mhurhangee/ep-ind-claims huggingface dataset:
Material web working/processing arrangement, in particular material web dispensing arrangement, in particular material web unrolling arrangement, in particular material web splicing arrangement, a) having at least one release liner removal apparatus comprising i) at least one release liner removal device (25, 26) for removing at least one release liner from at least one adhesive piece arranged on a material web (4, 7), ii) at least one support body which supports the at least one release liner removal device (25, 26), and iii) at least one guide body (27, 28) which is arranged adjacent to the at least one release liner removal device (25, 26) at least during the removal of the at least one release liner and which serves for guiding the material web (4, 7), characterized in that b) at least one guide for guiding at least one material web holding device (78; 78a) from at least one material web drawing-in point to at least one material web transfer point for the preparation of a material web (3, 4, 7) to be worked/processed runs at least between the at least one material web drawing-in point and a preparation device (19, 20) of the material web working/processing arrangement. a) having at least one release liner removal apparatus comprising i) at least one release liner removal device (25, 26) for removing at least one release liner from at least one adhesive piece arranged on a material web (4, 7), ii) at least one support body which supports the at least one release liner removal device (25, 26), and iii) at least one guide body (27, 28) which is arranged adjacent to the at least one release liner removal device (25, 26) at least during the removal of the at least one release liner and which serves for guiding the material web (4, 7), characterized in that i) at least one release liner removal device (25, 26) for removing at least one release liner from at least one adhesive piece arranged on a material web (4, 7), ii) at least one support body which supports the at least one release liner removal device (25, 26), and iii) at least one guide body (27, 28) which is arranged adjacent to the at least one release liner removal device (25, 26) at least during the removal of the at least one release liner and which serves for guiding the material web (4, 7), b) at least one guide for guiding at least one material web holding device (78; 78a) from at least one material web drawing-in point to at least one material web transfer point for the preparation of a material web (3, 4, 7) to be worked/processed runs at least between the at least one material web drawing-in point and a preparation device (19, 20) of the material web working/processing arrangement.
A scooter-type vehicle having an underfloor tank with a fuel tank disposed on a front side of an engine and with a flat floor provided on an upper side of the fuel tank, wherein an accommodation box is disposed on an upper side of the engine, characterized in that a purge control valve is disposed on a front side of the accommodation box, supported by a seat support stay, and disposed on a rear side of an under-seat cover. wherein an accommodation box is disposed on an upper side of the engine, characterized in that a purge control valve is disposed on a front side of the accommodation box, supported by a seat support stay, and disposed on a rear side of an under-seat cover.
A method for operating a user equipment in a wireless communication system, the user equipment being operable in a plurality of antenna modes, the method comprising in a first antenna mode: receiving a downlink message, wherein said downlink message includes a first control channel element; determining a first index using the location of said first control channel element; determining a second index based on said first index; determining a first orthogonal resource using said first index; determining a second orthogonal resource using said second index; spreading an uplink message using said first orthogonal resource to form a first spread signal; spreading said uplink message using said second orthogonal resource to form a second spread signal; transmitting said first spread signal using a first antenna; and transmitting said second spread signal using a second antenna; and the method comprising in a second antenna mode, the user equipment operating in a single antenna transmission mode. receiving a downlink message, wherein said downlink message includes a first control channel element; determining a first index using the location of said first control channel element; determining a second index based on said first index; determining a first orthogonal resource using said first index; determining a second orthogonal resource using said second index; spreading an uplink message using said first orthogonal resource to form a first spread signal; spreading said uplink message using said second orthogonal resource to form a second spread signal; transmitting said first spread signal using a first antenna; and transmitting said second spread signal using a second antenna; and the method comprising in a second antenna mode, the user equipment operating in a single antenna transmission mode.
Speaking valve at least comprising a housing and a closing means, wherein the housing comprises an insertion part and a hood-shaped or dome-shaped cover part with a breathing opening, wherein the cover part can be arranged on the insertion part, wherein the closing means comprises an outer ring, a sealing means and at least one mounting (100, 102, 104, 106), wherein the sealing means is attached to the outer ring by means of the mounting (100, 102, 104, 106), wherein an inner wall of the cover part comprises a cover thread and the cover part forms a valve seat for the abutment of the sealing means and the breathing opening can be closed by means of the sealing means.
Current compensated inductor, comprising a single-piece ferrite core which is in the form of a closed ring having a rectangular shape and an electrically insulating coating, which ferrite core has at least two wire coils (4, 5) with a high filling level each composed of a flat wire wound upright, which wire coils are arranged spaced apart from one another without a coil former on the ferrite core.
Vehicle drive train comprising an electrical machine with a high-voltage power connection, consisting of - a screw-connection arrangement comprising a first screw-connection part which has a recess with an internal thread and comprising a second screw-connection part which is designed as a screw bolt and which has a screw head and a shaft which is of reduced outside diameter in relation to the said screw head, wherein the shaft has an external thread which corresponds to the internal thread and is screwed into the first screw-connection part in a screw-connection direction, and wherein the two screw-connection parts (14, 16) are composed of an electrically conductive material, further consisting of - an insulating body which is composed of an electrically non-conductive material to which the first screw-connection part is secured, - an electrical machine-side connection conductor which is non-releasably secured to the first screw-connection part, and - a connection element of an electrical connecting conductor which can be connected to a voltage source, which connection element can be clamped between the screw head and the first screw-connection part in a self-locking, but releasable, manner, characterized in that the electrical machine-side connection conductor is cohesively connected firstly to the first screw-connection part and secondly to a connecting conductor which is arranged on the stator of the electrical machine, wherein the connecting conductor is interconnected to ends of individual coils of the stator. - a screw-connection arrangement comprising a first screw-connection part which has a recess with an internal thread and comprising a second screw-connection part which is designed as a screw bolt and which has a screw head and a shaft which is of reduced outside diameter in relation to the said screw head, wherein the shaft has an external thread which corresponds to the internal thread and is screwed into the first screw-connection part in a screw-connection direction, and wherein the two screw-connection parts (14, 16) are composed of an electrically conductive material, further consisting of - an insulating body which is composed of an electrically non-conductive material to which the first screw-connection part is secured, - an electrical machine-side connection conductor which is non-releasably secured to the first screw-connection part, and - a connection element of an electrical connecting conductor which can be connected to a voltage source, which connection element can be clamped between the screw head and the first screw-connection part in a self-locking, but releasable, manner, characterized
An implantable magnetic neurostimulation probe, comprising: at least one substrate; at least one electrical conductor disposed on the substrate and arranged in at least one planar loop, wherein the electrical conductor is deposited on the substrate as an electrically conductive trace; at least one planar magnetic core comprising a magnetic material disposed on the substrate and within the planar loop; and a biocompatible coating disposed over the substrate, the electrically conductive trace, and the magnetic core. at least one substrate; at least one electrical conductor disposed on the substrate and arranged in at least one planar loop, wherein the electrical conductor is deposited on the substrate as an electrically conductive trace; at least one planar magnetic core comprising a magnetic material disposed on the substrate and within the planar loop; and a biocompatible coating disposed over the substrate, the electrically conductive trace, and the magnetic core.
A draining device with a built-in overflowing system, for sanitary fitting such as a sink not having an overflow opening, said draining device comprises a drain element mounted in an underdrain element, said drain element having a top flange for abutting against a top surface of a sink bottom; said underdrain element having a bottom flange for abutting against a bottom surface of the sink bottom; said underdrain element being coupled to a built-in overflowing system (24, 25) operating based on a communicating-vessel principle, said built-in overflowing system including two outlets (18, 19) radially extending from said underdrain, a top outlet and a bottom outlet, said top outlet being coupled to a top elbow and said bottom outlet being coupled to a bottom elbow, and said top elbow being coupled to an overflow tube, and said bottom elbow being coupled to an outflow tube, said overflow tube comprises, above said top fitting, an opening closed by a casing, and wherein said drain element having radially extending openings which can be connected to the top outlet and when being connected they are in fluid connection with the top outlet of the underdrain element and wherein said closure plug comprises a sealing element (15, 16) to seal the drain element from said underdrain element when said closure plug is in a closed position and when said closure plug is in a closed position, said radially extending openings of said closure plug are in fluid connection with said radially extending openings of said drain element and said sealing element (15, 16) sealing the drain element from said underdrain element characterized by a screw member coupling the drain element to the underdrain element, in said screw member being engaged a stem of a closure plug; and wherein said closure plug comprises a top bowl having radially extending openings and wherein said top elbow and said bottom elbow are spaced apart from each other and said overflow tube being coupled to said outflow tube by a top fitting.
A hydrostatic transmission device for a vehicle, said device comprising: - a first pump and a second pump, each pump (10, 20) comprising an admission (10a, 20a) and a discharge (10b, 20b), - a first hydraulic apparatus and a second hydraulic apparatus, each apparatus (11, 21) comprising an admission (11a, 21a) and a discharge (11b, 21b), - a first supply circuit connecting the discharge of the first pump to the admission of the first apparatus and, - a second supply circuit connecting the discharge of the second pump to the admission of the second apparatus and characterized in that the device further comprises: - a non-return valve between the supply circuits (12, 22), the valve having a direction for passing from the first to the second supply circuit, - a first return circuit connecting the discharge of the first apparatus to the admissions (10b, 20b) of said pumps (10, 20), - a second return circuit connecting the discharge of the second apparatus to the admissions (10b, 20b) of said pumps (10, 20), so that the return circuits (13, 23) are in permanent fluidic communication with each other through a junction. - a first pump and a second pump, each pump (10, 20) comprising an admission (10a, 20a) and a discharge (10b, 20b), - a first hydraulic apparatus and a second hydraulic apparatus, each apparatus (11, 21) comprising an admission (11a, 21a) and a discharge (11b, 21b), - a first supply circuit connecting the discharge of the first pump to the admission of the first apparatus and, - a second supply circuit connecting the discharge of the second pump to the admission of the second apparatus and - a non-return valve between the supply circuits (12, 22), the valve having a direction for passing from the first to the second supply circuit, - a first return circuit connecting the discharge of the first apparatus to the admissions (10b, 20b) of said pumps (10, 20), - a second return circuit connecting the discharge of the second apparatus to the admissions (10b, 20b) of said pumps (10, 20),
A structural body comprising at least one porous layer (2, 19, 22, 24, 26) that includes an electrolyte and a fiber including a thermosetting resin, the amount of the thermosetting resin included in the fiber being 50 wt% or more, characterized in that an amount of the electrolyte in the fiber falls within a range of 0.01 wt% to 2 wt%, the thermosetting resin is an epoxy resin and the electrolyte is lithium bromide, a dielectric constant of the thermosetting resin is within a range of 1 to 1000, measured according to the method given in the description, and the fiber has an average diameter of 30 nm to 55 μm, measured according to the method given in the description. characterized in that an amount of the electrolyte in the fiber falls within a range of 0.01 wt% to 2 wt%, the thermosetting resin is an epoxy resin and the electrolyte is lithium bromide, a dielectric constant of the thermosetting resin is within a range of 1 to 1000, measured according to the method given in the description, and the fiber has an average diameter of 30 nm to 55 μm, measured according to the method given in the description.
An illumination apparatus comprising: a light emitting module including a board, device plurality of light emitting devices (114-1 - 114-n) disposed in a first region of the board, and drive devices disposed in a second region of the board so as to drive the plurality of light emitting devices; a heat dissipation member disposed on a lower surface of the board; and dummy pads (119-1 - 119-6) disposed in a region of the board around the plurality of light emitting devices and surrounding outermost light emitting devices out of the plurality of light emitting devices, wherein the heat dissipation member includes: a base corresponding to the lower surface of the board; a core connected to a lower surface (122a2) of the base; and heat dissipation fins connected to a side surface of the core and the lower surface of the base, wherein the first region is one region of an upper surface of the board, including a center of the upper surface of the board and located within a designated range from the center of the upper surface of the board, and the second region is another region of the upper surface of the board, spaced apart from the first region by a first distance and spaced apart from an edge of the upper surface of the board by a second distance, wherein the board includes pads to dispose the light emitting devices thereon, and the dummy pads contact the pads. a light emitting module including a board, device plurality of light emitting devices (114-1 - 114-n) disposed in a first region of the board, and drive devices disposed in a second region of the board so as to drive the plurality of light emitting devices; a heat dissipation member disposed on a lower surface of the board; and dummy pads (119-1 - 119-6) disposed in a region of the board around the plurality of light emitting devices and surrounding outermost light emitting devices out of the plurality of light emitting devices, a base corresponding to the lower surface of the board; a core connected to a lower surface (122a2) of the base; and heat dissipation fins connected to a side surface of the core and the lower surface of the base, wherein the first region is one region of an upper surface of the board, including a center of the upper surface of the board and located within a designated range from the center of the upper surface of the board, and the second region is another region of the upper surface of the board, spaced apart from the first region by a first distance and spaced apart from an edge of the upper surface of the board by a second distance, wherein the board includes pads to dispose the light emitting devices thereon, and the dummy pads contact the pads.
A method for illuminating the boarding region of a rail vehicle for making visible a gap between the platform and rail vehicle and for displaying warning information for passengers on the floor of a rail vehicle, the method comprising displaying the warning information by an image display device, which is disposed in the floor of the rail vehicle, characterised in that the image display device is disposed in the floor of a rectangular boarding region of the rail vehicle and the image display device occupies the total floor area of the boarding region, and the image display device is disposed beneath a walk-on transparent cover made of plastic or glass, and the image display device is a display that has an image presentation matrix, electronic supply and/or control components, an inverter for controlling the brightness, and a power supply part, and the method further comprises: illuminating the boarding region in a planar manner by the image display device, wherein the planar illumination is arranged up to a boarding edge of the rail vehicle, so that the boarding edge and the gap between platform and rail vehicle are made visible, displaying the warning information relating to the gap between platform and rail vehicle in the image display device, whilst the planar illumination of the image display device makes visible the gap between platform and rail vehicle. displaying the warning information by an image display device, which is disposed in the floor of the rail vehicle, characterised in that the image display device is disposed in the floor of a rectangular boarding region of the rail vehicle and the image display device occupies the total floor area of the boarding region, and the image display device is disposed beneath a walk-on transparent cover made of plastic or glass, and the image display device is a display that has an image presentation matrix, electronic supply and/or control components, an inverter for controlling the brightness, and a power supply part, and the method further comprises: illuminating the boarding region in a planar manner by the image display device, wherein the planar illumination is arranged up to a boarding edge of the rail vehicle, so that the boarding edge and the gap between platform and rail vehicle are made visible, displaying the warning information relating to the gap between platform and rail vehicle in the image display device, whilst the planar illumination of the image display device makes visible the gap between platform and rail vehicle. illuminating the boarding region in a planar manner by the image display device, wherein the planar illumination is arranged up to a boarding edge of the rail vehicle, so that the boarding edge and the gap between platform and rail vehicle are made visible, displaying the warning information relating to the gap between platform and rail vehicle in the image display device, whilst the planar illumination of the image display device makes visible the gap between platform and rail vehicle.
A system for communicating vectoring information for a multi-card vectoring group, comprising: a ring connection; a first line card coupled to the ring connection, the first line card configured to cancel crosstalk affecting first symbols communicated across at least one subscriber line coupled to the first line card based on a vectoring stream carried by the ring connection, the first line card configured to insert the first symbols into the vectoring stream; a second line card coupled to the ring connection, the second line card adjacent to the first line card in a ring formed by the ring connection, the second line card configured to cancel crosstalk affecting second symbols communicated across at least one subscriber line coupled to the second line card based on the vectoring stream, the second line card further configured to insert the second symbols into the vectoring stream and to transmit the vectoring stream in a first direction across the ring connection to the first line card, wherein the second line card is configured to transmit the vectoring stream in a second direction opposite to the first direction across the ring connection in response to a detection of a failure on the first line card such that the first line card is bypassed by the vectoring stream; and a third line card coupled to the ring connection, the third line card configured to cancel crosstalk affecting third symbols communicated across at least one subscriber line coupled to the third line card based on the vectoring stream, the third line card configured to insert the third symbols into the vectoring stream. a ring connection; a first line card coupled to the ring connection, the first line card configured to cancel crosstalk affecting first symbols communicated across at least one subscriber line coupled to the first line card based on a vectoring stream carried by the ring connection, the first line card configured to insert the first symbols into the vectoring stream; a second line card coupled to the ring connection, the second line card adjacent to the first line card in a ring formed by the ring connection, the second line card configured to cancel crosstalk affecting second symbols communicated across at least one subscriber line coupled to the second line card based on the vectoring stream, the second line card further configured to insert the second symbols into the vectoring stream and to transmit the vectoring stream in a first direction across the ring connection to the first line card, wherein the second line card is configured to transmit the vectoring stream in a second direction opposite to the first direction across the ring connection in response to a detection of a failure on the first line card such that the first line card is bypassed by the vectoring stream; and a third line card coupled to the ring connection, the third line card configured to cancel crosstalk affecting third symbols communicated across at least one subscriber line coupled to the third line card based on the vectoring stream, the third line card configured to insert the third symbols into the vectoring stream.