58results about How to "Reliable coverage" patented technology

The present invention provides a method for manufacturing a sealed cell, capable of reducing labor and time for managing members of an insulated member and a down-lead body, preventing the down-lead body from contacting with an inner surface of a cell tank, and thinning the cell. An insertion throughhole (27) of the down-lead body (13) is cooperated in a matching pin (39) of a mold (35), the down-lead body is embedded between a pair of holding pins (41, 41) of the mold, and the down-lead body is mounted in an inner space of the mold. Then, a melting resin is injected into the inner space of the mold, such that the insulated member (11) covers the front and the back, the left and the right and the top of the down-lead body, such that the insulated member is integrated and formed on the down-lead body. Moreover, a negative terminal (12) is inserted in the throughhole (25) crossing a cover (3) in a mode of the intervention of the sealing member (10), the lower end part of the negative terminal is mounted with the down-lead body together with the insulated member, and the lower side of the down-lead body is connected with a cathode collector down-lead (9) extending from an electrode body (2).

An apparatus for securing communications includes a processor and memory storing executable computer code causing the apparatus to at least perform operations including receiving a request to activate a service transferring communications of a cellular network to a wireless local network. The computer program code may further cause the apparatus to provide an activation key to a device responsive to an indication that the device is authorized to utilize the service based on determining an identifier(s) of the request is valid. The computer program code may further cause the apparatus to provide a private key to the device, to enable the device to utilize the private key to subsequently register to transfer communications of the cellular network to a wireless local network(s), responsive to receiving a message for the private key from the device and a message from the cellular network. Corresponding methods and computer program products are also provided.

The present invention provides a seat back. The seat back can reduce the number of parts and simplify the structure, and can increase the ease of assembling. A storage part for storing a handrail body (49) is formed in the seat back body; a horizontal shaft, surrounding about the base end side, of the handrail body (49), can be rotabably supported on the seat back frame, and can freely switch between storage status and the use status; a brake pin (35) is protrudingly arranged at a handrail support part (32); a guide groove (52) is formed at the end part at the width direction of the base end part of the handrail body(49); the guide groove (52) is guided by the brake pin (35); the end part at the width direction of the base end part compirses a bushing (50); the horizontal shaft inserts into and supports the bushing (50); and the guide groove (52) is formed in the bushing (50).

The invention relates to a bath and a method for treating, in particular electrolyzing or cleaning, endless fibers, threads or webs of fabric. Said bath comprises a bath container (4) which is filled at least in part with a process liquid and which has means for introducing the endless fibers, threads or webs of fabric. The invention is characterized in that said means are arranged in such a way that the endless fibers, threads or webs of fabric are guided through the bath in a V-shape. The invention also relates to a carbonization plant.

A fabrication process for semiconductor device, aimed to retard cracking in the lower surface of a silicon substrate subjected to grinding. A silicon substrate 1 is ground appropriately on the lower surface side. Consequently, fine and acute protrusions and recesses (crystal destruction layer of silicon) are formed on the lower surface of the silicon substrate 1. The lower surface of the silicon substrate 1 is then roughened with level difference of 1-5 [mu]m by wet etching. Subsequently, a protective film 12 is formed of epoxy based resin, or the like, on the lower surface of the silicon substrate 1. Since the lower surface of the silicon substrate 1 is roughened with level difference of 1-5 [mu]m, the rough surface is covered surely with the protective film 12 and cracking is retarded in the lower surface of the silicon substrate.

The present invention provides a composite spout and an injection molding apparatus for molding the composite spout. In the composite spout, a sleeve fitted to a core member is not displaced during injection molding and the end face of the sleeve is not exposed to the inside of a spout body. A functional resin layer is provided as an intermediate layer in the sleeve, a spout body is injection-molded with the sleeve that functions as a core and is put over the core member of an injection molding die. Therefore, substantially only the inner peripheral surface of the sleeve is exposed to the inner peripheral surface of the spout body. At least a circumferential part of one end of the inner peripheral surface of the spout body meets the inner peripheral edge on one end side of the sleeve or forms a slope radially outwardly tilting from the part of the spout body toward the one end of the spout body.

The invention provides a cheap bearing with excellent rustproof capability and excellent appearance, which is capable of being made compactly without damaging waterproof and dustproof function. The sealing component (7) comprises an approximately cylindric embedded part extending to external circumstance side of a perforated circular plate shaped base (71). An embedded part (73) is embedded into the external circumstance side of a grain wheel (3), for fixing the sealing component (7). A most easily rusty chamfered part (38) completely covers the grain wheel (3) of the rolling bearing (1) from the side face (31) to the external circumstance. As a result, excellent rust prevention effect can be achieved even if expensive stainless steel is not used. The embedded part (73) is not inserted into an annular space (4). Therefore, embedded depth of the embedded part (73) need not to be decreased and the width of the grain wheel (3) need not to be enlarged for avoiding interference between the steel balls in the annular space (4) and a retainer (6). The compact rolling bearing with the sealing component can be implemented without reducing waterproof and dustproof function.

A thread winding housing (25) serves for inserting into a housing receptacle of a gripper body (22), rotatable about a vertical axis, of a gripper (21) of a sewing machine. The thread winding housing (25) has a housing pot (33) for accommodating a thread winding with a thread (27). Serving to cover the thread winding is a housing cover (34). The latter has a first, bottom cover layer (36) with a central guide eye for the thread to pass through. A second, top cover layer (41) at least partly covers the first cover layer (36) in the region of a thread guide. A thread brake (65) interacts with a thread guide section (64). The housing cover (34) is pivotably linked to the housing pot (33) and is connected to the latter. This results in a thread winding housing which simplifies the insertion of the thread winding with good operational reliability and availability of the sewing machine.

The invention provides a method of manufacturing a self-luminous panel using a sealing structure directly covering a self-luminous element on a substrate with sealing material, in which productivity of the panel is not made worse. A self-luminous element region forming process A and a luminous element region forming process B are independently performed. A substrate having a self-luminous element region formed thereon in the self-luminous element region forming process A and a seal substrate having a layer of sealing material formed thereon in the seal member forming process B are laminated to each other in a sealing process C. In the display region forming process A, the self-luminous element forming process is performed (S2) after a pretreatment process (S1). In the luminous element region forming process B, the sealing members are formed into the sizes of the sealing substrates respectively (S3) and then the sealing material is adhered on the sealing member (S4).

A method and a device (1) for ultrasound measurement of the blood flow through a heart valve are proposed. To permit a simple, automated measurement, it is proposed that the measurement area (9) of a measurement beam (7) is moved three-dimensionally by means of a multi-array transducer (11) and continuously evaluated for characteristic Doppler signals. It is further proposed to evaluate several measurement beams (7) with offset spatial, partially overlapping measurement areas (9) and/or several reference beams (8) with offset spatial measurement areas (10) for determination of the opening surface area, the volumetric flow rate, the flow volume and/or a value proportional thereto.

A light emitting device includes a substrate, a light-emitting diode chip mounted on the substrate, a Zener diode chip mounted next to the light-emitting diode chip on the substrate, a frame-like dam material formed on the substrate to surround the light-emitting diode chip and the Zener diode chip, and a light-reflective resin injected inside the dam material to coat side surfaces of the light-emitting diode chip and side surfaces and an upper surface of the Zener diode chip. A part of the frame-like dam material swells outward to surround three of the side surfaces of the Zener diode chip.

A system and method offer a garment provider the ability to automatically scan and track garments at multiple locations without adding processing stations. Various embodiments of this invention allow garment providers to achieve greater processing efficiencies and implement reporting and tracking protocols to provide customers with important data regarding garments in their program with a higher level of confidence. This invention is implemented in various embodiments with a system and/or method for tracking clothes and other textile articles utilizing multiple RFID reading modules throughout the system or method to achieve greater accuracy for reporting and tracking the items. One aspect of various embodiments of this invention is the reading of RFID tags on articles being dried in a commercial dryer. The movement of the articles induced by the action of the dryer provides for increased exposure of the RFID tags on the articles for more reliable detection.

This invention provides a method for forming an external electrode of an electronic component. Said method, whereby a sufficient amount of a conductive paste can be applied all the way to edges, makes it possible to increase the reliability of the electronic component. In said method, a conductive paste (21) is printed onto a printing target (20) via a metal mask (1) comprising a hole (13) and a mesh section (12) that is laid out so as to surround said hole (13). The outer edge of the hole (13) in the metal mask (1) is located inside a printing region on the printing target (20), and the outer edge of the mesh section (12) is located outside said printing region.

The invention relates to a signal booster, comprising a power supply used for providing 220V voltage to an indoor host; an indoor adjustable host used for adjusting indoor signal strength, tolerance, power, rated gain and other numerical values; an indoor and outdoor omnidirectional transceiver antenna, mainly used for importing an outdoor signal, amplifying the outdoor signal through a downlink and accessing the outdoor signal to indoors for compensating the blind point of a base station, then amplifying the signal through an uplink and transmitting the signal to the base station to achieve mobile phone call and data transmission. According to the invention, by means of the relay and the amplification of the uplink signal, the onsite problem that can only be solved under the assistance of a third party is solved, the entire scheme is simple to implement, the practicability is high, and the promotion and application values are very huge.

A method for producing VDMOS transistors in which a specific layer arrangement and a specific method sequence allow setting up an improved gate contact when simultaneously producing source and gate contacts using a single contact hole mask (photo mask).

The invention provides a spiral CT image reconstruction device and method based on a neural network. The equipment comprises a memory used for storing an instruction and three-dimensional projection data of an inspected object from spiral CT equipment, and the inspected object is preset as a multi-layer cross section; the processor is configured to execute the instruction so as to perform image reconstruction on each layer of cross section, and for reconstruction of each layer of cross section, the method comprises the steps of inputting the three-dimensional projection data related to the to-be-reconstructed cross section to a trained neural network model to obtain a cross section reconstruction image; and forming a three-dimensional reconstructed image according to the reconstructed image with the multi-layer cross section. According to the equipment disclosed by the invention, by combining the advantages of the deep neural network and the particularity of the spiral CT imaging problem, the three-dimensional data projection data can be reconstructed into a three-dimensional reconstructed image with more information and less noise.

A single-frequency network, SFN, system comprises: at least two independently controlled SFN transmitters; a network entity being arranged for computing optimized SFN transmission parameters specifically for each of the at least two SFN transmitters; and one or more field probes arranged in the SFN and connected to the network entity via a network communication channel. The one or more field probes are arranged for measuring, preferably continuously, an SFN reception of signals transmitted by the at least two independently controlled SFN transmitters, producing field measurement data, and supplying the field measurement data to the network entity. The network entity is arranged for automatically calculating, as a function of the supplied field measurement data, at least one type of SFN transmission parameter specifically optimized for each of the at least two independently controlled SFN transmitters, in order to optimize the SFN reception of the signals transmitted by the at least two independently controlled SFN transmitters, and supplying the transmitter-specifically optimized SFN transmission parameters to each of the at least two independently controlled SFN transmitters.