.

The invention mainly relates to the technical field of epoxy floors, and discloses a construction method for avoiding generation of water bubbles on an epoxy floor. The construction method for avoiding generation of the water bubbles on the epoxy floor comprises the steps that a base surface is cleaned, a primary primer is coated, putty is applied, a secondary primer is coated, and an epoxy surface is coated. According to the construction method for avoiding generation of the water bubbles on the epoxy floor, the method is simple, the surface of the prepared epoxy floor is smooth and flat, theglossiness is good, the generation of the water bubbles and shrinkage cavities can be avoided, the strength and wear resistance of the epoxy floor are enhanced, and the using performance of the epoxyfloor is enhanced; firstly, debris protruding from the surface of the base surface is removed and cleaned, the flatness of the base surface is increased, the bonding fastness between the epoxy floorand the base surface is increased, and the generation of water bubbles and shrinkage cavities is avoided; then the cleaned base surface is painted with acrylic waterproof coating to prevent the generation of the water bubbles due to oozing out of the residual moisture on the base surface.

The invention relates to the technical field of production and packaging of pickled vegetables, in particular to a full-automatic pickled vegetable filling machine. The full-automatic pickled vegetable filling machine comprises a conveying mechanism, a filling mechanism and a control system which are arranged on a rack, and the conveying mechanism comprises a bottle conveying mechanism, a filling conveying mechanism and a bottle outgoing mechanism which are sequentially connected; the filling mechanism comprises a hopper, a blender and cylinders, the blender and the cylinders are connected with the hopper, the cylinders are used for filling, discharge and compression of the pickled vegetables, and material storage cups are arranged on the lower portion of the hopper; the filling conveying mechanism comprises a main shaft, fixed discs and feeding rotating discs fixed to the fixed discs, and the feeding rotating discs are fixedly connected with the material storage cups; the control system is used for controlling work of the filling mechanism. By means of the full-automatic pickled vegetable filling machine, the filling speed of the pickled vegetables can be increased, and the filling quality is not affected.

In order to evacuate a turbine condenser, air (L) contained in the turbine condenser (1) is suctioned using propellant steam from a starting jet pump (19). According to the invention, the propellant steam (D) and the air (L) are guided into an auxiliary condenser (5) which is arranged downstream from said turbine condenser (1).

The invention discloses an intelligent one-way valve. The intelligent one-way valve comprises a valve body. The valve body is provided with a liquid inlet and a liquid outlet. A valve element, a pushrod and an electromagnetic valve are further included. A seal port is formed in the valve body, the opening direction of the seal port is arranged towards the liquid outlet, and the valve element cantightly press an opening of the seal port. The first end of the push rod is connected with the valve element, the push rod is sleeved with a first spring, the first spring is in a compressed state, the bottom end of the first spring abuts against the top end of the valve element, and the top end of the first spring abuts against the inner top face of the valve body. A piston of the electromagneticvalve is pressed at the top end of the push rod. When the electromagnetic valve is powered on, the piston is moved away so that the push rod can ascend. When the electromagnetic valve is powered off,the piston moves and is pressed at the top end of the push rod. Even when a gas source is externally connected, under the action that the piston is pressed on the push rod, opening of the valve element cannot be achieved, other people are prevented from filling natural gas into natural gas utilization equipment comprising the disclosed intelligent one-way valve, and accordingly other people are prevented from stealing and using the natural gas utilization equipment.

A fabric material consisting of two distance fabrics (42, 44) which are simultaneously weaved on a loom and provided with piles (424, 444) and which have an inner layer (FL2, FL4) and an outer layer (BL2, BL4) for each distance fabric, the inner and outer layers are bound with connecting warp yarns (401-404) extending between the inner and outer layers, pile warp yarns (501, 502) are woven between the distance fabrics. During weaving, the inner and outer layers of each distance fabric are kept apart by respective lancet means (202, 204) and each pick (P1-P13) and for each connecting warp yarn (401-404) and each pile warp yarn (501, 502), one selects on the basis of the information relating to the layer (BL2, FL2, BL4, FL4) in which the warp yarn has been interlaced in a previous pick, on the basis of the shedding pattern and amongst several predetermined positions, a position (A1-A8, B1-B12) was taken by a shedding element (10) driving the warp yarn (401-404, 501, 502) during the pick.