44results about How to "Easily breakable" patented technology

An arrangement of a multiplicity of LEDs, drive circuitry, and supporting structure to form a replacement for standard fluorescent tubes without the need to rewire or remove the magnetic or electronic ballasts in use in standard fluorescent fixtures.

A method for manufacturing a weighted mounting platform, the method including: of a first injection moldable material, injection molding a substantially rigid body structure further comprising a substantially central hub with a plurality of legs projecting therefrom and an enlarged mass positioned adjacent to an end portion of at least two or more of the plurality of legs distal from the hub; of a second injection moldable material, injection molding a flexible skin covering at least a portion of the body structure between each enlarged mass and the central hub; and subsequent to the injection molding a flexible skin, freeing the enlarged mass positioned adjacent to an end portion of at least two or more of the plurality of legs for motion relative to the central hub.

Disclosed is a wafer process body, a temporary adhesive layer is formed on a supporting body, and a wafer having a circuit-formed front surface and a to-be-processed back surface is stacked on the temporary adhesive layer, wherein the temporary adhesive layer is provided with a first temporary adhesive layer including a non-aromatic saturated hydrocarbon group-containing organopolysiloxane layer (A) which is adhered to the front surface of the wafer so as to be detachable and a second temporary adhesive layer comprised of a thermosetting-modified siloxane polymer layer (B) which is stacked on the first temporary adhesive layer and adhered to the supporting body so as to be detachable. Thus, temporary adhesion of a wafer with a supporting body may become easy, process conformity with the TSV formation process and with the wafer-back surface-wiring process may become high, and removal may be done easily, with high productivity.

Helmet chin-strap harness structure including a pair of bilaterally symmetric, bilaterally equi-flex, non-rigid, fabric-strap-like, substantially mirror-image, flexible lateral elements which define opposite sides for the harness structure, and a bilaterally symmetric chin-strap substructure having laterally opposite sides releasably attachable for fore-and-aft translational sliding on the two lateral elements.

Intended to be used by users whose activity requires cervical and dorsal protection, it comprises an expandable gas stored in a bottle or tank (13); at least one diffuser for the gas (14); a pyrotechnic activation system (16) to bring about the expansion of the gas; at least one control signal receiver (12, 12′) for activation of the system; an airbag (11) adapted to be inflated by the expansion of the gas when a control signal is received; a receptacle (10) for the support and housing of the different elements and a removable and multi-positionable fixing means to the headrest (2) of an automobile or to a helmet (1). Once inflated, the bag (11′) has an essentially parallelipipedic shape (19), (20), spanning from the base of the skull to half-way down the back, with lateral wings (21) which enshrine the neck.

A baby bottle sleeve comprising a cylindrical sleeve made of an elastomer material for holding a baby bottle having a top opening for a top end region of a baby bottle extending out of the sleeve, and a cutout extending downward from the edge of the top opening that can be opened for inserting and removing a baby bottle, and at least one closable and openable closing means that, in a closed state, fixes the cutout in a closed position and releases the cutout in an open state so that it can be opened.

Disclosed is a wafer process body, a temporary adhesive layer is formed on a supporting body, and a wafer having a circuit-formed front surface and a to-be-processed back surface is stacked on the temporary adhesive layer, wherein the temporary adhesive layer is provided with a first temporary adhesive layer including a non-aromatic saturated hydrocarbon group-containing organopolysiloxane layer (A) which is adhered to the front surface of the wafer so as to be detachable and a second temporary adhesive layer comprised of a thermosetting-modified siloxane polymer layer (B) which is stacked on the first temporary adhesive layer and adhered to the supporting body so as to be detachable. Thus, temporary adhesion of a wafer with a supporting body may become easy, process conformity with the TSV formation process and with the wafer-back surface-wiring process may become high, and removal may be done easily, with high productivity.

A terminal-provided wire (10) includes a wire (13) with a core (11) whose end is exposed, and a terminal (20) crimped to the end of the core (11) and connectable to a mating side. The terminal (20) includes a front terminal portion (21) and a rear terminal portion (22). The rear terminal portion (22) includes a bottom plate portion (26) on which the core (11) is to be placed, a pair of wire barrel portions (27) extending from the bottom plate portion (26) and to be crimped to the core (11), an easily breakable portion (28) extending in an axial direction from the bottom plate portion (26) and to be broken at the time of disassembling, and a fixing portion (29) extending in the axial direction from the easily breakable portion (28). The front terminal portion (21) includes an auxiliary crimping portion (25) to be placed on the bottom plate portion (26) in such a manner as to be sandwiched between the bottom plate portion (26) and the core (22) and to be crimped to the core (22) together with the wire barrel portions (27) to partly highly compress the core (22), a fixing portion (24) to be fixed to the fixing portion (29) and a connecting portion (23) extending in the axial direction from the fixing portion (24).

A cladding (cover) element (32) includes a reception unit which is integrated therein. The reception unit contains a receiving coil (10) for the contactless transfer of electric energy and a plurality of flux-conducting elements (15a, 15b; 16a, 16b) that are associated with the receiving coil (10) for concentrating the field strength. The cover element (32) is made of a fiber-reinforced plastic. The flux-conducting elements (15a, 15b; 16a, 16b) and the receiving coil (10) are arranged in a base body (18) that is used to position the elements and coil and are embedded with the base body (18) in the cladding element (32). A process is also provided for producing the cladding element (32).

The subject invention provides a process for efficiently producing electret coarse powder useful as electrophoretic particles for a large-screen display.The process for producing electret coarse powder comprises irradiating a fluorine-containing resin sheet with an electron beam or a radial ray to convert the fluorine-containing resin sheet into an electret sheet, and pulverizing the electret sheet.

The disclosed inventive concept provides a crushable air duct having formed thereon a series of strategically positioned and patterned crack-initiating grooves. The grooves allow the air duct to be crushed in an impact event and a specified impact force, thereby protecting adjacent and higher cost under hood components from damage. In an impact event, the series of grooves allows the cracks in the air duct to readily propagate throughout the pattern in a controlled and predictable manner. The crushable air duct is formed from a rigid polymerized material. The duct includes an inlet and an outlet. The grooves are formed on either or both the exterior surface and the interior surface of the duct. Some of the grooves extend generally between the inlet and the outlet. These grooves are preferably parallel. Other grooves are circumferentially formed around the duct. At least some of the parallel and circumferential grooves intersect.

A kind of fireproof cloth includes a piece of polyacrylonitrile fiber cloth; to make the polyacrylonitrile fiber cloth, first polymer of polyacrylonitrile is spun into fiber, and flame-resisting treatment is carried out on the polyacrylonitrile fiber in air, and next the polyacrylonitrile fiber is woven into polyacrylonitrile fiber cloth; because of the flame-resisting treatment, the polyacrylonitrile fiber has high strength, high elasticity and heat isolation capability, and is highly resistible to instantaneous high temperature; the polyacrylonitrile fiber cloth has excellent water absorbing capability therefore structure of the fireproof cloth won't be damaged when the fireproof cloth is washed with water.

A bracket for an on-vehicle camera includes: a camera fixing portion to which the on-vehicle camera is fixed; at least one vehicle-mount fixing portion provided integrally with the camera fixing portion and configured to be fixed to a vehicle body; and at least one weak portion arranged at a position at which the camera fixing portion is separable from the at least one vehicle-mount fixing portion by breakage of the at least one weak portion, the at least one weak portion being breakable more easily than another part of the bracket.

An antenna segment and a multi segment antenna are disclosed. In an embodiment an antenna segment includes a coil carrier comprising a first end section and a second end section, a wire coil arranged around the coil carrier and a magnetic core arranged in the coil carrier, wherein the magnetic core and the wire coil are arranged such that in the first end section the magnetic core and the coil carrier extend beyond the wire coil and in the second end section the coil carrier and the wire coil extend beyond the magnetic core.

The subject invention provides a process for efficiently producing electret coarse powder useful as electrophoretic particles for a large-screen display.The process for producing electret coarse powder comprises irradiating a fluorine-containing resin sheet with an electron beam or a radial ray to convert the fluorine-containing resin sheet into an electret sheet, and pulverizing the electret sheet.