mhurhangee/ep-ind-claims huggingface dataset:
A method of measuring group index inhomogeneities in a strip sample of a boule containing periodic striae oriented in substantial alignment with planes normal to a center axis of the boule, comprising the steps of: preparing the strip sample extracted from the boule, the strip sample having a body with a front face and a back face, the front face and the back face each being oriented at an acute skew angle (β) to the center axis of the boule, mounting the prepared strip sample in a measurement cavity, directing a measurement wavefront in a substantially planar form through the body of the strip sample from the front face to the back face, at an orientation that extends parallel with the front face and the back face and is inclined by the skew angle (β) with respect to the axis of the boule in order to avoid diffusion/diffraction effects of the periodic striae on the measurement wavefront, recording a succession of interference patterns captured at progressively varying frequencies of a measuring beam, and deriving group index variations in the body of the strip sample from the recorded interference patterns. preparing the strip sample extracted from the boule, the strip sample having a body with a front face and a back face, the front face and the back face each being oriented at an acute skew angle (β) to the center axis of the boule, mounting the prepared strip sample in a measurement cavity, directing a measurement wavefront in a substantially planar form through the body of the strip sample from the front face to the back face, at an orientation that extends parallel with the front face and the back face and is inclined by the skew angle (β) with respect to the axis of the boule in order to avoid diffusion/diffraction effects of the periodic striae on the measurement wavefront, recording a succession of interference patterns captured at progressively varying frequencies of a measuring beam, and deriving group index variations in the body of the strip sample from the recorded interference patterns.
A method for a user equipment, UE, transmitting uplink signals in a wireless communication system, the method comprising: receiving a physical downlink control channel, PDCCH, including uplink grant; based on the PDCCH including a logical channel priority indication, constructing a protocol data unit, PDU, including data from a radio bearer, RB, with a logical channel priority corresponding to the logical channel priority indication; based on the PDCCH not including a logical channel priority indication, constructing the PDU including data from a RB with a lowest value-te which can be allocated as the logical channel priority indication; and transmitting the PDU to a network based on the uplink grant. receiving a physical downlink control channel, PDCCH, including uplink grant; based on the PDCCH including a logical channel priority indication, constructing a protocol data unit, PDU, including data from a radio bearer, RB, with a logical channel priority corresponding to the logical channel priority indication; based on the PDCCH not including a logical channel priority indication, constructing the PDU including data from a RB with a lowest value-te which can be allocated as the logical channel priority indication; and transmitting the PDU to a network based on the uplink grant.
A vane assembly comprising a plurality of vane units and a connecting part comprising a lacing bar, wherein each of the circumferentially arranged vane units comprises at its outer periphery a base, wherein longitudinal base faces of adjacent vane units circumferentially oppose each other, the bases being trapezoidal allowing the abutting of the adjacent longitudinal base faces, each base having a through-hole extending between opposing longitudinal faces of the base and wherein in the assembly the through-holes of adjacent vane units are straight and together form a circumferential polygonal cavity, wherein the lacing bar is formed such that it is insertable into and through the through-holes for coupling at least two adjacent vane units into the vane assembly, wherein, when assembled, the lacing bar is arranged through the through-holes of the plurality of vane units, wherein the cavity and the lacing bar have dissimilar arcuate shapes, and wherein a difference between a radius of curvature of the arcuate shape of the lacing bar and an average radius of curvature of the polygonal cavity results in an elastic bending deformation of the lacing bar when inserted, such that each individual vane unit is clamped onto the lacing bar by means of a force-fit, the force-fit being created by radially inwards and outwards directed bending forces (F1, F2) induced in inner and outer areas of contact between the lacing bar and the straight through-holes, the radial forces being predefined by selecting an appropriate difference in radius of curvature, material, cross-sectional size and/or form factor between the force-fit components of the vane assembly. wherein, when assembled, the lacing bar is arranged through the through-holes of the plurality of vane units, wherein the cavity and the lacing bar have dissimilar arcuate shapes, and wherein a difference between a radius of curvature of the arcuate shape of the lacing bar and an average radius of curvature of the polygonal cavity results in an elastic bending deformation of the lacing bar when inserted, such that each individual vane unit is clamped onto the lacing bar by means of a force-fit, the force-fit being created by radially inwards and outwards directed bending forces (F1, F2) induced in inner and outer areas of contact between the lacing bar and the straight through-holes, the radial forces being predefined by selecting an appropriate difference in radius of curvature, material, cross-sectional size and/or form factor between the force-fit components of the vane assembly.
A kitchen utensil for cutting a food product, comprising: - a support plate with at least one passage opening; - at least one cutting element fixed to said support plate adjacent to said passage opening; - a receptacle located below the support plate for collecting pieces of said food product cut by the cutting element and passed through the passage opening; and - an outer casing in which a rotary pressure member is installed, said rotary pressure member being configured for being coupled to a solid food product and pressing it while it rotates against the support plate and against said cutting element, characterized in that: the receptacle has a top opening, a bottom and a surrounding wall in which supporting projections are formed, said supporting projections detachably supporting the support plate above said bottom and close to said top opening defining an open cavity with the support plate as a bottom; the support plate has a perimetrical edge which fits with the inner surface of the surrounding wall of the receptacle; and said outer casing being associated to grip and support means providing a movable part allowing a user to manually support said outer casing and position the outer casing and the rotary pressure member in several positions in relation to the support plate and the cutting element while performing a cutting operation using the kitchen utensil. - a support plate with at least one passage opening; - at least one cutting element fixed to said support plate adjacent to said passage opening; - a receptacle located below the support plate for collecting pieces of said food product cut by the cutting element and passed through the passage opening; and - an outer casing in which a rotary pressure member is installed, said rotary pressure member being configured for being coupled to a solid food product and pressing it while it rotates against the support plate and against said cutting element, the receptacle has a top opening, a bottom and a surrounding wall in which supporting projections are formed, said supporting projections detachably supporting the support plate above said bottom and close to said top opening defining an open cavity with the support plate as a bottom; the support plate has a perimetrical edge which fits with the inner surface of the surrounding wall of the receptacle; and said outer casing being associated to grip and support means providing a movable part allowing a user to manually support said outer casing and position the outer casing and the rotary pressure member in several positions in relation to the support plate and the cutting element while performing a cutting operation using the kitchen utensil.
Workpiece holding device for a machine tool, particularly for a grinding machine, for machining workpieces, wherein the workpiece holding device comprises a workpiece table having a guide, wherein a workpiece holder is arranged to be mounted to the guide, wherein the workpiece table further comprises a carrier section having a module support, wherein the carrier section is assigned to the guide, and wherein the module support is mounted to the carrier section in a longitudinally displaceable manner and arranged to be coupled with a drive, characterized in that the carrier section is integrated in the guide.
Ice making machine, comprising a water supply device wherein at least one nozzle sprays water towards an evaporator, a sliding wall upon which the ice from the evaporator slides for being discharged, wherein said at least one nozzle being removably associated to the sliding wall in a concealed manner thereby not hindering the ice sliding on the wall, characterized in that said at least one nozzle is arranged in a plate removably applied on the ice sliding wall.
A colpotomy assembly adapted for insertion into a vaginal cavity for use in female pelvic surgical procedures comprising: a rigid elongated inner tube having a distal end and a proximal end; an elongated outer tube having a distal end and a proximal end surrounding said inner tube, said elongated outer tube being free to slide and rotate on said inner tube; an outer cervical cup having a top portion of a first diameter and a bottom portion having a second diameter less than said first diameter, said bottom portion of said outer cup provided with a hole therein, said outer cup being joined to the distal end of said elongated outer tube; an inner occlusion cup having a top portion of a third diameter and a bottom portion having a fourth diameter less than said third diameter, said bottom portion of said inner cup provided with a hole therein, said inner cup being free to slide and rotate on said elongated outer tube; and an electro surgical needle retractably mounted in said outer cervical cup; wherein when said device is utilized, said outer cup would surround and support the cervix and said inner cup would stretch the upper vaginal canal, and wherein said electro surgical needle would puncture the vaginal-cervical junction to separate the uterus and cervix from the vagina. a rigid elongated inner tube having a distal end and a proximal end; an elongated outer tube having a distal end and a proximal end surrounding said inner tube, said elongated outer tube being free to slide and rotate on said inner tube; an outer cervical cup having a top portion of a first diameter and a bottom portion having a second diameter less than said first diameter, said bottom portion of said outer cup provided with a hole therein, said outer cup being joined to the distal end of said elongated outer tube; an inner occlusion cup having a top portion of a third diameter and a bottom portion having a fourth diameter less than said third diameter, said bottom portion of said inner cup provided with a hole therein, said inner cup being free to slide and rotate on said elongated outer tube; and an electro surgical needle retractably mounted in said outer cervical cup; wherein when said device is utilized, said outer cup would surround and support the cervix and said inner cup would stretch the upper vaginal canal, and wherein said electro surgical needle would puncture the vaginal-cervical junction to separate the uterus and cervix from the vagina.
Adhesive carrier for a cord tensioner, wherein the adhesive carrier can be stuck to the frame piece (1") of a window by means of an adhesive layer, wherein the adhesive layer is arranged on a short side (8") of the adhesive carrier, the opposing short side of which comprises a screw-in opening that is provided with an internal thread or is smooth-walled for screwing in a fastening screw, by means of which fastening screw the cord tensioner can be connected to the adhesive carrier.
A vertical mullion or horizontal transom structure for use on a window wall system, the mullion or transom comprising: a metal mullion or transom structure having an outer side; a thermally insulating polymer component connected to the metal structure at the outer side by a first fastener passing through an outwardly extending wing of the metal structure and into the component, the component covering substantially an entirety of the outer side, the first fastener oriented generally parallel to the outer side, and whereby the component defines a first slot, the first fastener being positioned through the metal structure and into the first slot, characterized in that the component defines a second slot, a second fastener being positioned in the second slot, the second slot being oriented generally perpendicular to the first slot, the second fastener passing through a pressure plate configured to secure a panel to the system. a metal mullion or transom structure having an outer side; a thermally insulating polymer component connected to the metal structure at the outer side by a first fastener passing through an outwardly extending wing of the metal structure and into the component, the component covering substantially an entirety of the outer side, the first fastener oriented generally parallel to the outer side, and whereby the component defines a first slot, the first fastener being positioned through the metal structure and into the first slot, characterized in that the component defines a second slot, a second fastener being positioned in the second slot, the second slot being oriented generally perpendicular to the first slot, the second fastener passing through a pressure plate configured to secure a panel to the system.
A cellular communication network comprising: a first access point for supporting communications in a first communication cell, wherein the first access point includes first radio frequency RF transceiver circuitry arranged to enable communication with one or more wireless subscriber communication units located within the first communication cell; and a second access point for supporting communications in a neighbouring communication cell, wherein the second access point includes second radio frequency RF transceiver circuitry arranged to enable communication with at least one wireless subscriber communication unit located within the neighbouring communication cell; and characterised in that; the first access point includes first signal processing logic operably coupled to the first RF transceiver circuitry, and arranged to generate a broadcast message comprising information intended for receipt by the second access point, and to wirelessly broadcast the message via the transceiver circuitry; such that the broadcast information intended for receipt by the second access point comprises information enabling the second access point to establish a connection with the first access point, and in that the second access point includes second signal processing logic operably coupled to the second RF transceiver circuitry and arranged to receive the broadcast message from the first access point via the second RF transceiver circuitry, extract information from the received broadcast message; and establish a connection, using the extracted information, with the first access point. a first access point for supporting communications in a first communication cell, wherein the first access point includes first radio frequency RF transceiver circuitry arranged to enable communication with one or more wireless subscriber communication units located within the first communication cell; and a second access point for supporting communications in a neighbouring communication cell, wherein the second access point includes second radio frequency RF transceiver circuitry arranged to enable communication with at least one wireless subscriber communication unit located within the neighbouring communication cell; and characterised in that; the first access point includes first signal processing logic operably coupled to the first RF transceiver circuitry, and arranged to generate a broadcast message comprising information intended for receipt by the second access point, and to wirelessly broadcast the message via the transceiver circuitry; such that the broadcast information intended for receipt by the second access point comprises information enabling the second access point to establish a connection with the first access point,
A high-energy lithium secondary battery comprising: a cathode comprising, as cathode active materials, a first cathode active material represented by Formula 1 below and having a layered structure and a second cathode active material represented by Formula 2 below and having a spinel structure, wherein an amount of the first cathode active material is between 40 and 100 wt% based on a total weight of the first and second cathode active materials; an anode comprising amorphous carbon having a capacity of 300 mAh/g or more; and a separator, and wherein the amorphous carbon is a mixture of a first carbon having a specific surface area with respect to capacity of 0.01 to 0.031 m 2 /mAh and a second carbon having a specific surface area with respect to capacity of 0.0035 to 0.017 m 2 /mAh: Li x (Ni v Mn w Co y M z)O 2-t A t wherein 0.8 < x≤1.3, 0≤v≤0.9, 0≤w≤0.9, 0≤y≤0.9, 0≤z≤0.9, x+v+w+y+z=2, and 0≤t≤0.2; M denotes at least one metal or transition metal cation having an oxidation number of +2 to +4; and A is a monovalent or divalent anion, Li a Mn 2-b M' b O 4-c A' c wherein 0.8 < a≤1.3, 0≤b≤0.5, and 0≤c≤0.3; M' denotes at least one metal or transition metal cation having an oxidation number of +2 to +4; and A' is a monovalent or divalent anion.
An application server, comprising: at least one processor and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus at least to: receive a request for setting up a communication session with a user; determine, based on registrations of the user and correlation identities associated with the registrations, a total number of devices (1, 2) registered to the user and determine, for each registered device, one or more access technologies via which the each device (1, 2) is registered; and initiate communication with each registered device (1, 2) based on the determinations such that the communication is initiated with each registered device (1, 2) not more than one time. receive a request for setting up a communication session with a user; determine, based on registrations of the user and correlation identities associated with the registrations, a total number of devices (1, 2) registered to the user and determine, for each registered device, one or more access technologies via which the each device (1, 2) is registered; and initiate communication with each registered device (1, 2) based on the determinations such that the communication is initiated with each registered device (1, 2) not more than one time.
An insulating roof support assembly for a roof structure comprising a plurality roof elongated rafters spaced apart in a predetermined distance with insulation boards therebetween, wherein elongated insulation elements are provided on the top of and in contact with each of the elongated roof rafters, wherein the elongated insulation elements are provided with the same width as the elongated roof rafters, and elongated wooden elements on top of said insulation elements with at least one flexible membrane for waterproofing between at least two neighbouring insulation elements sandwiched between the wooden elements and the insulation elements.
An automotive propulsion system, comprising a first propulsion system and a second propulsion system, wherein the first propulsion system comprises: a first motor, a first retarder, a first disconnector, a compressor, and a second disconnector, wherein the first disconnector is disposed in the first retarder, and is configured to implement a connection or disconnection between the first motor and the first retarder, and the second disconnector is disposed between the first retarder and the compressor, and is configured to implement a connection or disconnection between the first motor and the compressor; and the second propulsion system comprises: a second motor and a second retarder, wherein the second motor is connected to the second retarder, characterized in that the first propulsion system is a front-drive system and the second propulsion system is a rear-drive system, or the first propulsion system is a rear-drive system and the second propulsion system is a front-drive system wherein the first retarder comprises a third transmission member and a fourth transmission member, wherein the fourth transmission member is connected to the first motor by using the third transmission member, and the first disconnector is disposed between the third transmission member and the fourth transmission member, wherein the second disconnector is disposed between the third transmission member and the compressor. the first propulsion system comprises: a first motor, a first retarder, a first disconnector, a compressor, and a second disconnector, wherein the first disconnector is disposed in the first retarder, and is configured to implement a connection or disconnection between the first motor and the first retarder, and the second disconnector is disposed between the first retarder and the compressor, and is configured to implement a connection or disconnection between the first motor and the compressor; and the second propulsion system comprises: a second motor and a second retarder, wherein the second motor is connected to the second retarder, characterized in that the first propulsion system is a front-drive system and the second propulsion system is a rear-drive system, or the first propulsion system is a rear-drive system and the second propulsion system is a front-drive system wherein the first retarder comprises a third transmission member and a fourth transmission member, wherein the fourth transmission member is connected to the first motor by using the third transmission member, and the first disconnector is disposed between the third transmission member and the fourth transmission member, wherein the second disconnector is disposed between the third transmission member and the compressor.
Device for sequencing the ignition of pyrotechnic products, the device comprising: - a base comprising an elongated wick formed from a pyrotechnic material, - an ignition tip, and - at least two transmission tips (12b-e) for pyrotechnic products, the transmission tips extending at different distances from the ignition tip along the wick, the wick connecting each transmission tip directly to the ignition tip. - a base comprising an elongated wick formed from a pyrotechnic material, - an ignition tip, and - at least two transmission tips (12b-e) for pyrotechnic products, the transmission tips extending at different distances from the ignition tip along the wick,
A part for reinforcing a lower crossbeam for a window opening attached to a firewall of a motor vehicle, the reinforcing part having, in cross-section, a U-shaped profile, this reinforcing part being provided with a bottom wall and two side walls together defining a cavity, the side walls being both attached to a lower face of the lower crossbeam of the window opening, the cavity being opposite the lower face, the reinforcing part being further attached to the firewall, characterized in that the reinforcing part includes a complementary reinforcing element, intended to reinforce an end edge of the crossbeam.