mhurhangee/ep-ind-claims huggingface dataset:
Household appliance with a recirculating pump system, which comprises a pump for pumping water in a tub in a drainage pumping direction and a recirculating pumping direction, characterised in that the recirculating pump system comprises a first resilient valve flap for closing a base chamber of the tub in the recirculating pumping direction, a second resilient valve flap for closing a filter inlet opening in the drainage pumping direction and a third resilient valve flap for closing a drain channel in the recirculating pumping direction, wherein the water can be drained from the tub through the drain channel, wherein the pump can be driven in a first direction of rotation in a drainage pumping direction and a second direction of rotation in a recirculating pumping direction, wherein the filter inlet opening is arranged on an underside of the tub, wherein the household appliance comprises a filter unit for filtering the water in the recirculating pumping direction, wherein the filter inlet opening is arranged in the base chamber, wherein an outlet of the pump in the recirculating pumping direction is arranged in the base chamber, wherein the household appliance comprises a recirculating pump hose for redirecting the water around the tub, wherein an outlet of the recirculating pump hose is arranged on an upper side of the tub, wherein the three valve flaps (107-1, 107-2, 107-3) open or close according to the direction of flow of the water, wherein the third valve flap is arranged above the base chamber, wherein the third valve flap has a pivot point on its upper edge, so that the suction out from the tub is enabled in the recirculating pumping operation, wherein, in order to reliably delineate the various functions from one another, the third valve flap is spring-pretensioned, so that it is locked during the drainage pumping cycle, the drainage pumping path is unlocked and the recirculating pumping path is locked, wherein the first valve flap is embodied to open the base chamber of the tub in the drainage pumping direction, wherein the second valve flap is embodied to open the filter inlet opening in the recirculating pumping direction, wherein the third valve flap is embodied to open the drain channel in the drainage pumping direction, wherein the the third valve flap is located below a water level in the recirculating pumping operation so that the recirculating pumping operation can also be ensured.
A spraying device, in particular for low-pressure cleaning the inside of containers, wherein the spraying device comprises: a hollow spray head, in particular a spherical hollow spray head, having a plurality of spray openings; an interface (20; 20') for fastening to a liquid connection (3; 3'), in particular for fastening to a liquid connection (3; 3') in a manner that is a positive fit, a friction fit and / or a material-bonded connection; and a connecting tube (22; 23' + 24) which connects the spray head to the interface; characterised in that the connecting tube comprises at least one elastic hinge portion (23; 23') by means of which the spray head is supported such that it can move elastically relative to the interface, and which hinge portion (23; 23') comprises at least one elastic annular diaphragm which connects a rigid tube portion of the connecting tube and the interface or the spray head or another rigid tube portion of the connecting tube with one another; and / or in that at least one perturbation body, in particular at least one spherical perturbation body, is movably accommodated in the hollow spray head. a hollow spray head, in particular a spherical hollow spray head, having a plurality of spray openings; an interface (20; 20') for fastening to a liquid connection (3; 3'), in particular for fastening to a liquid connection (3; 3') in a manner that is a positive fit, a friction fit and / or a material-bonded connection; and a connecting tube (22; 23' + 24) which connects the spray head to the interface; characterised in that the connecting tube comprises at least one elastic hinge portion (23; 23') by means of which the spray head is supported such that it can move elastically relative to the interface, and which hinge portion (23; 23') comprises at least one elastic annular diaphragm which connects a rigid tube portion of the connecting tube and the interface or the spray head or another rigid tube portion of the connecting tube with one another; and / or in that at least one perturbation body, in particular at least one spherical perturbation body, is movably accommodated in the hollow spray head.
A vehicle seat comprising: a seatback frame formed from resin that configures a framework of a seatback, and that includes a plate-shaped back face panel portion disposed at a back face of the seatback; a headrest that is provided at an upper end portion of the seatback; a seatback pad that is provided at a front face side of the seatback frame, characterized by a space that is formed between the seatback pad and the back face panel portion and a back spring that is formed from wire and includes left and right side portions extending in an up-down direction of the seatback, at both seat width direction sides inside the space, and includes a lower portion coupling together lower end portions of the left and right side portions in the seat width direction, wherein the left and right side portions are supported so as to be capable, in case of a rear-end collision, of undergoing displacement toward a seat width direction outer side with respect to the seatback frame, and support the seatback pad from a seat rear side. a seatback frame formed from resin that configures a framework of a seatback, and that includes a plate-shaped back face panel portion disposed at a back face of the seatback; a headrest that is provided at an upper end portion of the seatback; a seatback pad that is provided at a front face side of the seatback frame, characterized by a space that is formed between the seatback pad and the back face panel portion and a back spring that is formed from wire and includes left and right side portions extending in an up-down direction of the seatback, at both seat width direction sides inside the space, and includes a lower portion coupling together lower end portions of the left and right side portions in the seat width direction, wherein the left and right side portions are supported so as to be capable, in case of a rear-end collision, of undergoing displacement toward a seat width direction outer side with respect to the seatback frame, and support the seatback pad from a seat rear side.
Fastening device for fastening a carrying rail to a surface, having a fastening element which is able to be fastened to the surface and has a carrying-rail-supporting surface, for supporting the carrying rail, and a carrying-rail-fastening portion, wherein, in a fastened state, the carrying-rail-fastening portion is passed at least regionally through an opening (212, 213) formed in the carrying rail, and wherein the carrying-rail-fastening portion has an undercut into which, in the fastened state, a portion of the carrying rail is pushed, and having a securing device, wherein the securing device has a securing element, characterized in that the securing element is designed in such a way that, by way of a turning movement of the securing element, a linear movement between the fastening element and the carrying rail is realized in such a way that the carrying rail is pushed into the undercut of the carrying-rail-fastening portion and braced therein.
A linerless thermal sheet arranged as a roll, comprising: a substrate having a first face and a second face, whereby the first face opposes the second face; an adhesive layer on at least part of said first face of said substrate, wherein the adhesive layer is a pressure sensitive adhesive layer; a thermosensitive layer on at least part of said second face of said substrate, said thermosensitive layer comprising a first portion and a second portion whereby the first portion is adjacent to the second portion such that the first portion and second portion do not overlap; a release coating applied onto the thermosensitive layer, said release coating has a low adherence to said adhesive layer; at least one colour image is deposited on the first portion of the thermosensitive layer so as to provide a blank window for thermally printed information in the second portion of the thermosensitive layer, whereby the at least one colour image is between the thermosensitive layer and the release coating. a substrate having a first face and a second face, whereby the first face opposes the second face; an adhesive layer on at least part of said first face of said substrate, wherein the adhesive layer is a pressure sensitive adhesive layer; a thermosensitive layer on at least part of said second face of said substrate, said thermosensitive layer comprising a first portion and a second portion whereby the first portion is adjacent to the second portion such that the first portion and second portion do not overlap; a release coating applied onto the thermosensitive layer, said release coating has a low adherence to said adhesive layer; at least one colour image is deposited on the first portion of the thermosensitive layer so as to provide a blank window for thermally printed information in the second portion of the thermosensitive layer, whereby the at least one colour image is between the thermosensitive layer and the release coating.
An anhydrous personal care composition for application to the skin or hair comprising a cosmetically acceptable, anhydrous carrier and zinc X halide precursors wherein the precursors are a zinc ion source, an X source, and a halide source, wherein the halide source can be part of the zinc ion source, the X source, or a halogen acid, wherein the precursors can complex into the zinc X halide when the composition is applied to the skin or hair, wherein X is lysine or arginine, and wherein the precursors are present in amounts such that when combined into the zinc X halide, the zinc X halide would be present in an amount of 0.05 to 10% by weight of the composition.
Abiraterone acetate for use in a method of treating prostate cancer in a human, said method comprising administering to said human a therapeutically effective amount of abiraterone acetate and a therapeutically effective amount of prednisone.
A compounder system, comprising: a cartridge having: a plurality of controllable fluid pathways fluidly coupled to at least one diluent port, a waste port, and a receiving container port; and a backpack (13200A, 13200B, 13200C, 13200D, 13200E, 13200F) attached to the cartridge, wherein the backpack (13200A, 13200B, 13200C, 13200D, 13200E, 13200F) comprises: an expandable waste bag coupled to the waste port; an enclosure for the waste bag; and characterized by: pigtail tubing configured to couple the receiving container port of the cartridge to a receiving container, wherein the pigtail tubing is configured to be stored by a portion of the enclosure. a plurality of controllable fluid pathways fluidly coupled to at least one diluent port, a waste port, and a receiving container port; and a backpack (13200A, 13200B, 13200C, 13200D, 13200E, 13200F) attached to the cartridge, wherein the backpack (13200A, 13200B, 13200C, 13200D, 13200E, 13200F) comprises: an expandable waste bag coupled to the waste port; an enclosure for the waste bag; and characterized by: pigtail tubing configured to couple the receiving container port of the cartridge to a receiving container, wherein the pigtail tubing is configured to be stored by a portion of the enclosure.
A method of manufacturing a cable, comprising: extruding a jacket; and integrating an optical fiber with an exterior of the jacket, wherein the optical fiber is plastic and configured to laterally release light passed through the optical fiber such that the released light is visible along the exterior surface of the optical fiber, thereby providing a visual trace; the method being characterised in that the extruding step further includes co-extruding the optical fiber with the jacket such that the optical fiber is at least partially embedded in the jacket and is extruded with a round cross section. extruding a jacket; and integrating an optical fiber with an exterior of the jacket, wherein the optical fiber is plastic and configured to laterally release light passed through the optical fiber such that the released light is visible along the exterior surface of the optical fiber, thereby providing a visual trace; the method being characterised in that the extruding step further includes co-extruding the optical fiber with the jacket such that the optical fiber is at least partially embedded in the jacket and is extruded with a round cross section.
A processing method for a spectrometric energy measurement of a photon flux that can be received by a photosensitive element of a detector, said method comprising the following successive steps: ▪ converting each photon received by said photosensitive element into an electric signal, a characteristic of which represents the energy of the considered photon; ▪ filtering each electric signal with a first low-pass filter, the cut-off frequency of which is adjusted as a function of the photon flux, the higher the flux, the higher the cut-off frequency; ▪ determining the characteristic of each filtered electric signal; ▪ generating an energy spectrum (351, 352) for the received photon flux as a function of the characteristic of the filtered electric signals; and ▪ filtering said energy spectrum (351, 352) with a second low-pass filter, the cut-off frequency of which is adjusted as a function of the photon flux, the higher the flux, the lower the cut-off frequency. ▪ converting each photon received by said photosensitive element into an electric signal, a characteristic of which represents the energy of the considered photon; ▪ filtering each electric signal with a first low-pass filter, the cut-off frequency of which is adjusted as a function of the photon flux, the higher the flux, the higher the cut-off frequency; ▪ determining the characteristic of each filtered electric signal; ▪ generating an energy spectrum (351, 352) for the received photon flux as a function of the characteristic of the filtered electric signals; and ▪ filtering said energy spectrum (351, 352) with a second low-pass filter, the cut-off frequency of which is adjusted as a function of the photon flux, the higher the flux, the lower the cut-off frequency.
Electric train coupling having two electric train coupling halves (8, 9), which train coupling halves can be coupled to one another and which jointly and/or each have a large number of electrically conductive contact elements (1, 2) each extending along an axial direction; wherein each electric train coupling half (8, 9) comprises an electrically insulating housing which encloses the electrically conductive contact element or elements (1, 2) and has an electrically insulating cover covering the front face of the electrically conductive contact element or elements (1, 2); characterized in that the cover of both electric train coupling halves (8, 9) in each case has one or more plug-in openings which, in the axial direction, are aligned with the electrically conductive contact element or elements (1, 2) and, in the axial direction, is displaceable between an uncoupled position, in which the electrically conductive contact element or elements (1, 2) is/are positioned in the axial direction behind the plug-in openings within the housing, and a coupled position, in which the electrically conductive contact element or elements (1, 2) are positioned so as to protrude out of the housing through the cover, penetrating the plug-in openings in the axial direction, wherein the cover comprises a rigid main body with at least one passage and, on the side facing away from the at least one contact element (1, 2) is covered with an elastic seal, which has an aperture for each contact element (1, 2) which, in the axial direction, is aligned with the corresponding contact element (1, 2) and the passage or a part of the passage, so that the aperture and the passage jointly form a plug-in opening. each electric train coupling half (8, 9) comprises an electrically insulating housing which encloses the electrically conductive contact element or elements (1, 2) and has an electrically insulating cover covering the front face of the electrically conductive contact element or elements (1, 2); characterized in that the cover of both electric train coupling halves (8, 9) in each case has one or more plug-in openings which, in the axial direction, are aligned with the electrically conductive contact element or elements (1, 2) and, in the axial direction, is displaceable between an uncoupled position, in which the electrically conductive contact element or elements (1, 2) is/are positioned in the axial direction behind the plug-in openings within the housing, and a coupled position, in which the electrically conductive contact element or elements (1, 2) are positioned so as to protrude out of the housing through the cover, penetrating the plug-in openings in the axial direction, wherein the cover comprises a rigid main body with at least one passage and, on the side facing away from the at least one contact element (1, 2) is covered with an elastic seal, which has an aperture for each contact element (1, 2) which, in the axial direction, is aligned with the corresponding contact element (1, 2) and the passage or a part of the passage, so that the aperture and the passage jointly form a plug-in opening.
A component having at least one illuminant, wherein the component forms a wall panel, a ceiling panel, a floor panel and/or a furniture panel and the illuminant is arranged in the interior of the component; and wherein the component has a cover layer (1 b) in which an opening associated with the illuminant is associated in the component surface and from which the illuminant is spaced apart, characterized in that the illuminant comprises an LED having bundling means in the form of a lens and/or of a reflector, with the light beams exiting the bundling means merging at a focal point in the region of the opening in the spaced apart cover layer (1 b).
An image processing apparatus for performing reconstruction processing on projected images of an object obtained by using a radiation source and a detector, characterised in that the image processing apparatus comprises: a selection means configured to select a reconstruction filter to be applied when obtaining a tomographic image of the object by performing the reconstruction processing on the projected images; a setting means configured to set an image processing parameter for noise reduction of the projected images in accordance with the frequency characteristics of the selected reconstruction filter; an image processing means configured to perform image processing on the projected images obtained by multiresolution analysis, using the set image processing parameter for noise reduction; and a reconstruction means configured to obtain a tomographic image of the object by performing reconstruction processing using the selected reconstruction filter on the projected images that have been subjected to the image processing. a selection means configured to select a reconstruction filter to be applied when obtaining a tomographic image of the object by performing the reconstruction processing on the projected images; a setting means configured to set an image processing parameter for noise reduction of the projected images in accordance with the frequency characteristics of the selected reconstruction filter; an image processing means configured to perform image processing on the projected images obtained by multiresolution analysis, using the set image processing parameter for noise reduction; and a reconstruction means configured to obtain a tomographic image of the object by performing reconstruction processing using the selected reconstruction filter on the projected images that have been subjected to the image processing.
A method performed by a user equipment, UE, in a wireless communication network, the method comprising: receiving, from a base station, configuration information associated with synchronization signal transmission; transmitting a broadcast synchronization signal for a terminal-to-terminal link; and transmitting, to another UE, system information for the terminal-to-terminal link, wherein the system information for the terminal-to-terminal link includes information indicating a frame number in which the system information for the terminal-to-terminal link is transmitted. receiving, from a base station, configuration information associated with synchronization signal transmission; transmitting a broadcast synchronization signal for a terminal-to-terminal link; and transmitting, to another UE, system information for the terminal-to-terminal link, wherein the system information for the terminal-to-terminal link includes information indicating a frame number in which the system information for the terminal-to-terminal link is transmitted.
A method for operating a Bluetooth device, the method comprising: transporting audio information over a Bluetooth communication link established with a second device; determining, upon a change of value of an operational parameter in either the Bluetooth device or the second device, a new operating mode for said Bluetooth communication link; modifying a configuration parameter of said Bluetooth communication link based on the new operating mode; transporting audio information on said Bluetooth communication link according to the modified configuration parameter; wherein the operational parameter is a launch of a tagged gaming or real-time video application on the Bluetooth device or the second device and the new operating mode is a low-latency mode. transporting audio information over a Bluetooth communication link established with a second device; determining, upon a change of value of an operational parameter in either the Bluetooth device or the second device, a new operating mode for said Bluetooth communication link; modifying a configuration parameter of said Bluetooth communication link based on the new operating mode; transporting audio information on said Bluetooth communication link according to the modified configuration parameter; wherein the operational parameter is a launch of a tagged gaming or real-time video application on the Bluetooth device or the second device and the new operating mode is a low-latency mode.