mhurhangee/ep-ind-claims huggingface dataset:
A surgical staple cartridge for use with a surgical stapling instrument, said surgical staple cartridge comprising: a sled; a cartridge body; a plurality of staple cavities; and a strip of staples removably stored within said staple cavities, wherein said strip of staples comprises: a plurality of staples each comprising a proximal staple leg and a distal staple leg; a strip; and a plurality of connector portions joining said staples to said strip, wherein said connector portions are configured to release said staples from said strip, characterized in that said proximal staple leg comprises a leading engagement foot comprising a chamfered surface configured to engage said sled when said sled is translated through said cartridge body. a sled; a cartridge body; a plurality of staple cavities; and a strip of staples removably stored within said staple cavities, wherein said strip of staples comprises: a plurality of staples each comprising a proximal staple leg and a distal staple leg; a strip; and a plurality of connector portions joining said staples to said strip, wherein said connector portions are configured to release said staples from said strip, a plurality of staples each comprising a proximal staple leg and a distal staple leg; a strip; and a plurality of connector portions joining said staples to said strip, wherein said connector portions are configured to release said staples from said strip, characterized in that said proximal staple leg comprises a leading engagement foot comprising a chamfered surface configured to engage said sled when said sled is translated through said cartridge body.
Cooking appliance comprising a cooking chamber, a wall of the cooking chamber and a light guide device for guiding light into the cooking chamber of the cooking appliance, the light guide device having the following features: - a light decoupling element comprising an abutment face for abutting an inner face of the wall of the cooking chamber in a fluid-tight manner and comprising an outer face opposite the abutment face, the abutment face comprising a base; and - a rod-shaped light coupling element which extends out from the base of the abutment face of the light coupling element and has a coupling surface which can be arranged outside of the cooking chamber in order to couple in light, the rod-shaped light coupling element being oriented at an angle between 10 degrees and 80 degrees to the light decoupling element and/or the wall of the cooking chamber, characterised in that the outer face of the light decoupling element has a curved decoupling surface for directionally decoupling light from the light decoupling element and the light guide device with a rod-shaped latching dome which extends out from the base of the abutment face of the light decoupling element, can be guided through a through-opening of the wall and has a latching device for latching the latching dome to the wall of the cooking chamber, the light coupling element and the at least one latching dome having different angles to the base of the abutment face of the light decoupling element and in particular the longitudinal axes of said light coupling element and latching dome being in different spatial planes. - a light decoupling element comprising an abutment face for abutting an inner face of the wall of the cooking chamber in a fluid-tight manner and comprising an outer face opposite the abutment face, the abutment face comprising a base; and - a rod-shaped light coupling element which extends out from the base of the abutment face of the light coupling element and has a coupling surface which can be arranged outside of the cooking chamber in order to couple in light, the rod-shaped light coupling element being oriented at an angle between 10 degrees and 80 degrees to the light decoupling element and/or the wall of the cooking chamber,
A projection apparatus comprising: a reflector configured to reflect electromagnetic radiation emitted from a primary light engine; a projector lens configured to project at least a portion of said reflected electromagnetic radiation from said reflector; a shutter (24, 24a) disposed between a secondary light engine (22, 22a) and said reflector, said shutter (24, 24a) configured to selectively obscure a portion of said projector lens from said reflected electromagnetic radiation, said shutter (24, 24a) further configured to selectively emit at least a portion of electromagnetic radiation from said secondary light engine (22, 22a) through at least a portion of said projector lens; characterised in that said secondary light engine is coupled to said shutter (24, 24a), wherein said shutter (24, 24a) is also configured to selectively position said secondary light engine to emit electromagnetic radiation through said at least a portion of said projector lens when said shutter (24, 24a) is obscuring said portion of said projector lens from said reflected electromagnetic radiation. a reflector configured to reflect electromagnetic radiation emitted from a primary light engine; a projector lens configured to project at least a portion of said reflected electromagnetic radiation from said reflector; a shutter (24, 24a) disposed between a secondary light engine (22, 22a) and said reflector, said shutter (24, 24a) configured to selectively obscure a portion of said projector lens from said reflected electromagnetic radiation, said shutter (24, 24a) further configured to selectively emit at least a portion of electromagnetic radiation from said secondary light engine (22, 22a) through at least a portion of said projector lens; characterised in that said secondary light engine is coupled to said shutter (24, 24a), wherein said shutter (24, 24a) is also configured to selectively position said secondary light engine to emit electromagnetic radiation through said at least a portion of said projector lens when said shutter (24, 24a) is obscuring said portion of said projector lens from said reflected electromagnetic radiation.
A method for cell measurement, comprising: receiving, by a terminal device, a system message, wherein the system message comprises coverage information of a satellite, and the coverage information of the satellite comprises a second distance threshold between the terminal device and a reference point and location information of the reference point; and determining, by the terminal device, whether to perform a cell measurement corresponding to a frequency point according to the second distance threshold and a distance between the terminal device and the reference point, wherein the frequency point comprises a frequency point associated with the satellite, characterized in that the method further comprises: measuring, by the terminal device, all cells corresponding to the frequency point when a measurement starting condition is satisfied, wherein the measurement starting condition comprises: the distance between the terminal device and the reference point being less than or equal to the second distance threshold. receiving, by a terminal device, a system message, wherein the system message comprises coverage information of a satellite, and the coverage information of the satellite comprises a second distance threshold between the terminal device and a reference point and location information of the reference point; and determining, by the terminal device, whether to perform a cell measurement corresponding to a frequency point according to the second distance threshold and a distance between the terminal device and the reference point, wherein the frequency point comprises a frequency point associated with the satellite, characterized in that the method further comprises: measuring, by the terminal device, all cells corresponding to the frequency point when a measurement starting condition is satisfied, wherein the measurement starting condition comprises: the distance between the terminal device and the reference point being less than or equal to the second distance threshold.
Hand-guided working implement, comprising a drive motor driving a drive pinion via a clutch for driving at least one tool, the drive pinion being non-rotatably connected to an output part of the clutch, characterised in that the drive pinion is made up of at least two permanently joined individual parts (27, 28), a first individual part supporting a toothing and a second individual part being connected to the clutch.
A reaction casing for photosynthetic reactor for the culture of photosynthetic microorganisms, algae in particular, the said reaction casing being designed firstly to float on a body of water and secondly to delimit a biphasic flow pathway for the gas/liquid culture medium between a first and a second opening of the said reaction casing, the said reaction casing being characterized in that it comprises two claddings, respectively outer and inner, made at least in part of a material transparent to light rays, the inner cladding extending inside the outer cladding so that the said claddings delimit between them an inter-cladding space in fluid connection with the first opening of the reaction casing, in that the outer cladding has an open proximal end and a closed distal end and in that the inner cladding has an open proximal end in fluid connection with the second opening of the reaction casing and a distal end provided with at least one communication orifice between the inside of the inner cladding and the inter-cladding space.
End-of-movement braking and stop signal system with one or two tambour doors for closing cabinet-type containers, each tambour door sliding in two parallel rails delimiting at least partially the opening of said container, and comprising for each tambour door: - a flexible cam (4, 4') protruding toward the interior of one of the lateral walls of at least one rail; - a slid protruding from the tambour door, sliding in the rail and able to cooperate with said cam (4, 4'), said slid having a lateral contour including a rounded projection (10, 10'); - the cam (4, 4') comprising a first guide track braking portion (5, 5') and a second inversed guide track portion (7, 7') separated by a rounded peak (6, 6') forming a hard spot; characterized in that the inversed guide track portion restoring the initial size of the rail, and the rounded projection (10, 10') of the slid is followed by a rounded recess (11, 11'), the relative positioning of the rounded projection (10, 10') and the peak (6, 6') forming a stop for the tambour door, in the closed position, when the rounded projection (10, 10') has crossed the peak (6, 6') and is positioned in the second portion (7, 7') of the cam (4, 4'), the said peak (6, 6') being in the rounded recess (11,11'). - a flexible cam (4, 4') protruding toward the interior of one of the lateral walls of at least one rail; - a slid protruding from the tambour door, sliding in the rail and able to cooperate with said cam (4, 4'), said slid having a lateral contour including a rounded projection (10, 10'); - the cam (4, 4') comprising a first guide track braking portion (5, 5') and a second inversed guide track portion (7, 7') separated by a rounded peak (6, 6') forming a hard spot;
Device for precise processing of material, in particular organic material, comprising a pulsed laser system with a beam source, wherein a cavity-dumped fs oscillator is provided as beam source, characterized in that holding devices are provided for positioning and/or fixing the material to be processed, and the device is set up to carry out incisions or structural changes within transparent parts of an eye.
A battery module comprising: a battery cell stack in which a plurality of battery cells are stacked; a plurality of end plates at least partially surrounding the battery cell stack; and a support member coupled to the plurality of end plates and supporting the plurality of end plates; wherein each of the plurality of end plates comprises a bent portion formed to be bent at an end thereof, and characterised by at least one accommodation portion, in which an accommodation groove is formed, is formed in the bent portion, and a catching portion, which is inserted into and coupled to the accommodation groove of the at least one accommodation portion, is formed at each of both ends of the support member. a battery cell stack in which a plurality of battery cells are stacked; a plurality of end plates at least partially surrounding the battery cell stack; and a support member coupled to the plurality of end plates and supporting the plurality of end plates; wherein each of the plurality of end plates comprises a bent portion formed to be bent at an end thereof, and characterised by at least one accommodation portion, in which an accommodation groove is formed, is formed in the bent portion, and a catching portion, which is inserted into and coupled to the accommodation groove of the at least one accommodation portion, is formed at each of both ends of the support member.
A method implemented by a particular user equipment, UE, that is part of a group of UEs, the method comprising the steps of: receiving physical layer group signaling sent from a base station over a control channel on a first carrier; determining, based on the group signaling, whether data will be transmitted by the base station to a UE in the group during a current discontinuous reception, DRX, cycle over a second carrier that is different from the first carrier; and performing one of the following depending on the outcome of the determining: entering a DRX sleep mode for a rest of the current DRX cycle when determined that no data will be transmitted; and starting or restarting a DRX inactivity timer of the particular UE and monitoring the control channel until the DRX inactivity timer expires when determined that data will be transmitted. receiving physical layer group signaling sent from a base station over a control channel on a first carrier; determining, based on the group signaling, whether data will be transmitted by the base station to a UE in the group during a current discontinuous reception, DRX, cycle over a second carrier that is different from the first carrier; and performing one of the following depending on the outcome of the determining: entering a DRX sleep mode for a rest of the current DRX cycle when determined that no data will be transmitted; and starting or restarting a DRX inactivity timer of the particular UE and monitoring the control channel until the DRX inactivity timer expires when determined that data will be transmitted. entering a DRX sleep mode for a rest of the current DRX cycle when determined that no data will be transmitted; and starting or restarting a DRX inactivity timer of the particular UE and monitoring the control channel until the DRX inactivity timer expires when determined that data will be transmitted.
Encapsulated electrical connection for thermally and/or pressure stressed sensors, in particular temperature measuring sensor in the exhaust gas branch of engines, in particular sheathed thermocouples, comprising a tube or a sleeve, wherein at least one sensor element is located at its end directed towards the measurement location, connecting leads being guided via the tube or the sleeve to the end remote from the measurement location, the connecting leads of the at least one sensor element being connected to a cable and the connecting region being surrounded by a protective arrangement, furthermore a stepped and cylindrically designed molded body consisting of an insulating material is located from the tube or sleeve end in the direction of the connecting region, with separating webs for spaced fixation of the connecting lead ends, characterized in that the stepping of the molded body is designed such that there is no danger of a short circuit between the connecting regions, wherein for this purpose capillaries are provided for feeding-through the connecting lead ends, wherein furthermore the stepped-cut stepping in the longitudinal direction of the cylindrical molded body comprises one of the capillaries for each step, the entire section between the tube or sleeve end, the connecting region and the cores of the cable is encapsulated in a media-tight manner and the encapsulation consists of an insulating plastic material.
A radar system comprising: an active electronically scanned array, AESA, comprising a plurality of antenna elements (202a-202p), said AESA configured to transmit and receive radio frequency, RF, signals at a first frequency and a second, different frequency, the AESA having a first effective aperture and a first scan angle range at the first frequency and a second effective aperture and a second scan angle range at the second frequency and wherein the second effective aperture is angled with respect to the first effective aperture by an amount such that each of the array elements (202a'-202p') forming the second effective aperture are an even multiple of a wavelength at the second frequency distance from the array elements forming the first aperture; a receiver coupled to receive signals from said AESA and configured to receive signals at the first and second frequencies; and a transmitter coupled to provide signals to said AESA and configured to provide transmit signals to said AESA at the first and second frequencies. an active electronically scanned array, AESA, comprising a plurality of antenna elements (202a-202p), said AESA configured to transmit and receive radio frequency, RF, signals at a first frequency and a second, different frequency, the AESA having a first effective aperture and a first scan angle range at the first frequency and a second effective aperture and a second scan angle range at the second frequency and wherein the second effective aperture is angled with respect to the first effective aperture by an amount such that each of the array elements (202a'-202p') forming the second effective aperture are an even multiple of a wavelength at the second frequency distance from the array elements forming the first aperture; a receiver coupled to receive signals from said AESA and configured to receive signals at the first and second frequencies; and a transmitter coupled to provide signals to said AESA and configured to provide transmit signals to said AESA at the first and second frequencies.
Clamp fastening for fastening a housing to a rail, such as a top-hat rail, with a slider, which is able to be clamped on the rail, characterised in that, for simultaneous connection of the housing with an adjacent housing already fastened to the rail, the slider is able by means of a slider lock embodied as a further slider, which is able to be actuated through the adjacent housing, to be transferred into the clamping position and the slider also has a housing lock for locking the housing with the adjacent housing when the slider is moved into the clamping position.
A hybrid module, having a first drive unit and a second drive unit, which can be connected to a drive shaft in a torque-transmitting manner via an intermediate shaft, wherein a torque can be transmitted from the first drive unit and/or the second drive unit to the intermediate shaft via a separating clutch, wherein the intermediate shaft is supported on a housing via a support bearing, and the separating clutch is connected to the intermediate shaft via a hub, wherein the hub has at least one device on which a removal tool for applying force can engage interlockingly and/or frictionally in order to enable the disassembly of the hub and the separating clutch by using the removal tool, characterised in that the separating clutch is designed as a multi-plate clutch having an outer plate carrier and an inner plate carrier and the inner plate carrier is in contact with a continuous traction means.
A container, particularly adapted for water-based paints and the like, comprising a body made of plastic material, said body being conical, characterized in that it comprises a metal ring adapted to be crimped to the upper mouth of the container so as to be flush with the inner wall of the body of the container, said metal ring being upturned against the upper mouth of the container, so as to engage the upper mouth with a U-shaped profile, and defining a down-turned U-shaped profile at the inner wall of the container.
A combination of a cover plate and a drain, preferably a floor or roof drain, wherein the cover plate is provided with first locking means (10,26,29,32,39,41), and wherein the drain is provided with cooperating second locking means (12,47,50) for releasable connection of the cover plate to the drain, wherein the first locking means or the second locking means comprises a weakening (15,27,33,37,38) arranged such that at least a part of the locking means (10,26,29,32,39) is damaged when the cover plate is removed from the drain as the cover plate is a temporary cover plate for use during installation of the drain, characterised in that the cover plate is provided with level means (19,21,24) for determining the orientation of the cover plate and thereby also the drain in relation to a horizontal plane or a vertical.
A cover assembly for accommodating a plurality of secondary battery cells, comprising: An upper cover including a first groove formed to extend in a first direction and a second groove formed to extend in parallel to the first groove in the first direction; a wire assembly including a first wire and a second wire positioned in the first groove and the second groove, respectively, and a third wire connected to a thermistor, and positioned across one side of the cover and a first surface of the upper cover; and a bottom cover extending in a shape of the wire assembly, and coupled to the upper cover to fix the wire assembly, wherein: the bottom cover includes a main bottom cover for covering a portion positioned on an upper surface of the cover of the wire assembly, and first and second sub bottom covers (34, 35) for covering the first wire and the second wire, respectively; and the third wire is branched from the wire assembly and is retraced toward the thermistor in a direction facing the one side, and the thermistor is inserted into a third groove that is connected with the first groove and is deeper than the first groove. An upper cover including a first groove formed to extend in a first direction and a second groove formed to extend in parallel to the first groove in the first direction; a wire assembly including a first wire and a second wire positioned in the first groove and the second groove, respectively, and a third wire connected to a thermistor, and positioned across one side of the cover and a first surface of the upper cover; and a bottom cover extending in a shape of the wire assembly, and coupled to the upper cover to fix the wire assembly, wherein: the bottom cover includes a main bottom cover for covering a portion positioned on an upper surface of the cover of the wire assembly, and first and second sub bottom covers (34, 35) for covering the first wire and the second wire, respectively; and the third wire is branched from the wire assembly and is retraced toward the thermistor in a direction facing the one side, and the thermistor is inserted into a third groove that is connected with the first groove and is deeper than the first groove. the bottom cover includes a main bottom cover for covering a portion positioned on an upper surface of the cover of the wire assembly, and first and second sub bottom covers (34, 35) for covering the first wire and the second wire, respectively; and the third wire is branched from the wire assembly and is retraced toward the thermistor in a direction facing the one side, and the thermistor is inserted into a third groove that is connected with the first groove and is deeper than the first groove.