mhurhangee/ep-ind-claims huggingface dataset:
Glass or glass ceramic plate with a first upper surface lying in the xy plane in an orthogonal xyz coordinate system and a second upper surface, with a circumferential lower edge and a circumferential upper edge with at least one first edge surface and at least one second edge surface, wherein the edge surfaces (10, 20) together form an angle γ, and with a curved corner surface connecting both edge surfaces (10, 20) of a corner E with a radius of curvature R, with a contour line K E and with a corner angle W, wherein the upper surface has a facet with a facet surface on at least one of the two edge surfaces (10, 20), whereby a remaining edge surface with a thickness D R and a contour line K R is formed on the edge surface (10, 20), wherein the contour line K R has a distance z R from the lower edge, characterised in that the plate has an edge index I N = W N V Y at the corner E and the adjacent remaining edge surface with W N = W γ and V Y ≠ 0, wherein V y in mm is the distance between the contour lines K R and K E in the y-direction and I N in mm -1 is: 0.1 ≤ I N ≤ 1.5. with a first upper surface lying in the xy plane in an orthogonal xyz coordinate system and a second upper surface, with a circumferential lower edge and a circumferential upper edge with at least one first edge surface and at least one second edge surface, wherein the edge surfaces (10, 20) together form an angle γ, and with a curved corner surface connecting both edge surfaces (10, 20) of a corner E with a radius of curvature R, with a contour line K E and with a corner angle W, wherein the upper surface has a facet with a facet surface on at least one of the two edge surfaces (10, 20), whereby a remaining edge surface with a thickness D R and a contour line K R is formed on the edge surface (10, 20), wherein the contour line K R has a distance z R from the lower edge, characterised in that the plate has an edge index I N = W N V Y at the corner E and the adjacent remaining edge surface with W N = W γ and V Y ≠ 0, wherein V y in mm is the distance between the contour lines K R and K E in the y-direction and I N in mm -1 is: 0.1 ≤ I N ≤ 1.5.
A method for connecting two objects electrically by an electroconductive liquid, comprising: providing a substrate having a first surface and a second surface which is opposite to the first surface; forming a liquid-receiving portion, which receives the liquid, on the first surface of the substrate; forming a channel of the liquid in the substrate which communicates with the liquid-receiving portion; forming a through hole in the substrate which communicates over the channel with the liquid-receiving portion and defines openings on the first and second surfaces, respectively; arranging the two objects to interpose the substrate between the two objects, at positions at which the two objects overlap with the openings of the through hole, respectively; making a droplet of the liquid land on the liquid-receiving portion; filling the liquid landed on the liquid-receiving portion to the through hole by making the landed liquid advance in the channel to reach the through hole; bringing the liquid filled in the through hole in contact with the objects arranged to interpose the substrate at positions at which the two objects overlap with the openings of the through hole, respectively; and hardening the liquid filled in the through hole characterized by removing a region of the substrate, which includes the liquid-receiving portion, after filling the liquid in the through hole and bringing the liquid droplet into contact with the objects. providing a substrate having a first surface and a second surface which is opposite to the first surface; forming a liquid-receiving portion, which receives the liquid, on the first surface of the substrate; forming a channel of the liquid in the substrate which communicates with the liquid-receiving portion; forming a through hole in the substrate which communicates over the channel with the liquid-receiving portion and defines openings on the first and second surfaces, respectively; arranging the two objects to interpose the substrate between the two objects, at positions at which the two objects overlap with the openings of the through hole, respectively; making a droplet of the liquid land on the liquid-receiving portion; filling the liquid landed on the liquid-receiving portion to the through hole by making the landed liquid advance in the channel to reach the through hole; bringing the liquid filled in the through hole in contact with the objects arranged to interpose the substrate at positions at which the two objects overlap with the openings of the through hole, respectively; and hardening the liquid filled in the through hole characterized by removing a region of the substrate, which includes the liquid-receiving portion, after filling the liquid in the through hole and bringing the liquid droplet into contact with the objects.
A packaging machine for products being designed as pharmaceutical products being contained in primary packages, comprising: a first conveyor unit (3, 4) being driven in a clocked manner with which separated products are conveyed, a second conveyor unit being arranged upstream of the first conveyor unit (3, 4) and being continuously driven, the second conveyor unit being designed as a stack forming unit with which stacks of products are conveyed, characterised by an intermediate storage unit in which the products originating from the first conveyor unit (3, 4) are temporarily stored, and a transfer apparatus with which the products are removed from the intermediate storage unit and put on the second conveyor unit to form the stacks of products. a first conveyor unit (3, 4) being driven in a clocked manner with which separated products are conveyed, a second conveyor unit being arranged upstream of the first conveyor unit (3, 4) and being continuously driven, the second conveyor unit being designed as a stack forming unit with which stacks of products are conveyed, characterised by an intermediate storage unit in which the products originating from the first conveyor unit (3, 4) are temporarily stored, and a transfer apparatus with which the products are removed from the intermediate storage unit and put on the second conveyor unit to form the stacks of products.
An apparatus comprising a processor configured to: receive a first audio signal and first location data, wherein the first audio signal is based on sound detected at a first mobile user terminal and wherein the first location data identifies a first location (21, 22, 23) of the first mobile user terminal; receive a second audio signal and second location data, wherein the second audio signal is based on sound detected at a second mobile user terminal and wherein the second location data identifies a second location (21, 22, 23) of the second mobile user terminal, wherein the first location and the second location are different, wherein said first and second locations are within an area comprising an event location; receive user selected location data relating to a selected location at which a representation of an audio experience is to be created based on the first audio signal and the second audio signal and on the first and second location data, said selected location is also within said area, wherein the selected location is selected with a user using a user interface of a user terminal; generate a multichannel signal in dependence on the first and second audio signals, the first and second location data and the user selected location data; and transmit the generated multichannel signal to the user terminal, the multichannel signal being configured to provide the audio experience as if from the selected location within the area comprising the event location. receive a first audio signal and first location data, wherein the first audio signal is based on sound detected at a first mobile user terminal and wherein the first location data identifies a first location (21, 22, 23) of the first mobile user terminal; receive a second audio signal and second location data, wherein the second audio signal is based on sound detected at a second mobile user terminal and wherein the second location data identifies a second location (21, 22, 23) of the second mobile user terminal, wherein the first location and the second location are different, wherein said first and second locations are within an area comprising an event location; receive user selected location data relating to a selected location at which a representation of an audio experience is to be created based on the first audio signal and the second audio signal and on the first and second location data, said selected location is also within said area, wherein the selected location is selected with a user using a user interface of a user terminal; generate a multichannel signal in dependence on the first and second audio signals, the first and second location data and the user selected location data; and transmit the generated multichannel signal to the user terminal, the multichannel signal being configured to provide the audio experience as if from the selected location within the area comprising the event location.
A stator comprising: an inner core including a ring-shaped boss and a plurality of teeth radially formed at an outer periphery of the boss; a coil wound on each tooth; an outer core divided into a plurality of sections to be coupled between the plurality of teeth; and press-fitting units (141, 142, 143, 144) formed at the inner core and the outer core to allow the outer core to be press-fitted between the teeth, characterized in that the outer core is discretely formed with the inner core so that each section of said outer core is inserted between distal end units of two adjacent teeth, and in that the press-fitting units (141, 142, 143, 144) include press-fitting lugs (141, 144) and press-fitting grooves (142, 143) having a shape complementary to that of the press-fitting lugs (141, 144), • said press-fitting lugs (141, 144) being formed at both lateral surfaces of distal end units of the teeth while said press-fitting grooves (142, 143) being formed at both lateral surfaces of the sections of the outer core or vice versa, in order to allow the press-fitting lugs (141, 142) to be press-fitted in the press-fitting grooves (142, 143), an inner core including a ring-shaped boss and a plurality of teeth radially formed at an outer periphery of the boss; a coil wound on each tooth; an outer core divided into a plurality of sections to be coupled between the plurality of teeth; and press-fitting units (141, 142, 143, 144) formed at the inner core and the outer core to allow the outer core to be press-fitted between the teeth, characterized in that the outer core is discretely formed with the inner core so that each section of said outer core is inserted between distal end units of two adjacent teeth, and in that the press-fitting units (141, 142, 143, 144) include press-fitting lugs (141, 144) and press-fitting grooves (142, 143) having a shape complementary to that of the press-fitting lugs (141, 144), • said press-fitting lugs (141, 144) being formed at both lateral surfaces of distal end units of the teeth while said press-fitting grooves (142, 143) being formed at both lateral surfaces of the sections of the outer core or vice versa, in order to allow the press-fitting lugs (141, 142) to be press-fitted in the press-fitting grooves (142, 143), • said press-fitting lugs (141, 144) being formed at both lateral surfaces of distal end units of the teeth while said press-fitting grooves (142, 143) being formed at both lateral surfaces of the sections of the outer core or vice versa, in order to allow the press-fitting lugs (141, 142) to be press-fitted in the press-fitting grooves (142, 143),
Arrangement for forming a busbar system for lighting, comprising - a U-shaped, downward opening support rail for modular formation of the busbar system, whereby the supporting rail comprises a central leg and two lateral limbs and - a suspension cable to attach the support rail to a ceiling, whereby the suspension cable comprises a cable and a mounting bracket, whereby the middle leg comprises the supporting rail undercuts on its outer side and the fastening clip of the suspension cable fitted into the undercuts, characterised by the fact a U-shaped cable duct element comprising of a central leg, on the sides of elongated clamping projections are provided for fixing the cable duct element to the support rail fitted in the undercuts of the supporting rail. - a U-shaped, downward opening support rail for modular formation of the busbar system, - a suspension cable to attach the support rail to a ceiling, whereby the suspension cable comprises a cable and a mounting bracket, whereby the middle leg comprises the supporting rail undercuts on its outer side and the fastening clip of the suspension cable fitted into the undercuts,
A copolymer of ethylene and an alpha-olefin, said copolymer having (a) a density in the range 0.901 - 0.907 g/cm 3, (b) a melt index MI 2 (2.16 kg, 190°C) in the range of 0.01 - 6 g/10 min, (c) a Compositional Distribution Branch Index (CDBI, measured according to the method provided in the description) in the range 55-85%, and (d) a sealing initiation temperature and density satisfying the relationship SIT ≤ A × D − B wherein A is 800°C × cm 3 /g and B is 650°C, and wherein the SIT (°C) is determined on a 70μm film at 0.5N/15 mm and D is in units of g/cm 3. (a) a density in the range 0.901 - 0.907 g/cm 3, (b) a melt index MI 2 (2.16 kg, 190°C) in the range of 0.01 - 6 g/10 min, (c) a Compositional Distribution Branch Index (CDBI, measured according to the method provided in the description) in the range 55-85%, and (d) a sealing initiation temperature and density satisfying the relationship SIT ≤ A × D − B wherein A is 800°C × cm 3 /g and B is 650°C, and wherein the SIT (°C) is determined on a 70μm film at 0.5N/15 mm and D is in units of g/cm 3.
A flame detector comprising: an ultraviolet sensor, which is configured to detect UV radiation emitted by a flame; and a testing apparatus, which is configured to periodically test function of the flame detector, including: a UV light emitting diode (UVLED) emitter, which is configured to emit a test signal; a mirror, which is configured to reflect the test signal emitted from the UVLED emitter to the UV sensor; and a UV window interposed between the mirror and the UV sensor such that the test signal is reflected off the mirror through the UV window; and wherein the UV window is interposed between the UVLED emitter and the mirror such that the test signal emitted from the UVLED emitter is transmitted through the UV window to the mirror; characterized in that the UVLED emitter is configured to transmit the test signal at a wavelength between 220 nm and 240 nm. an ultraviolet sensor, which is configured to detect UV radiation emitted by a flame; and a testing apparatus, which is configured to periodically test function of the flame detector, including: a UV light emitting diode (UVLED) emitter, which is configured to emit a test signal; a mirror, which is configured to reflect the test signal emitted from the UVLED emitter to the UV sensor; and a UV window interposed between the mirror and the UV sensor such that the test signal is reflected off the mirror through the UV window; and wherein the UV window is interposed between the UVLED emitter and the mirror such that the test signal emitted from the UVLED emitter is transmitted through the UV window to the mirror; characterized in that the UVLED emitter is configured to transmit the test signal at a wavelength between 220 nm and 240 nm. a UV light emitting diode (UVLED) emitter, which is configured to emit a test signal; a mirror, which is configured to reflect the test signal emitted from the UVLED emitter to the UV sensor; and a UV window interposed between the mirror and the UV sensor such that the test signal is reflected off the mirror through the UV window; and wherein the UV window is interposed between the UVLED emitter and the mirror such that the test signal emitted from the UVLED emitter is transmitted through the UV window to the mirror; characterized in that the UVLED emitter is configured to transmit the test signal at a wavelength between 220 nm and 240 nm.
A tube amplifier system comprising: a plurality of conductor walls extending parallel to a longitudinal axis and defining an interior space therebetween; a shorting deck extending transverse to the longitudinal axis, the shorting deck being mechanically and electrically coupled to the conductor walls; and a movable tray assembly including a grounding deck that extends parallel to the shorting deck, the grounding deck and the shorting deck defining an output cavity therebetween that has a length measured along the longitudinal axis, the movable tray assembly being removably mounted to at least one of the conductor walls such that the grounding deck is capable of being positioned at multiple different levels along the longitudinal axis to change the length of the output cavity. a plurality of conductor walls extending parallel to a longitudinal axis and defining an interior space therebetween; a shorting deck extending transverse to the longitudinal axis, the shorting deck being mechanically and electrically coupled to the conductor walls; and a movable tray assembly including a grounding deck that extends parallel to the shorting deck, the grounding deck and the shorting deck defining an output cavity therebetween that has a length measured along the longitudinal axis, the movable tray assembly being removably mounted to at least one of the conductor walls such that the grounding deck is capable of being positioned at multiple different levels along the longitudinal axis to change the length of the output cavity.
Tool suitable for manufacturing a toroidal tyre comprising a crown suitable for forming a tread, a first annular bead and a second annular bead designed to make it possible to attach the tyre to a mounting support such as a rim, together with a first sidewall and a second sidewall that connect the crown to the first bead and to the second bead respectively, the crown, the first and second sidewalls (6, 7) and the first and second beads (4, 5) as a whole forming a wall having a concave inner surface (8_in) that defines a cavity of the tyre, said tool comprising a toroidal core having, about its central axis, a convex outer surface, referred to as the "receiving surface" (10_out), which has a shape conjugate to the inner surface (8_in) of the wall of the tyre and which comprises to this end a radially outer crown zone suitable for receiving components forming the crown of the tyre and, axially on either side of said crown zone, a first lateral zone turned in towards the central axis and suitable for receiving components forming the first sidewall and the first bead, together with a second lateral zone turned in towards the central axis and suitable for receiving components forming the second sidewall and the second bead, so that the core embodies a volume, referred to as the "reserved volume", which is externally delimited by the receiving surface (10_out) and corresponds to the cavity of the tyre, the tool being characterized in that the core has a plurality of passages that extend inside the reserved volume, below the receiving surface (10_out), and which open onto said receiving surface (10_out) so that each of said passages connects the crown zone of the receiving surface to one of the first and second lateral zones (12, 13) so that the core can receive, inside said passages, reinforcing elements, referred to as "stays", which are designed to be permanently incorporated into the structure of the tyre and each extend in the cavity of the tyre, connecting a crown anchor point situated in the crown of the tyre to a lateral anchor point situated in one of the sidewalls (6, 7) or beads (4, 5) of the tyre.
A method for wireless communication at a user equipment, UE, comprising: identifying a transmission time interval allocated for a first transmission; receiving a preemption indication, PI, indicating that a portion of the transmission time interval is preempted; after receiving the PI, determining whether a threshold associated with an estimated uplink, UL, received power of the first transmission is satisfied; determining whether to drop at least a portion of the first transmission in the transmission time interval based at least in part on whether the threshold associated with the estimated UL received power of the first transmission is satisfied; and transmitting the first transmission during the transmission time interval in accordance with the determination of whether to drop at least the portion of the first transmission; wherein determining whether to drop at least the portion of the first transmission comprises: determining to drop at least the portion of the first transmission when a characteristic of the first transmission satisfies the threshold; or determining to transmit an entirety of the first transmission when the characteristic of the first transmission fails to satisfy the threshold. identifying a transmission time interval allocated for a first transmission; receiving a preemption indication, PI, indicating that a portion of the transmission time interval is preempted; after receiving the PI, determining whether a threshold associated with an estimated uplink, UL, received power of the first transmission is satisfied; determining whether to drop at least a portion of the first transmission in the transmission time interval based at least in part on whether the threshold associated with the estimated UL received power of the first transmission is satisfied; and transmitting the first transmission during the transmission time interval in accordance with the determination of whether to drop at least the portion of the first transmission; wherein determining whether to drop at least the portion of the first transmission comprises: determining to drop at least the portion of the first transmission when a characteristic of the first transmission satisfies the threshold; or determining to transmit an entirety of the first transmission when the characteristic of the first transmission fails to satisfy the threshold. determining to drop at least the portion of the first transmission when a characteristic of the first transmission satisfies the threshold; or determining to transmit an entirety of the first transmission when the characteristic of the first transmission fails to satisfy the threshold.