598results about How to "Reliable welding" patented technology

A dispensing capsule has a diaphragm button, stake and frangible membrane for a system for selectively dispersing the contents of a cup into an attached bottle. A frangible membraned cup has a diaphragm button operably attached to a stake with the stake's sharp point at one end and the diaphragm button on the opposing end. A cavity is disposed in the cup for consumable product defined by side walls and a base plate. Preloaded ingredients contained within the hermetically sealed cup are discharged from the dispensing capsule into a bottle by simply depressing a button disposed on the diaphragm of the cup, thereby actuating the stake to thrust forward and apply concentrated pressure abaxially to the frangible membrane. This concentrated pressure pierces substantially the center of the frangible membrane, causing it to rupture and progressively opening it. The diaphragm button locks in this downward position, holding the stake into the opened frangible membrane to maintain the opening, permitting the contents to flow through the frangible membrane and exit the cavity of the cup.

An inter-battery connection device for connecting terminals of two batteries (1a, 1b) arranged with their axes parallel to each other. The inter-battery connection device includes an inter-battery connection plate (11) that connects the battery case bottom (2) and the sealing plate (3) of the two batteries. The inter-battery connection plate (11) includes welding portions (4) at the ends of its base plate (6) for welding to the case bottom (2) and the sealing plate (3), respectively. An intermediate metal plate (7) is joined to the middle part of the base plate (6) between the welding portions (4, 4) to form an intermediate portion (5) having a greater thickness than each welding portion (4). The inter-battery connection device has reduced electric resistance while achieving improved weldability.

The invention discloses a thermal sensitive camera heater. The thermal sensitive camera heater comprises a heating portion, a connection wire harness and a mounting frame, the heating portion is formed by a heating body and a radiator, the heating body comprises a heat conducting tube and a heating core, the heating core comprises a heating slice, an electrode slice and insulation paper, and the connection wire harness comprises a connection slice. Not fewer than two semi-circular grooves are formed in the outer lateral side of the heat conducting tube. A heat conducting face of the heat conducting tube is 0-15mm wider than the radiator. The thermal sensitive camera heater has the advantages that by the aid of the connection slice added on the electrode slice, reliable connection point contact and stable connection between the heater and the wire harness and convenience in manufacturing are achieved; by the aid of the heat conducting tube and the radiator which are different in width, the radiator can be combined with the heat conducting tube more stably and more uniform in radiation; by the aid of the semi-circular grooves in the lateral side of the heat conducting tube, the inner wall of the heat conducting tube causes less damage to a heating core insulation film, combination of the heating core in the heat conducting tube is tighter, and safety and heat efficiency are improved greatly.

A circuit substrate (3) being electrically connected to a rechargeable battery (2) is arranged upon a sealing plate (23) with a gap therebetween and united with the rechargeable battery (2) by filling resin in the gap. A primary mold (11) formed by the resin is firmly retained by undercut portions formed in engaging protrusions (26). The engaging protrusions (26) may be formed by welding separate engaging members (126, 126a, 126b, 126c, 66, 68).

The invention concerns an installation for manufacturing a drip irrigation pipe (8) formed of a pipe (8) provided with drippers (4), including a dripper feed station (37), followed by an extrusion station (10), including an extrusion head (14) producing a tubular blank (22) and means for welding the drippers (4) to the inner wall of said blank (22), characterized in that the dripper welding means (4) include a support surface (50) and a counter-support surface (56) between which the drippers (4) are pressed against said tubular blank (22) so as to be welded thereto, said support (50) and counter-support (56) surfaces being arranged upstream of the calibrating means (24).

A double-vacuum-layer metal vacuum composite plate with the edge sealed by a seal strip comprises a housing, at least two core plates and a vacuum cavity and is characterized in that the housing is a low-carbon steel plate or a low-carbon steel composite plate, the core plates are located in the vacuum cavity formed through seal welding of the housing, the core plates provide additional strength for the housing and ensure the smoothness of the housing under atmospheric pressure, the vacuum cavity is welded and sealed by utilizing a glass solder in a vacuum furnace under high vacuum and high temperature, the seal strip is arranged at the welding position of the edge portion of the low-carbon steel plate, the coefficient of thermal expansion of the low-carbon steel plate is matched with that of the glass solder, a partition plate is arranged in the vacuum cavity and divides the vacuum cavity into two to form double vacuum layers, and supports are arranged in the vacuum layers and are independently manufactured or are directly formed on the core plate or the partition plate. A manufacturing method of the double-vacuum-layer metal vacuum composite plate is simple in process, and strength, heat-insulation, sound-insulation and fireproof performance and a decorative function can be improved.

A protective undergarment, such as trousers or a shirt intended for use under other clothing, employs seamless welding to permanently affix one or more protective pad segments to the main body of material. An ultrasonic welding process may be employed. Thus, a welding material, such as a suitable polymeric film, may be used to fuse a small-area fabric member to the main body material of the undergarment, so as to form a pocket for a pad segment. To ensure that the pad segment does not fold or otherwise move within the pocket, at least one channel may be formed within the pad segment to allow welding within the interior of the pad segment.

The invention relates to rapid, convenient, intellectually-controlled full autocontrol nonwoven fabric hot-press welding equipment and a welding method. The full autocontrol nonwoven fabric hot-press welding equipment comprises a PLC controller, a stand, a lower electric heating welding wheel axle, an upper electric heating welding wheel axle, a step motor, an oil cylinder, wherein the upper part of the stand has a groove structure; the lower part of the stand is provided with a hole; the lower electric heating welding wheel axle is positioned in the hole of the lower part of the stand by a lower slide block; the lower end face of the lower slide block is pressed on a pressure sensor; the upper electric heating welding wheel axle is positioned in a groove of the upper part of the stand; the lower end face of an upper slide block is positioned on an adjustable oblique wedge block of a screw rod; the adjustable oblique wedge block of the screw rod passes through a transmission mechanism and is driven by the step motor; the power end of the step motor is controlled by the PLC controller; the oil hydraulic cylinder is positioned on the upper end of the stand; a piston of the oil hydraulic cylinder is connected with the upper slide block by a connecting rod and a connecting plate; and the operation of the oil hydraulic cylinder is controlled by the PLC controller. The equipment has the advantages of: 1, realizing the reliable welding of more than four layers of nonwoven fabric on a production line at an online speed of more than 120 meters per minutes; and 2, according to predetermined welding pressure and welding temperature, freely and automatically carrying out free micro-adjustment by online construction and the change of welding temperature and ambient temperature and ensuring pressure and temperature needed for high-efficient welding.

The invention discloses a production process of an inner formation storage battery, and belongs to the field of a lead-acid storage battery, and solves the easily occurring welding quality problem of a bus-bar and a lug. The process comprises the following steps of loading a plate group into an assembling box, arranging a lug, cutting and brushing the lug, dipping soldering flux, cast welding, inspecting and qualification and down-conversion, wherein the cast welding flow is carried out by adopting a cast welding machine. The cast welding flow comprises the following steps of (1) heating a lead pot; (2) loading a mold and preheating the mold; (3) scraping the lead liquid; (4) cast welding the plate group; (5) cooling the plate group through water; (6) cooling the plate group collectively through water and air; (7) cooling the plate group through the air; (8) loading the mold and preheating the mold again; and (9) loading the plate group into a tank. The production process is suitable for the cast welding of the inner formation storage battery with positive grid alloy being lead calcium tin aluminum or lead calcium alloy series grid.

The invention relates to an electromagnetic actuating device, comprising an armature (20) which is provided in a housing (10) in such a way that it can be moved in an axial direction relative to a magnet frame (12) consisting of a core section (14) and a yoke section (18), and a coil device (24) which can be subjected to an electrical current in order to generate the movement, wherein the magnet frame is designed in a hollow-cylindrical manner in such a way that it at least partially surrounds the armature and comprises an intermediate section (16) consisting of non-magnetic material between the core section and the yoke section, wherein a permanent material connection is established in at least one of the cross-over areas (28) between the yoke section and the intermediate section and between the intermediate section and the core section by means of a friction welding method.

The invention discloses a multi-station plug-in mounting production line and an automatic mouse PCB (printed circuit board) production line. The multi-station plug-in mounting production line comprises a PCB loading device, a plurality of sets of sequentially butted plug-in mounting equipment, a reflow welding machine arranged at the outer end of the last plug-in mounting equipment, an unloading device arranged at the material discharging end of the reflow welding machine, an upper cover conveying device which is arranged from the material discharging end of the reflow welding machine to the outer end of the last plug-in mounting equipment, and a bottom cover conveying device arranged from the material discharging end of the reflow welding machine to the PCB loading device, wherein the first plug-in mounting equipment is butted with the PCB loading device. According to the multi-station plug-in mounting production line, a bottom cover is used as a lower part of a plug-in mounting jig; after a PCB is subjected to plug-in mounting at multiple stations, an upper cover is used as an upper part of the jig; the upper cover is fixedly connected with the bottom cover, so that an electronic element can be reliably fixed on the PCB, and the electronic element which is plugged into the PCB but is not completely fixed can be reliably welded in a process of the reflow welding machine; therefore the reliability and the stability of a PCB product can be improved.

A welding and positioning tool platform for an aluminium alloy template comprises a working platform supported on a frame body, at least one lateral positioning and pressing device arranged on the platform surface of the working platform, a longitudinal positioning and pressing device arranged at one end of the platform surface in the length direction, a positioning backing plate arranged in the length direction of the platform surface and located on one side of the platform surface, duplex overturning mechanisms close to the positioning backing plate as well as two single overturning mechanisms located at two ends of the platform surface in the length direction separately; multiple transverse supporting ribs are arranged on the platform surface at intervals in parallel; the positioning backing plate is used for positioning a to-be-welded aluminium alloy template main body; the at least one lateral positioning and pressing device presses the to-be-welded aluminium alloy template main body transversely; the longitudinal positioning and pressing device presses the to-be-welded aluminium alloy template main body in the length direction; the duplex overturning mechanisms are used for positioning and pressing to-be-welded transverse ribs; and the two single overturning mechanisms are used for positioning and pressing two to-be-welded gland plates separately. The platform is accurate in positioning, simple to operate and convenient in welding.

The invention provides a water-proof connector and a producing method thereof. The water-proof connector improves the waterproofness of a molded connector formed by inserting a metallic connector component in electrically insulating resin. The water-proof connector (1) is composed of a molded connector which is obtained in a manner that the metallic connector components forming the connector are inserted in the electrically insulating resin, enabling the electrically insulating resin to be a connector housing. The metallic connector components are a contact point (2) and a metallic cover (3), wherein the contact point (2) enables one end to electrically contact with the contact point of the connector; the metallic cover (3) is composed of metallic tube-shaped body which has an opening at at least one end and has a cavity hole communicated with the opening. The internal part of the opening is an insertion part for other connectors to insert. Water-proof sealants (Li1) for water resistance and sealing are filled in the contact point (2) and between the metallic cover (3) and the connector housing (4).

The invention provides a method used for manufacturing a copper alloy composite steel plate; the substrate material is carbon steel plate and the composite plate is copper alloy plate; the manufacture method comprises the manufacture steps as follows: I matching: copper alloy composite plate and normal carbon steel plate which comply with the national standard and usage technical requirement according to the detection are combined in pairs according to the requirement of final products; II: stress troughs of 8-10mm deep and 10-12mm wide are arranged at the circumference of the copper alloy composite plate; III: grinding the surface: oxides and sundries on the explosive combination surface of the substrate and the composite plate are removed; subsequently, a protection layer is uniformly coated on the contact surface of composite plate and dynamite; IV explosive welding: the composite plate and the substrate are supported by copper fulcrum or aluminium fulcrum and welded together by virtue of explosive welding. The combination rate of the manufacture method of the copper alloy plate and the composite steel is more than 99%, with the hardness of HB130-150, thus completely meeting the requirement of copper motor plate on the hardness.

The present invention relates to a thermal expansion valve. It includes the following several main portions: valve core, diaphragm, air tight chamber and seal head. Said invention also provides the concrete structure of the above-mentioned every portion and the connection mode of all the above-mentioned portions. Besides, said also provides the concrete working principle of said thermal expansion valve and its concrete application method.

The present invention provides a sealing battery, which prevents electrolyte from remaining in the injecting hole and joints a sealing bolt and injecting hole. After injecting electrolyte into the battery box through the injecting hole, to joint the sealing bolt on the injecting hole to seal the injecting hole. The sealing bolt is arranged with a head and a axis extending from the lower surface of the head. The injecting hole is arranged with a chimeric concave part to table the head of the sealing bolt and a chimeric part of the axis part which is pressed into the sealing bolt. The chimeric part of the injecting hole includes: vertical inner surface part; taper inner surface part with taper surface shaped which turns narrow downwards; and bearing surface part to support the lower surfaceof the head of the sealing bolt. The head of the sealing bolt includes: lower surface; vertical outer surface part which is opposite to the vertical inner surface part of the injecting hole; and taper outer surface part with taper surface shaped which is opposite to the taper inner surface part of the injecting hole and turns narrow downwards.

The invention provides a method for assembling a digital electronic detonator, which comprises the process steps of welding, detection, medicament head connection, testing, chip encoding, protective layer coating, leg wire connection, outer shell assembly, packaging, shell encoding and the like. The method has the characteristics of high productivity, low production cost, high automation degree, safety, reliability and the like.

Novel durable, lightweight, and accurate noise suppressors to attach to firearms comprised of components made of dissimilar materials, as well as methods to create the same. Disclosed embodiments include using a threaded interface between components made of dissimilar materials to increase the strength of the interface between such components in order to improve the durable of the noise suppressor and the accuracy of the firearm.

The invention discloses an explosive welding method for bimetal composite boards with special quality requirements. The explosive welding method includes preprocessing blanks; charging powder; and performing explosive welding. In a powder charging procedure, 'basin'-shaped powder charge bodies are arranged on shroud plates and extension plates, upper and lower surfaces of the powder charge bodies are parallel to the shroud plates and the extension plates, and powder charging quantities are acquired by computing according to a formula. The welded rate of the composite boards welded by the explosive welding method reaches 100%, the bonding strength of welded surfaces of the bimetal composite boards meet a bimetal solid-phase metallurgical bonding strength law, bonding interfaces of the bimetal composite boards are finely wavy and are excellent in quality, and accordingly the quality requirements of critical equipment of thermonuclear fusion power generation test reactors on the composite boards are met.

The invention discloses a welding method of a thin-walled stainless steel tube and a copper tube part, which can lead the thin-walled stainless steel tube and the copper tube part to form a permanent fastening and sealing connecting structure at the connecting part. The welding method has simple process, the steps of the process thereof are that: (1) the connecting part of the thin-walled stainless steel tube and the copper tube part is cleaned, silver welding paste is coated at the connecting part of the thin-walled stainless steel tube and the copper tube part which is clean; (2) the connecting part of the thin-walled stainless steel tube is inserted in the connecting part of the copper tube part, the outer wall of the copper tube part is heated; (3) when the connecting part of the copper tube part and the thin-walled stainless steel tube is indirectly heated to the temperature range of 750 DEG C to 860 DEG C, a silver welding strip is arranged along the exposed position of the connecting part of the thin-walled stainless steel tube and the copper tube part, the silver welding strip is melted by utilizing the heat stored in the copper tube part, and the welding connection of the thin-walled stainless steel tube and the copper tube part can be completed after the cooling. The welding method can be widely applied in cold and hot water supply pipelines of various tap water supply pipelines and water heaters.

The present invention relates to a method of welding printed circuit board containing mixed lead components and leadless components, using lead solder and controlling welding temperature curve to improve welding peak temperature and prolong solder liquid phase time properly on the base of conventional lead welding technics to implement reliable welding of leadless components. Applying the invention provided technical scheme can implement solder paste coating, patching and welding in one time of most lead components and leadless components, of which the production efficiency is far higher than separate welding technics of lead components and leadless components. The invention provided method improves production efficiency and reduces materials control difficulty of production field while shorts production period of mixed products and reduces production cost.

To provide a hermetically sealed battery having a seal that also serves as a terminal plate, in which the seal can be reliably welded to a battery case without causing spatters and the like while ensuring good weld strength of a lead to the seal.A seal 17 is constituted by an aluminum layer 25 that is made of aluminum or the like and is disposed on a battery case 6 side and a dissimilar metal layer 26 having less thermal conductivity than the aluminum layer 25 and is formed on the aluminum layer 25. The aluminum layer 25 has a larger size than the dissimilar metal layer 26, and an outer peripheral edge portion 25a of the aluminum layer 25 protrudes outward beyond an outer peripheral edge 26a of the dissimilar metal layer 26. The seal 17 is welded to the battery case 6 in a state where the central axis S of a laser beam 27 moves along an outer peripheral edge 25b of the aluminum layer 25 and an edge 29a of a welding mark 29 due to irradiation with the laser beam 27 on the dissimilar metal layer 26 side is positioned outside the outer peripheral edge 26a of the dissimilar metal layer 26.

A method for soldering an electronic component is provided. A first solder land containing copper and a second solder land are formed on a surface of a circuit board. A first solder section composed of a Sn—Ag—Cu solder material is formed on each of the first and the second solder lands, and a terminal of an electronic component chip is mounted on the first solder land. The first solder land and the terminal are fusion-bonded. A second solder section composed of a Sn—Zn solder material is formed on the first solder section disposed on the second solder land. A lead terminal of another electronic component is inserted into a terminal hole formed near the second solder land; and the second solder section and the lead terminal are heated at a temperature lower than the temperature in step (d) to connect the lead terminal to the second solder section by fusion bonding.