mhurhangee/ep-ind-claims huggingface dataset:
A mobile content relay device operable on a wide area network, WAN, and a local network, comprising: a user interface element to present a contacts list corresponding to users of remote devices operating in the WAN, wherein in the contacts list at least one of the remote devices (132, 134) is a content delivery device identified as having permission to initiate delivery of content to renderer devices (122a, 122b) associated with the mobile content relay device, the renderer devices (122a, 122b) being members of the local network; and a processor operable to control the mobile content relay device to communicate to the content delivery device identifying information of available renderer devices operating in the local network and currently available to the mobile content relay device, and the processor responsive to communications from the content delivery device including selected content and a device identifier of a selected one of the available renderer devices, to control the mobile content relay device to communicate the selected content received from the content delivery device to the selected renderer device. a user interface element to present a contacts list corresponding to users of remote devices operating in the WAN, wherein in the contacts list at least one of the remote devices (132, 134) is a content delivery device identified as having permission to initiate delivery of content to renderer devices (122a, 122b) associated with the mobile content relay device, the renderer devices (122a, 122b) being members of the local network; and a processor operable to control the mobile content relay device to communicate to the content delivery device identifying information of available renderer devices operating in the local network and currently available to the mobile content relay device, and the processor responsive to communications from the content delivery device including selected content and a device identifier of a selected one of the available renderer devices, to control the mobile content relay device to communicate the selected content received from the content delivery device to the selected renderer device.
A hair cutting appliance arranged to be moved through hair in a moving direction to cut hair, said hair cutting appliance comprising: - a housing portion; - a blade set having a skin-facing top surface, said blade set arranged pivotably with respect to the housing portion; and - a releasable attachment comb, said attachment comb comprising: - a supporting frame, - at least one spacing guard element arranged to space the blade set from a working surface when in operation, particularly to space the skin-facing top surface thereof from a user's skin, - a mounting portion arranged to be attached to a housing portion of the hair cutting appliance, the releasable attachment comb being characterized by: - an orientation determining portion arranged to engage the blade set and to define a locking orientation of the blade set when mounted to the hair cutting appliance. - a housing portion; - a blade set having a skin-facing top surface, said blade set arranged pivotably with respect to the housing portion; and - a releasable attachment comb, said attachment comb comprising: - a supporting frame, - at least one spacing guard element arranged to space the blade set from a working surface when in operation, particularly to space the skin-facing top surface thereof from a user's skin, - a mounting portion arranged to be attached to a housing portion of the hair cutting appliance, the releasable attachment comb being characterized by: - an orientation determining portion arranged to engage the blade set and to define a locking orientation of the blade set when mounted to the hair cutting appliance. - a supporting frame, - at least one spacing guard element arranged to space the blade set from a working surface when in operation, particularly to space the skin-facing top surface thereof from a user's skin, - a mounting portion arranged to be attached to a housing portion of the hair cutting appliance, the releasable attachment comb being characterized by: - an orientation determining portion arranged to engage the blade set and to define a locking orientation of the blade set when mounted to the hair cutting appliance. - an orientation determining portion arranged to engage the blade set and to define a locking orientation of the blade set when mounted to the hair cutting appliance.
A safety switch (1, la) comprising: a case having an opening (213, 214) in which an actuator is insertable; a cam disposed in said case and that rotates about a rotational shaft upon engagement with a part of said actuator in accordance with an insertion operation of inserting said actuator into said opening and a withdrawal operation of withdrawing said actuator; a switch part (32, 32a) that includes a rod and detects an insertion state where said actuator is inserted in said opening, the rod reciprocating according to a rotation angle of said cam; a locking member (25, 51) that locks said actuator upon engagement with a part of said cam in said insertion state; and an unlocking part that unlocks said actuator locked by said locking member, whereby in a case where said withdrawal operation of withdrawing said actuator is performed in a locked state where said actuator is locked, said cam pushes said locking member in one direction, and said locking member pushes a part of said case either directly or indirectly in said one direction, and characterized in that, the rod has a tip end face that slides over an outer peripheral surface of said cam. a case having an opening (213, 214) in which an actuator is insertable; a cam disposed in said case and that rotates about a rotational shaft upon engagement with a part of said actuator in accordance with an insertion operation of inserting said actuator into said opening and a withdrawal operation of withdrawing said actuator; a switch part (32, 32a) that includes a rod and detects an insertion state where said actuator is inserted in said opening, the rod reciprocating according to a rotation angle of said cam; a locking member (25, 51) that locks said actuator upon engagement with a part of said cam in said insertion state; and an unlocking part that unlocks said actuator locked by said locking member, whereby in a case where said withdrawal operation of withdrawing said actuator is performed in a locked state where said actuator is locked, said cam pushes said locking member in one direction, and said locking member pushes a part of said case either directly or indirectly in said one direction, and characterized in that, the rod has a tip end face that slides over an outer peripheral surface of said cam.
A method for transmitting a frame sequence number, comprising: a node B receiving a protocol data unit from a carrier and de-multiplexing the protocol data unit into media access control data streams; the node B setting a carrier indicator field in an enhanced-dedicated transport channel data frame to the carrier and generating a frame sequence number for the enhanced-dedicated transport channel data frame transmitted each time on the carrier; and the node B transmitting the media access control data streams to a serving radio network controller, SRNC, by using the enhanced-dedicated transport channel data frame; characterized in that the frame sequence number can be generated for the enhanced-dedicated transport channel data frame transmitted each time on the carrier by using the following methods: for every frame protocol data frame transmission from the carrier, an X- bit frame sequence number corresponding to this carrier is calculated according to the following formula: frame sequence number = frame sequence number + 1 modulo 2 X. a node B receiving a protocol data unit from a carrier and de-multiplexing the protocol data unit into media access control data streams; the node B setting a carrier indicator field in an enhanced-dedicated transport channel data frame to the carrier and generating a frame sequence number for the enhanced-dedicated transport channel data frame transmitted each time on the carrier; and the node B transmitting the media access control data streams to a serving radio network controller, SRNC, by using the enhanced-dedicated transport channel data frame; characterized in that the frame sequence number can be generated for the enhanced-dedicated transport channel data frame transmitted each time on the carrier by using the following methods: for every frame protocol data frame transmission from the carrier, an X- bit frame sequence number corresponding to this carrier is calculated according to the following formula: frame sequence number = frame sequence number + 1 modulo 2 X. for every frame protocol data frame transmission from the carrier, an X- bit frame sequence number corresponding to this carrier is calculated according to the following formula: frame sequence number = frame sequence number + 1 modulo 2 X.
A signal processing device configured to process echoes from sea waves included in a detection area of a ship radar apparatus having an antenna unit with an antenna configured to receive echoes from sea waves included in a plurality of analysis areas (Z1-Z5) set within the detection area, such that as coordinate axes of the analysis areas (Z1-Z5), axes which are substantially parallel to directions from the ship toward the central points of the analysis areas (Z1-Z5) are set; the signal processing device comprising: a frequency area spectrum generating module configured to carry out a frequency analysis of the echoes received by the antenna and generate 3D FFT directional frequency spectrums S Zn for the plurality of analysis areas (Z1-Z5), respectively, each directional frequency spectrum being defined along the respective coordinate axis of the respective analysis area (Z1-Z5); an integrating module configured to integrate echo intensity indicated by each sampling point that constitutes each of the directional frequency spectrums while unifying directions included in coordinates of the directional frequency spectrum, and generate an integrated frequency area spectrum, the integrated frequency area spectrum being provided as spectral power S total (i,j) in an arbitrary direction i and at an arbitrary frequency j; and a sea wave information calculating module configured to calculate sea wave information that is information related to the sea waves included in the analysis areas (Z1-Z5) based on the integrated frequency area spectrum, respectively, wherein the integrating module integrates the directional frequency spectrums S Zn obtained by multiplying the echo intensities at the sampling points by weight coefficients determined for the plurality of directional frequency spectrums, respectively. a frequency area spectrum generating module configured to carry out a frequency analysis of the echoes received by the antenna and generate 3D FFT directional frequency spectrums S Zn for the plurality of analysis areas (Z1-Z5), respectively, each directional frequency spectrum being defined along the respective coordinate axis of the respective analysis area (Z1-Z5); an integrating module configured to integrate echo intensity indicated by each sampling point that constitutes each of the directional frequency spectrums while unifying directions included in coordinates of the directional frequency spectrum, and generate an integrated frequency area spectrum, the integrated frequency area spectrum being provided as spectral power S total (i,j) in an arbitrary direction i and at an arbitrary frequency j; and a sea wave information calculating module configured to calculate sea wave information that is information related to the sea waves included in the analysis areas (Z1-Z5) based on the integrated frequency area spectrum, respectively, wherein the integrating module integrates the directional frequency spectrums S Zn obtained by multiplying the echo intensities at the sampling points by weight coefficients determined for the plurality of directional frequency spectrums, respectively.
A method for reducing the concentration of NO X in a dust containing gas stream comprising: a. passing a first gas stream containing NO X into a contacting zone; b. contacting the first gas stream with a ceramic foam catalyst bed having one or more flow paths through the catalyst bed wherein the ceramic foam comprises a NO X reduction catalyst to produce a second gas stream with a reduced NO X concentration, and the catalyst bed has from 10 to 30 pores per inch; and c. passing the second gas stream out of the contacting zone wherein the first gas stream has a dust concentration of at least 5 mg/Nm 3 and the second gas stream comprises at least 50% of the amount of dust in the first gas stream. a. passing a first gas stream containing NO X into a contacting zone; b. contacting the first gas stream with a ceramic foam catalyst bed having one or more flow paths through the catalyst bed wherein the ceramic foam comprises a NO X reduction catalyst to produce a second gas stream with a reduced NO X concentration, and the catalyst bed has from 10 to 30 pores per inch; and c. passing the second gas stream out of the contacting zone wherein the first gas stream has a dust concentration of at least 5 mg/Nm 3 and the second gas stream comprises at least 50% of the amount of dust in the first gas stream.
A solar collector comprising: an absorber, an insulating layer beneath the absorber, a cover pane spaced above the absorber, an outer frame having end- and side panels surrounding absorber and the periphery of the insulating layer, a cover pane attachment ledge directed inwardly and/or outwardly from the end- and side panels adjacent to their upper ends, said cover pane being attached to said attachment ledge by a continuous layer of flexible adhesive sealant between a peripheral zone on the underside of the cover panel and the upper surface of the attachment ledge, and a protective stripping with a top ledge covering a peripheral zone of the upper side of the cover pane, characterized by a bottom ledge of said protective stripping resting on said attachment ledge, said top ledge and said bottom ledge being interconnected by a substantially vertically extending connection portion, a flashing comprising an inwardly directed top ledge, a shoulder, and a substantially upright connecting portion connecting said top ledge with said shoulder, said protective stripping being provided with means to connect to said flashing, wherein said means include a recess formed in the protective stripping, said shoulder of the flashing being supported by said bottom ledge of the protective stripping, and said connecting portion of said flashing extends in parallel with the connecting portion of said protective stripping with a given clearance therebetween, so as to provide space for fastening elements that fasten the bottom ledge of the protective stripping to the attachment ledge of the end or side panel. an absorber, an insulating layer beneath the absorber, a cover pane spaced above the absorber, an outer frame having end- and side panels surrounding absorber and the periphery of the insulating layer, a cover pane attachment ledge directed inwardly and/or outwardly from the end- and side panels adjacent to their upper ends, said cover pane being attached to said attachment ledge by a continuous layer of flexible adhesive sealant between a peripheral zone on the underside of the cover panel and the upper surface of the attachment ledge, and a protective stripping with a top ledge covering a peripheral zone of the upper side of the cover pane, characterized by a bottom ledge of said protective stripping resting on said attachment ledge, said top ledge and said bottom ledge being interconnected by a substantially vertically extending connection portion, a flashing comprising an inwardly directed top ledge, a shoulder, and a substantially upright connecting portion connecting said top ledge with said shoulder, said protective stripping being provided with means to connect to said flashing, wherein said means include a recess formed in the protective stripping, said shoulder of the flashing being supported by said bottom ledge of the protective stripping, and said connecting portion of said flashing extends in parallel with the connecting portion of said protective stripping with a given clearance therebetween, so as to provide space for fastening elements that fasten the bottom ledge of the protective stripping to the attachment ledge of the end or side panel.
An orthopedic implant (110, 210) comprising: a porous insert (111, 211) having a first insert portion having a first insert thickness and a second insert portion having a second insert thickness and having a porous first layer (150, 250), an intermediate layer (140, 240) attached to the first layer, and a porous second layer (130, 230) attached to the intermediate layer on a side of the intermediate layer opposite the first layer; and a non-metallic structure (120, 220) having a first non-metallic portion having a first non-metallic thickness and a second non-metallic portion having a second non-metallic thickness, the first non-metallic portion being attached to the first insert portion and the second non-metallic portion being attached to the second insert portion, wherein either one or both of (i) the second insert thickness is different from the first insert thickness and (ii) the second non-metallic thickness is different from the first non-metallic thickness, the orthopedic implant (110, 210) being characterized in that the second layer includes a base having a base thickness and a porous projection (131, 231) extending from the base into the non-metallic structure and having a projection thickness greater than the base thickness, and wherein the first insert thickness, the second insert thickness, the first non-metallic thickness, the second non-metallic thickness, the base thickness, and the projection thickness are all defined in a same direction. a porous insert (111, 211) having a first insert portion having a first insert thickness and a second insert portion having a second insert thickness and having a porous first layer (150, 250), an intermediate layer (140, 240) attached to the first layer, and a porous second layer (130, 230) attached to the intermediate layer on a side of the intermediate layer opposite the first layer; and a non-metallic structure (120, 220) having a first non-metallic portion having a first non-metallic thickness and a second non-metallic portion having a second non-metallic thickness, the first non-metallic portion being attached to the first insert portion and the second non-metallic portion being attached to the second insert portion, wherein either one or both of (i) the second insert thickness is different from the first insert thickness and (ii) the second non-metallic thickness is different from the first non-metallic thickness,
Analysis unit for performing a polymerase chain reaction, wherein the analysis unit has the following features: a cover element; a bottom element with at least one bottom hollow, wherein the bottom hollow has a fluid-receiving surface and an arrangement of microcavities, wherein the bottom hollow is arranged lying opposite the cover element; at least one fluid channel, which is formed between the cover element and the bottom element in order to convey a fluid onto the fluid-receiving surface of the bottom hollow; at least one pressure channel, which is formed in the cover element in order to convey a pressure into an area of the fluid-receiving surface; and a film, which is arranged between the cover element and the bottom element in the area of the bottom hollow, wherein the film is designed to be deformed by pressure, when the pressure is conveyed into the area of the fluid-receiving surface, in such a way that the fluid is moved from the fluid-receiving surface into the arrangement of microcavities. a cover element; a bottom element with at least one bottom hollow, wherein the bottom hollow has a fluid-receiving surface and an arrangement of microcavities, wherein the bottom hollow is arranged lying opposite the cover element; at least one fluid channel, which is formed between the cover element and the bottom element in order to convey a fluid onto the fluid-receiving surface of the bottom hollow; at least one pressure channel, which is formed in the cover element in order to convey a pressure into an area of the fluid-receiving surface; and a film, which is arranged between the cover element and the bottom element in the area of the bottom hollow, wherein the film is designed to be deformed by pressure, when the pressure is conveyed into the area of the fluid-receiving surface, in such a way that the fluid is moved from the fluid-receiving surface into the arrangement of microcavities.
A topical composition comprising erythrulose and glyceryl caprylate, characterized in that the weight-ratio (w/w) of the caprylate to erythrulose is >1.
A relay node for a radio telecommunication network, the relay node (100, 200, 300, 400, 500, 600, 700) comprising an access module (110a, 210a, 410a, 510a, 610a, 710) comprising an access communication part for providing a radio connection between the relay node (100, 200, 300, 400, 500, 600, 700) and at least one user equipment (290a/b, 590a, 690a, 790) and a backhaul module (120, 220, 320, 420, 520, 620, 720), comprising a backhaul communication part for providing a radio connection between the relay node (100, 200, 300, 400, 500, 600, 700) and a base station (280, 480, 580, 680, 780) of the radio telecommunication network, wherein the access module (110a, 210a, 410a, 510a, 610a, 710) and the backhaul module (120, 220, 320, 420, 520, 620, 720) are spatially separated from each other, the access module (110a, 210a, 410a, 510a, 610a, 710) and the backhaul module (120, 220, 320, 420, 520, 620, 720) are connected by means of an internet protocol network connection via an access interface and a backhaul interface, characterized in that the access communication part comprises a data processor, which is configured in such a manner, that a data processing is carried out within all layers of the Open Systems Interconnection reference model and the backhaul communication part comprises a data processor, which is configured in such a manner, that a data processing on the backhaul interface is carried out exclusively within the physical layer and the data link layer of the Open Systems Interconnection reference model.