mhurhangee/ep-ind-claims huggingface dataset:
Damping arrangement for at least one absorption mass, which is received on an absorption mass carrier, of an absorption system, having a damping device which is assigned to the at least one absorption mass and which acts as a stop (49a to 49c) for the respective absorption mass both in the radial direction and in the circumferential direction, wherein the damping device has at least one damper element which is assigned to the absorption mass carrier at least along part of its circumferential extent, characterized in that the damper element has a first component in the form of a damper element carrier which is received on the absorption mass carrier in a recess provided for this purpose, and serves for receiving a second component in the form of a damper element pad which, by way of a radial projection (48, 50) which acts as a stop (49a to 49c) for the respective absorption mass, protrudes into the installation space provided in the absorption mass carrier for the movement of the respective absorption mass, characterized in that the damper element has, on its side facing the absorption mass carrier, at least one damper element arm which engages in a corresponding recess portion of the recess of the absorption mass carrier.
A fuel cell assembly (100; 200) comprising: a membrane electrode assembly; a cathode separator plate having a series of corrugations extending, and providing air flow paths; between first and second opposing edges of the plate; a gasket providing a fluid seal around a peripheral edge of the membrane electrode assembly between the separator plate and the membrane electrode assembly; and a metal shim disposed between the gasket and the separator plate over the peripheral edge of the membrane electrode assembly, wherein the metal shim is provided as an integral part of the separator plate, the metal shim comprising first and second strips (401, 402) longitudinally extending transverse the corrugations of the separator plate and extending along respective first and second opposing edges of the plate. a membrane electrode assembly; a cathode separator plate having a series of corrugations extending, and providing air flow paths; between first and second opposing edges of the plate; a gasket providing a fluid seal around a peripheral edge of the membrane electrode assembly between the separator plate and the membrane electrode assembly; and a metal shim disposed between the gasket and the separator plate over the peripheral edge of the membrane electrode assembly, wherein the metal shim is provided as an integral part of the separator plate, the metal shim comprising first and second strips (401, 402) longitudinally extending transverse the corrugations of the separator plate and extending along respective first and second opposing edges of the plate.
A closure configured to be partially integrated under a line of ridge tiles of a roof, the closure being formed from a single profiled part comprising: - an upper portion preferably flat, the upper portion being intended to be capped with at least one ridge tile, - a central portion comprising two sections arranged on either side of the upper portion, each section being provided with at least one opening configured to ventilate the interior of the line of ridge tiles, - at least one step configured to connect the central portion of the closure to a lower portion of the closure, - the lower portion comprising two lateral fins including a portion inclined relative to the central portion to which it is connected, each lateral fin comprising a fold having a first part and a second part, the second part being oriented towards the central portion and extending substantially parallel to the inclined portion of the fin, the first portion being configured to be oriented towards the roof, characterized in that the first part of the fold extends in a plane secant to that in which extends the fin, this first part comprising at least one ventilation inlet configured to ventilate at the base of the line of ridge tiles, and the second part being intended to be arranged on the tiles or flat slates of plain square constituting the roof, and each of the fins being connected to a section of the central portion and each extending from the section of the central portion in a protruding manner. - an upper portion preferably flat, the upper portion being intended to be capped with at least one ridge tile, - a central portion comprising two sections arranged on either side of the upper portion, each section being provided with at least one opening configured to ventilate the interior of the line of ridge tiles, - at least one step configured to connect the central portion of the closure to a lower portion of the closure, - the lower portion comprising two lateral fins including a portion inclined relative to the central portion to which it is connected, each lateral fin comprising a fold having a first part and a second part, the second part being oriented towards the central portion and extending substantially parallel to the inclined portion of the fin, the first portion being configured to be oriented towards the roof, characterized in that the first part of the fold extends in a plane secant to that in which extends the fin, this first part comprising at least one ventilation inlet configured to ventilate at the base of the line of ridge tiles, and the second part being intended to be arranged on the tiles or flat slates of plain square constituting the roof, and each of the fins being connected to a section of the central portion and each extending from the section of the central portion in a protruding manner.
A method for non-uniformly quantizing a color histogram bin value of an image according to the frequency of color occurrence, comprising: normalizing the color histogram bin values into a range of values between 0 and 1; mapping the normalized color histogram bin values to corresponding code values, characterised in that the normalized color histogram bin values below a first threshold value of '0.0001' are considered a single quantum and are mapped to first a single code value, characterised in that: and the normalized color histogram bin values above or equal to said first threshold value are mapped non-uniformly, wherein the range of normalized color histogram bin values above said first threshold value is further divided into a plurality of sections based on a plurality of predetermined thresholds, and each section is mapped onto a single code value, different from the single code value. normalizing the color histogram bin values into a range of values between 0 and 1; mapping the normalized color histogram bin values to corresponding code values, characterised in that the normalized color histogram bin values below a first threshold value of '0.0001' are considered a single quantum and are mapped to first a single code value, characterised in that: and the normalized color histogram bin values above or equal to said first threshold value are mapped non-uniformly, wherein the range of normalized color histogram bin values above said first threshold value is further divided into a plurality of sections based on a plurality of predetermined thresholds, and each section is mapped onto a single code value, different from the single code value. and the normalized color histogram bin values above or equal to said first threshold value are mapped non-uniformly, wherein the range of normalized color histogram bin values above said first threshold value is further divided into a plurality of sections based on a plurality of predetermined thresholds, and each section is mapped onto a single code value, different from the single code value.
A power toothbrush, comprising: a housing; a frame disposed within the housing; a motor having an oscillating output and disposed on the frame; a motor shaft having a distal end arranged to receive a toothbrush brushhead, and a proximal end extending from the motor within the housing; and a resilient motor mount comprising one or more mount arms (75, 76), each having a compression surface (77,78) in compressive contact with a promixal end of the motor, the resilient motor mount disposed in compressive arrangement between the motor and a side surface of either the frame or the housing, and arranged to limit a maximum displacement of the shaft. a housing; a frame disposed within the housing; a motor having an oscillating output and disposed on the frame; a motor shaft having a distal end arranged to receive a toothbrush brushhead, and a proximal end extending from the motor within the housing; and a resilient motor mount comprising one or more mount arms (75, 76), each having a compression surface (77,78) in compressive contact with a promixal end of the motor, the resilient motor mount disposed in compressive arrangement between the motor and a side surface of either the frame or the housing, and arranged to limit a maximum displacement of the shaft.
Method for detecting at least one file installed fraudulently in a first peer of a peer-to-peer network, characterized in that it comprises: - a step of determination of a first list (FAL) comprising files added locally in a zone (ZP) of files shared in the network by said first peer; - a step of identification of at least one second peer (P11, P12) from which said first peer has downloaded at least one file fragment in said network; - a step of determination, for at least one identified second peer (P11, P12), of a second list (FAL, FAL) comprising files added locally in a zone (ZP, ZP) of files shared in the network by this second peer; - a step of searching, for at least one of the second lists (FAL), for at least one file common to said first list (FAL) and said second list (FAL); and - a step during which said at least one found common file is identified as being a file installed fraudulently in said first peer, if the number of common files found is greater than a predetermined threshold. - a step of determination of a first list (FAL) comprising files added locally in a zone (ZP) of files shared in the network by said first peer; - a step of identification of at least one second peer (P11, P12) from which said first peer has downloaded at least one file fragment in said network; - a step of determination, for at least one identified second peer (P11, P12), of a second list (FAL, FAL) comprising files added locally in a zone (ZP, ZP) of files shared in the network by this second peer; - a step of searching, for at least one of the second lists (FAL), for at least one file common to said first list (FAL) and said second list (FAL); and - a step during which said at least one found common file is identified as being a file installed fraudulently in said first peer, if the number of common files found is greater than a predetermined threshold.
Agent for the disinfection of surfaces and the destruction of bacterial metabolic products, said agent containing at least one percarboxylic acid together with a stabilizing agent in aqueous solution, characterized in that polyvinylpyrrolidone is used as stabilizing agent, the agent comprising a hydroxypercarboxylic acid.
A display system comprising: a pixelated display having a plurality of pixels each having a pixel size in the X direction, each pixel having a red sub-pixel, a green sub-pixel and a blue sub-pixel, wherein the pixel extends in the X direction; and a transparent substrate comprising an antiglare surface and a diffraction element disposed below the antiglare surface, wherein the transparent substrate is disposed in front of the pixelated display at an optical distance D from the pixelated display such that a second surface of the transparent substrate opposite the antiglare surface faces the pixelated display, wherein the diffraction element is arranged to reduce inter-pixel gaps in the image produced by the pixelated display, wherein an inter-pixel gap is the distance between adjacent energized sub-pixels of a same color, and wherein the diffraction element has a diffraction grating period T that provides a first order of diffraction at a lateral displacement dx that is within 10% of 1/3 of the pixel size, wherein dx=Dtan(λ/T) and the pixel size is the dimension of an individual pixel in the x direction. a pixelated display having a plurality of pixels each having a pixel size in the X direction, each pixel having a red sub-pixel, a green sub-pixel and a blue sub-pixel, wherein the pixel extends in the X direction; and a transparent substrate comprising an antiglare surface and a diffraction element disposed below the antiglare surface, wherein the transparent substrate is disposed in front of the pixelated display at an optical distance D from the pixelated display such that a second surface of the transparent substrate opposite the antiglare surface faces the pixelated display, wherein the diffraction element is arranged to reduce inter-pixel gaps in the image produced by the pixelated display, wherein an inter-pixel gap is the distance between adjacent energized sub-pixels of a same color, and wherein the diffraction element has a diffraction grating period T that provides a first order of diffraction at a lateral displacement dx that is within 10% of 1/3 of the pixel size, wherein dx=Dtan(λ/T) and the pixel size is the dimension of an individual pixel in the x direction.
A display panel, comprising: a base substrate, a plurality of pixels located on the base substrate, and at least one transparent region and a display region outside the at least one transparent region, the plurality of pixels being located in the display region, characterized by, an thin film encapsulation layer located on the plurality of pixels; a touch screen panel, and a transparent cover which are located on a side of the thin film encapsulation layer opposite to the base substrate; wherein, in a direction parallel with the base substrate, a width of the transparent region is larger than a distance between adjacent two of the pixels on a same side of the transparent region; and wherein, in a plan view, the orthographic projection of the transparent region on a plane in the direction perpendicular to the base substrate falls into the orthographic projection of the thin film encapsulation layer on the plane in the direction perpendicular to the base substrate, wherein the plane is parallel with the base substrate, wherein the touch screen panel comprises a touch electrode made of a non-transparent material, and the touch electrode is provided with a hole-drilling region corresponds to the transparent region of the display region. a base substrate, a plurality of pixels located on the base substrate, and at least one transparent region and a display region outside the at least one transparent region, the plurality of pixels being located in the display region, characterized by, an thin film encapsulation layer located on the plurality of pixels; a touch screen panel, and a transparent cover which are located on a side of the thin film encapsulation layer opposite to the base substrate; wherein, in a direction parallel with the base substrate, a width of the transparent region is larger than a distance between adjacent two of the pixels on a same side of the transparent region; and wherein, in a plan view, the orthographic projection of the transparent region on a plane in the direction perpendicular to the base substrate falls into the orthographic projection of the thin film encapsulation layer on the plane in the direction perpendicular to the base substrate, wherein the plane is parallel with the base substrate, wherein the touch screen panel comprises a touch electrode made of a non-transparent material, and the touch electrode is provided with a hole-drilling region corresponds to the transparent region of the display region.
A method for handling service failures in a communications network comprising a user equipment, a first network element (35, 39) and a serving network element, the method comprising the steps of: receiving at the first network element (35, 39) a first message from the user equipment; transmitting the first message from the first network element (35,39) to the serving network element; detecting at the first network element (35, 39) that the serving network element is out of service; determining at the first network element (35, 39) the type of the first message, wherein the determining the type of the first message comprises evaluating content of a predefined information element in the first message; in response to detecting at the first network element that the serving network element is out of service and to determining that a type of the first message is a re-registration request: sending from the first network element (35, 39) to the user equipment an error message including an indication that the serving network element is out of service; and subsequent to sending the error message to the user equipment, receiving at the first network element (35, 39) a second message from the user equipment, the second message being of a second type different from the type of the first message, the type of the second message being an initial registration request. receiving at the first network element (35, 39) a first message from the user equipment; transmitting the first message from the first network element (35,39) to the serving network element; detecting at the first network element (35, 39) that the serving network element is out of service; determining at the first network element (35, 39) the type of the first message, wherein the determining the type of the first message comprises evaluating content of a predefined information element in the first message; in response to detecting at the first network element that the serving network element is out of service and to determining that a type of the first message is a re-registration request: sending from the first network element (35, 39) to the user equipment an error message including an indication that the serving network element is out of service; and subsequent to sending the error message to the user equipment, receiving at the first network element (35, 39) a second message from the user equipment, the second message being of a second type different from the type of the first message, the type of the second message being an initial registration request. sending from the first network element (35, 39) to the user equipment an error message including an indication that the serving network element is out of service; and subsequent to sending the error message to the user equipment, receiving at the first network element (35, 39) a second message from the user equipment, the second message being of a second type different from the type of the first message, the type of the second message being an initial registration request.
A pendulum cover saw having a base body, in particular comprising a base plate (14,) and having a work unit, which comprises a driven saw blade, wherein a handle is provided to set the machining depth of the saw blade relative to the base body and a fixing device is provided for the selective fixing of a set machining depth, wherein the handle has a gripping section, wherein the fixing device can be actuated via an actuation element provided at the handle and wherein a push-button provided at the end face of the gripping section forms the actuation element.
Controller comprising: - a housing having a first housing part and a second housing part, - a printed circuit board which is arranged in the housing, - a plug element having a large number of contacts, which plug element is connected both mechanically and electrically to the printed circuit board, and - a vibration-sensitive sensor, - wherein the plug element is fixedly connected to one of the housing parts (20, 21) by means of a mechanical connection, - wherein the mechanical connection has a projecting element and a receiving element with a recess for receiving the projecting element, - wherein the recess has a base region, a first wall region and a second wall region, and - wherein a first rib is arranged on the first wall region and a second rib is arranged on the second wall region, wherein the first rib and the second rib each project by a height H out of the first wall region and, respectively, the second wall region of the recess, wherein the height H is such that a width B of the projecting element is somewhat larger than a remaining opening dimension C of the recess of the receiving element, characterized in that at least one of the wall regions (10, 30) is formed by a limb and a slot is arranged on an outer side of the limb, elastic deformation of the limb without great expenditure of force when the plug element is inserted into the housing part being possible owing to the said slot. - a housing having a first housing part and a second housing part, - a printed circuit board which is arranged in the housing, - a plug element having a large number of contacts, which plug element is connected both mechanically and electrically to the printed circuit board, and - a vibration-sensitive sensor, - wherein the plug element is fixedly connected to one of the housing parts (20, 21) by means of a mechanical connection, - wherein the mechanical connection has a projecting element and a receiving element with a recess for receiving the projecting element, - wherein the recess has a base region, a first wall region and a second wall region, and - wherein a first rib is arranged on the first wall region and a second rib is arranged on the second wall region, wherein the first rib and the second rib each project by a height H out of the first wall region and, respectively, the second wall region of the recess, wherein the height H is such that a width B of the projecting element is somewhat larger than a remaining opening dimension C of the recess of the receiving element, characterized in that at least one of the wall regions (10, 30) is formed by a limb and a slot is arranged on an outer side of the limb, elastic deformation of the limb without great expenditure of force when the plug element is inserted into the housing part being possible owing to the said slot.
An air spring comprising a composite bumper, a composite piston, a flexible bellow and an upper end cap member, the flexible bellow is sealingly attached to the composite piston and the upper end cap member; the flexible bellow, the upper end cap member, and the composite piston together form a fluid tight chamber; and, the composite bumper is contained within the fluid tight chamber, characterized in that the composite piston has a first end which includes a plurality of rigid portions and a plurality of adjacently positioned cantilever snap joints for receiving and securing the composite bumper, whereby the cantilever snap joints are arranged alternately to the rigid portions and the composite bumper includes an inner wall for securely engaging the plurality of rigid portions and the plurality of cantilever snap joints; the first end of composite piston further includes a plurality of intermittent piston housing surfaces upon which an outer surface of the composite bumper nests against.