mhurhangee/ep-ind-claims huggingface dataset:
Method of introducing insulating material into hollow-chamber profiles, in particular hollow-chamber window or door profiles, - wherein the hollow-chamber profile, having at least one hollow chamber (2, 2'), is shaped by extrusion, - wherein at least one insulating profile is then pushed into at least one hollow chamber, and - wherein the insulating profile is undersized in relation to the hollow chamber and is fixed in the hollow chamber via at least one opening in the hollow-chamber wall, characterized in that fixing takes place via a separate binding agent, which is applied via the opening. - wherein the hollow-chamber profile, having at least one hollow chamber (2, 2'), is shaped by extrusion, - wherein at least one insulating profile is then pushed into at least one hollow chamber, and - wherein the insulating profile is undersized in relation to the hollow chamber and is fixed in the hollow chamber via at least one opening in the hollow-chamber wall, characterized in that fixing takes place via a separate binding agent, which is applied via the opening.
An aqueous gel comprising: water; an immune response modifier other than 1-(2-methylpropyl)-1 H- imidazo[4,5-c] [1,5]naphthyridin-4-amine; a pharmaceutically acceptable acid; a water-miscible cosolvent; and a thickener system comprising a negatively charged thickener; wherein the aqueous gel has a viscosity of at least 1000 mPa·s at 25°C; wherein the IRM is selected from imidazoquinoline amines and pharmaceutically acceptable salts thereof; and wherein the aqueous gel is free of oil. water; an immune response modifier other than 1-(2-methylpropyl)-1 H- imidazo[4,5-c] [1,5]naphthyridin-4-amine; a pharmaceutically acceptable acid; a water-miscible cosolvent; and a thickener system comprising a negatively charged thickener; wherein the aqueous gel has a viscosity of at least 1000 mPa·s at 25°C; wherein the IRM is selected from imidazoquinoline amines and pharmaceutically acceptable salts thereof; and wherein the aqueous gel is free of oil.
An electronic apparatus comprising: a touch screen (140, 150) configured to display a portion of content including an object; and a control module configured to: identify whether the object is a draggable object, and, if the object is draggable, determine whether a predetermined touch input associated with the object is detected, characterised in that the control module is further adapted to determine whether one or more intended drop areas associated with the object exist in a remaining portion of content not displayed on the touch screen (140, 150) when the predetermined touch input is detected, and display, when a plurality of intended drop areas are associated with the object, a plurality of drop area indicators corresponding to the intended drop areas on the touch screen (140, 150). a touch screen (140, 150) configured to display a portion of content including an object; and a control module configured to: identify whether the object is a draggable object, and, if the object is draggable, determine whether a predetermined touch input associated with the object is detected, characterised in that the control module is further adapted to determine whether one or more intended drop areas associated with the object exist in a remaining portion of content not displayed on the touch screen (140, 150) when the predetermined touch input is detected, and display, when a plurality of intended drop areas are associated with the object, a plurality of drop area indicators corresponding to the intended drop areas on the touch screen (140, 150). identify whether the object is a draggable object, and, if the object is draggable, determine whether a predetermined touch input associated with the object is detected, characterised in that the control module is further adapted to determine whether one or more intended drop areas associated with the object exist in a remaining portion of content not displayed on the touch screen (140, 150) when the predetermined touch input is detected, and display, when a plurality of intended drop areas are associated with the object, a plurality of drop area indicators corresponding to the intended drop areas on the touch screen (140, 150).
Cartridge receptacle for producing a beverage by means of a cartridge which comprises a reservoir which is filled with a beverage substance and which is sealed by a sealing element, in particular a sealing film, wherein the cartridge receptacle has a connecting region for connection to the cartridge and wherein the cartridge receptacle with the cartridge can be inserted into a beverage preparation machine, wherein the cartridge receptacle has a mixing chamber which can be brought into a fluidic connection with the reservoir, and a fluid supply which opens into the mixing chamber for introducing liquid into the mixing chamber, wherein the cartridge receptacle has a cartridge discharge device for at least partially transferring the beverage substance from the reservoir into the mixing chamber, wherein the cartridge receptacle has a beverage outlet for discharging a beverage out of the mixing chamber, in particular directly, into a beverage container, wherein the cartridge receptacle also has a gas outlet for discharging out of the cartridge receptacle a gas, in particular carbon dioxide, released in the mixing chamber, characterized in that an upper inlet surface of the gas outlet is arranged higher than an upper inlet surface of the beverage outlet.
An additive manufacturing system, comprising: a recoater having an drive axis and an oscillation axis; a build chamber disposed along the drive axis; a drive module operably connected to the recoater to drive the recoater along the drive axis; a vibration module operably connected to the recoater to vibrate the recoater along the oscillation axis; and a control module communicative with the vibration module and configured to select one or more of a vibration direction, frequency, and/or magnitude according to constitution of a powder disposed within the build chamber; characterized byfurther comprising (a) a charging module disposed along the drive axis, (b) one or more of a pitching or yawing module operably connected to the recoater. a recoater having an drive axis and an oscillation axis; a build chamber disposed along the drive axis; a drive module operably connected to the recoater to drive the recoater along the drive axis; a vibration module operably connected to the recoater to vibrate the recoater along the oscillation axis; and a control module communicative with the vibration module and configured to select one or more of a vibration direction, frequency, and/or magnitude according to constitution of a powder disposed within the build chamber; characterized byfurther comprising (a) a charging module disposed along the drive axis, (b) one or more of a pitching or yawing module operably connected to the recoater.
A display device comprising: a display panel; a frame provided at the rear side of the display panel and attached thereto; a back cover provided at the rear side of the frame; and a fastening part provided between the back cover and the frame and configured to movably couple the back cover to the frame in a first direction, wherein the fastening part includes: a base, a plate movably coupled to the base and including a first hook, a lever coupled to the base and the plate, the lever configured to move the plate relative to the base in the first direction, a spring coupled between the base and the plate and configured to restrict movement of the plate relative to the base in the first direction, and a rail including a second hook, wherein the rail is attached to the frame or to the back cover, and opposes the base such that the second hook is able to engage the first hook on the plate. a display panel; a frame provided at the rear side of the display panel and attached thereto; a back cover provided at the rear side of the frame; and a fastening part provided between the back cover and the frame and configured to movably couple the back cover to the frame in a first direction, wherein the fastening part includes: a base, a plate movably coupled to the base and including a first hook, a lever coupled to the base and the plate, the lever configured to move the plate relative to the base in the first direction, a spring coupled between the base and the plate and configured to restrict movement of the plate relative to the base in the first direction, and a rail including a second hook, wherein the rail is attached to the frame or to the back cover, and opposes the base such that the second hook is able to engage the first hook on the plate. a base, a plate movably coupled to the base and including a first hook, a lever coupled to the base and the plate, the lever configured to move the plate relative to the base in the first direction, a spring coupled between the base and the plate and configured to restrict movement of the plate relative to the base in the first direction, and a rail including a second hook, wherein the rail is attached to the frame or to the back cover, and opposes the base such that the second hook is able to engage the first hook on the plate.
A method for use in a wireless device (QQ110, QQ200, QQ330, QQ491, QQ492), comprising: waking up from a discontinuous reception, DRX, mode in a cell; determining whether the cell is the same as the previous cell of the wireless device; in response to determining that the cell is not the same as the previous cell, determining whether the wireless device missed a wake-up signal opportunity in the cell; and monitoring each of the paging occasions associated with the wake-up signal opportunity if the cell is not the same as the previous cell and the wake-up signal opportunity was missed. waking up from a discontinuous reception, DRX, mode in a cell; determining whether the cell is the same as the previous cell of the wireless device; in response to determining that the cell is not the same as the previous cell, determining whether the wireless device missed a wake-up signal opportunity in the cell; and monitoring each of the paging occasions associated with the wake-up signal opportunity if the cell is not the same as the previous cell and the wake-up signal opportunity was missed.
A print cartridge including a froth-liquid/gas separator (100, 430, 500), said separator (100, 430, 500) comprising: an inlet through which froth is to flow; a flow passage (170, 260, 300, 540) connected to the inlet through which the froth is to pass, defined between first (266, 512) and second (270, 532) bounding surfaces, wherein the first bounding surface (266, 512) is a non-porous surface and at least a portion of the second bounding surface (270, 532) is a filter (150, 270 530) across which separated liquid is to form a seal and through which the separated liquid is to pass; wherein a separation distance between the first (266, 512) and second (270, 532) bounding surfaces is to produce a flow of liquid regions interspersed between gaseous regions within the flow passage (170, 260, 300, 540) during operation, with each of the liquid and gaseous regions spanning the separation distance between the first (266, 512) and second (270, 532) bounding surfaces; an outlet for the gas; a first check valve (450, 310 650) coupled to an inlet of the flow passage (170, 260, 300, 540); and a second check valve (460, 320, 660) fluidly coupled to an outer surface of the filter exteriorly of the flow passage (170, 260, 300, 540). an inlet through which froth is to flow; a flow passage (170, 260, 300, 540) connected to the inlet through which the froth is to pass, defined between first (266, 512) and second (270, 532) bounding surfaces, wherein the first bounding surface (266, 512) is a non-porous surface and at least a portion of the second bounding surface (270, 532) is a filter (150, 270 530) across which separated liquid is to form a seal and through which the separated liquid is to pass; wherein a separation distance between the first (266, 512) and second (270, 532) bounding surfaces is to produce a flow of liquid regions interspersed between gaseous regions within the flow passage (170, 260, 300, 540) during operation, with each of the liquid and gaseous regions spanning the separation distance between the first (266, 512) and second (270, 532) bounding surfaces; an outlet for the gas; a first check valve (450, 310 650) coupled to an inlet of the flow passage (170, 260, 300, 540); and a second check valve (460, 320, 660) fluidly coupled to an outer surface of the filter exteriorly of the flow passage (170, 260, 300, 540).
Prosthetic component adapted to be mounted to a bone as part of a knee prosthesis, the prosthetic component (2, 3) comprising: a spacing element for compensating resected bone, a main body with a contact surface configured to abut the spacing element and a fixation mechanism for fixing the spacing element between the contact surface and the bone, the fixation mechanism comprises: a receiving portion located at the contact surface, an insert for insertion into the receiving portion and a fastening element adapted to engage with the insert, characterized in that the receiving portion is adapted to fix the insert via a bayonet joint connection such that the fastening element, extending through the spacing element and engaging with the insert, fixes the spacing element to the contact surface. a spacing element for compensating resected bone, a main body with a contact surface configured to abut the spacing element and a fixation mechanism for fixing the spacing element between the contact surface and the bone, the fixation mechanism comprises: a receiving portion located at the contact surface, an insert for insertion into the receiving portion and a fastening element adapted to engage with the insert, characterized in that the receiving portion is adapted to fix the insert via a bayonet joint connection such that the fastening element, extending through the spacing element and engaging with the insert, fixes the spacing element to the contact surface. a receiving portion located at the contact surface, an insert for insertion into the receiving portion and a fastening element adapted to engage with the insert, characterized in that the receiving portion is adapted to fix the insert via a bayonet joint connection such that the fastening element, extending through the spacing element and engaging with the insert, fixes the spacing element to the contact surface.
Holding device for reversible fastening to a building roof, in particular in a region of a gable of the building roof, comprising: a) a first clamping arm; b) a second clamping arm; and c) an elongate connecting web, which connects the first clamping arm to the second clamping arm, d) wherein the first clamping arm and/or the second clamping arm are configured to be moved along the connecting web in order to change a distance between the first clamping arm and the second clamping arm, into which a part of the building roof is clampable; wherein the connecting web comprises a threaded spindle, which is in engagement with an internal thread of the first clamping arm and/or with an internal thread of the second clamping arm, wherein the first clamping arm and/or the second clamping arm are configured to be moved along the connecting web by means of rotation of the threaded spindle, wherein the holding device comprises a supporting element which is configured to support a region of a fall protection device, characterized in that the supporting element comprises a coupling unit for the reversible connection of the supporting element to the first clamping arm or the second clamping arm, and a guide element (33; 33.1, 33.2; 39), which is configured to guide the supporting element during a movement along a first side of the connecting web. a) a first clamping arm; b) a second clamping arm; and c) an elongate connecting web, which connects the first clamping arm to the second clamping arm, d) wherein the first clamping arm and/or the second clamping arm are configured to be moved along the connecting web in order to change a distance between the first clamping arm and the second clamping arm, into which a part of the building roof is clampable; wherein the connecting web comprises a threaded spindle, which is in engagement with an internal thread of the first clamping arm and/or with an internal thread of the second clamping arm, wherein the first clamping arm and/or the second clamping arm are configured to be moved along the connecting web by means of rotation of the threaded spindle, wherein the holding device comprises a supporting element which is configured to support a region of a fall protection device, characterized in that the supporting element comprises a coupling unit for the reversible connection of the supporting element to the first clamping arm or the second clamping arm, and a guide element (33; 33.1, 33.2; 39), which is configured to guide the supporting element during a movement along a first side of the connecting web.
A method for inductively coupled communications, comprising: generating a retransmitted modulated signal that is stronger than a received signal from a first device; generating a signal with a suppressed carrier from the retransmitted modulated signal for retransmission to the first device; filtering a superimposed signal of the suppressed carrier signal on the received signal to attenuate modulation sidebands; and synchronizing to the first device based on the filtered signal. generating a retransmitted modulated signal that is stronger than a received signal from a first device; generating a signal with a suppressed carrier from the retransmitted modulated signal for retransmission to the first device; filtering a superimposed signal of the suppressed carrier signal on the received signal to attenuate modulation sidebands; and synchronizing to the first device based on the filtered signal.
A valve for use with system for delivering CPAP therapy, the valve comprising a base and a membrane, the membrane having a first end defining an inlet opening, the base having a second end defining an outlet opening, the first end of the membrane having at least one concave portion and at least one convex portion and the first end of the membrane being configured to collapse inwardly to vary a flow path size in response to changes in pressure acting on the membrane wherein the valve further comprises a splint to hold open at least a portion of the valve when the valve is in an otherwise closed position, the splint extending into the inlet defined by the first end of the membrane, the splint extending from the first end of the membrane to the second end of the base.
An integrated component package comprising: a plurality of lower-power components and a high-power component coupled to a surface of a package substrate, wherein the lower-power components are located adjacent to the high-power component, each of the plurality of lower-power components and the high-power component generates heat during normal operation and the high-power component generates a greater amount of heat relative to each of the lower-power components during normal operation; a package lid that is coupled to the package substrate and covers the plurality of lower-power components and the high-power component; a cold plate physically and thermally coupled to the package lid, the cold plate including a base surface and a top surface, wherein the top surface is opposite the base surface relative to the package lid; and a plurality of thermoelectric cooling elements, wherein the TEC elements are sized and positioned within the integrated component package such that at least a portion of the footprints of the respective TEC elements projected in a direction normal to the surface of the substrate to which the lower-power components and the high-power component are coupled to overlap with at least one of the lower-power components, and no portions of the footprints of the TEC elements projected in the direction normal to the surface of the substrate to which the lower-power components and the high-power component are coupled to overlap the high-power component. a plurality of lower-power components and a high-power component coupled to a surface of a package substrate, wherein the lower-power components are located adjacent to the high-power component, each of the plurality of lower-power components and the high-power component generates heat during normal operation and the high-power component generates a greater amount of heat relative to each of the lower-power components during normal operation; a package lid that is coupled to the package substrate and covers the plurality of lower-power components and the high-power component; a cold plate physically and thermally coupled to the package lid, the cold plate including a base surface and a top surface, wherein the top surface is opposite the base surface relative to the package lid; and a plurality of thermoelectric cooling elements, wherein the TEC elements are sized and positioned within the integrated component package such that at least a portion of the footprints of the respective TEC elements projected in a direction normal to the surface of the substrate to which the lower-power components and the high-power component are coupled to overlap with at least one of the lower-power components, and no portions of the footprints of the TEC elements projected in the direction normal to the surface of the substrate to which the lower-power components and the high-power component are coupled to overlap the high-power component.
A physical uplink shared channel, PUSCH, transmission method carried out by a user equipment, UE, to a base station, BS, the method comprising: receiving, from the BS, a sounding reference signal, SRS, resource indicator, SRI, that indicates SRS resources; selecting, one or more transmission resources for use in PUSCH transmission, corresponding to the SRI; and transmitting a PUSCH using the one or more selected transmission resources, the method characterised by: transmitting, with the UE, transmission resource information as UE capability information, the transmission resource information including the number of transmission resources which are simultaneously able to transmit signals from the UE, and the transmission resource information including the number of transceiver units, TXRUs, the number of streams, and the transport block size for each transmission resource. receiving, from the BS, a sounding reference signal, SRS, resource indicator, SRI, that indicates SRS resources; selecting, one or more transmission resources for use in PUSCH transmission, corresponding to the SRI; and transmitting a PUSCH using the one or more selected transmission resources, the method characterised by: transmitting, with the UE, transmission resource information as UE capability information, the transmission resource information including the number of transmission resources which are simultaneously able to transmit signals from the UE, and the transmission resource information including the number of transceiver units, TXRUs, the number of streams, and the transport block size for each transmission resource.