mhurhangee/ep-ind-claims huggingface dataset:
A method of a network entity, the method comprising: receiving, from one or more neighboring network nodes (622, 722) of a plurality of network nodes, indications of their respective direct current, DC, tones, the plurality of network nodes configured to transmit a respective plurality of positioning signals to a user equipment, UE (610, 710), wherein the plurality of network nodes includes a serving network node (620, 720) in addition to the one or more neighboring network nodes (622, 722), wherein the serving network node (620, 720) is a network node currently serving the UE; sending (1310, 1530), to the UE, assistance data indicating a respective plurality of DC tones of the plurality of network nodes, wherein the plurality of DC tones comprise a DC tone for each of the serving network node (620, 720) and the one or more neighboring network nodes (622, 722); and receiving (1320, 1540, 1560), from the UE, a position of the UE determined based on a respective plurality of positioning related measurements of the plurality of positioning signals, the plurality of positioning related measurements of the plurality of positioning signals, or any combination thereof. receiving, from one or more neighboring network nodes (622, 722) of a plurality of network nodes, indications of their respective direct current, DC, tones, the plurality of network nodes configured to transmit a respective plurality of positioning signals to a user equipment, UE (610, 710), wherein the plurality of network nodes includes a serving network node (620, 720) in addition to the one or more neighboring network nodes (622, 722), wherein the serving network node (620, 720) is a network node currently serving the UE; sending (1310, 1530), to the UE, assistance data indicating a respective plurality of DC tones of the plurality of network nodes, wherein the plurality of DC tones comprise a DC tone for each of the serving network node (620, 720) and the one or more neighboring network nodes (622, 722); and receiving (1320, 1540, 1560), from the UE, a position of the UE determined based on a respective plurality of positioning related measurements of the plurality of positioning signals, the plurality of positioning related measurements of the plurality of positioning signals, or any combination thereof.
An interlocking device for locking a movable safety guard, having a locking unit, an electric mover, a sensor device (30, 32) and an evaluation unit, the locking unit being movable between a locking position for interlocking the movable safety guard and a release position for releasing the movable safety guard, the mover being configured to move the locking unit between the locking position and the release position, the sensor device (30, 32) being configured to detect a position of the locking unit, characterized by the interlocking device having an additional release unit being movable from a neutral position into an additional release position to move the locking unit from the locking position into the release position, the sensor device (30, 32) being configured to detect a position of the additional release unit, and the evaluation unit being configured to output a locking signal when the locking unit is in the locking position, a normal release signal when the locking unit has been moved into the release positon by the electric mover, and an additional release signal when the locking unit has been moved into the release position by the additional release unit. a locking signal when the locking unit is in the locking position, a normal release signal when the locking unit has been moved into the release positon by the electric mover, and an additional release signal when the locking unit has been moved into the release position by the additional release unit.
A device comprising: an integrator to amplify an input signal; an integrator-offset loop across the integrator to detect an offset in an output of the integrator; and a controller coupled to the integrator-offset loop to sense the offset detected by the integrator-offset loop, wherein the controller generates an offset-cancellation signal, based on the detected offset, to nullify the offset, and wherein the controller is coupled to at least one summing amplifier to provide the offset-cancellation signal to an input of the integrator. an integrator to amplify an input signal; an integrator-offset loop across the integrator to detect an offset in an output of the integrator; and a controller coupled to the integrator-offset loop to sense the offset detected by the integrator-offset loop, wherein the controller generates an offset-cancellation signal, based on the detected offset, to nullify the offset, and wherein the controller is coupled to at least one summing amplifier to provide the offset-cancellation signal to an input of the integrator.
A system for intrinsic phase-balancing of three-phase line currents for distribution to at least one electrical load (98, 108, 112), comprising: a first direct current uninterruptible power supply, the first DC UPS including first and second rectifiers coupled between first and second inputs and a first common node, and first and second outputs coupled to the first common node; a second DC UPS having a third input coupled to the second output of the first DC UPS, the second DC UPS including third and fourth rectifiers coupled between the third input, a fourth input and a second common node, and third and fourth outputs coupled to the second common node; and a third DC UPS having a fifth input coupled to the fourth output of the second DC UPS, the third DC UPS including fifth and sixth rectifiers coupled between the fifth input, a sixth input and a third common node, and fifth and sixth outputs coupled to the third common node, wherein: the second input of the first DC UPS is coupled to a first phase line current, the fourth input of the second DC UPS is coupled to a second phase line current, the sixth input of the third DC UPS is coupled to a third phase line current, and the sixth output of the third DC UPS is coupled to the first input of the first DC UPS. a first direct current uninterruptible power supply, the first DC UPS including first and second rectifiers coupled between first and second inputs and a first common node, and first and second outputs coupled to the first common node; a second DC UPS having a third input coupled to the second output of the first DC UPS, the second DC UPS including third and fourth rectifiers coupled between the third input, a fourth input and a second common node, and third and fourth outputs coupled to the second common node; and a third DC UPS having a fifth input coupled to the fourth output of the second DC UPS, the third DC UPS including fifth and sixth rectifiers coupled between the fifth input, a sixth input and a third common node, and fifth and sixth outputs coupled to the third common node, wherein: the second input of the first DC UPS is coupled to a first phase line current, the fourth input of the second DC UPS is coupled to a second phase line current, the sixth input of the third DC UPS is coupled to a third phase line current, and the sixth output of the third DC UPS is coupled to the first input of the first DC UPS. the second input of the first DC UPS is coupled to a first phase line current, the fourth input of the second DC UPS is coupled to a second phase line current, the sixth input of the third DC UPS is coupled to a third phase line current, and the sixth output of the third DC UPS is coupled to the first input of the first DC UPS.
A solid oral sensorial product selected from the group consisting of oral chews, moist smokeless tobacco and combinations thereof, wherein the solid oral sensorial product comprises at least one phosphate containing stain inhibitor selected from the group consisting of sodium hexametaphosphate, calcium hexametaphosphate, tripolyphosphate, and combinations thereof; and at least one solid botanical material comprising tobacco, wherein the at least one phosphate containing stain inhibitor and the at least one solid botanical material are mixed to form a substantially uniform mixture.
Article comprising a mounting (10, 20, 30, 40, 50) and at least one decorative design element (110, 120, 130, 140, 150, 160), embedded in the mounting, with the mounting comprising at least one free surface portion (10a, 20a, 30a, 40a), at least one first and one second thickness of material underlying the surface portion, a recess (10b, 20b, 30b, 40b) for the design element being made in the first and second thicknesses of the mounting and said design element being arranged in the recess, where the design element comprises a first part (111, 121, 131, 141, 151, 161), visible from the free surface portion of the mounting, and a lateral extension (112, 122, 132, 142, 152, 162) relative to the first part, said extension being covered by the first thickness of material so as to prevent any movement of the design element out of the recess, characterised by said design element being a crimp, said crimp comprising a body, provided with said extension, said body containing a stone.
A system for measuring brake data from a drum brake assembly of a vehicle (100,300), the drum brake assembly including a brake chamber which actuates a push rod (1208,1408) when vehicle brakes are applied, actuation of the push rod (1208,1408) causing a rotary motion of an adjuster arm (1630,1830) and attached slack adjuster head around a cam shaft, the system characterized by: a brake sensor mounted to the drum brake assembly and configured to measure brake data including a displacement of the drum brake assembly during braking, the brake sensor configured to transmit the brake data over a wireless vehicle area network, wherein the drum brake assembly is configured to rotate an s-cam when the brakes are applied such that the s-cam engages two cam followers coupled to opposing brake shoes, and wherein the displacement of the drum brake assembly is representative of a difference in displacement distance between the two cam followers when the brake assembly is in a disengaged state and when the brake assembly is in an engaged state. a brake sensor mounted to the drum brake assembly and configured to measure brake data including a displacement of the drum brake assembly during braking, the brake sensor configured to transmit the brake data over a wireless vehicle area network, wherein the drum brake assembly is configured to rotate an s-cam when the brakes are applied such that the s-cam engages two cam followers coupled to opposing brake shoes, and wherein the displacement of the drum brake assembly is representative of a difference in displacement distance between the two cam followers when the brake assembly is in a disengaged state and when the brake assembly is in an engaged state.
A frame, at least part of which is intended to support a skin for receiving a part made of composite material to be polymerized in an autoclave, said skin defining the general shape of said part, said frame being a single-piece foundry part, wherein: - said at least one portion of the frame intended to support said skin is formed by a portion having a shape complementary to said skin, - said frame is made of an alloy having an expansion coefficient < 7.10 -6 K -1 at 200°C. - said at least one portion of the frame intended to support said skin is formed by a portion having a shape complementary to said skin, - said frame is made of an alloy having an expansion coefficient < 7.10 -6 K -1 at 200°C.
In a wireless communication system, a method for processing data for transmission to a plurality of terminals, comprising: providing a plurality of frames of information bits to a buffer implementing a matrix, wherein the frames may have variable rates and each frame may include a particular number of information bits that is different from those of other frames provided to the matrix (Step 318); padding the matrix with padding bits based on a particular padding scheme (Step 320); coding the plurality of frames of information bits and padding bits based on a particular code to provide a plurality of parity bits, and wherein the frames of information bits and the parity bits are transmitted to the plurality of terminals (Step 332); wherein one frame is provided to each row of the matrix; and wherein an unused portion of each row is padded with padding bits; wherein each row of the matrix has a size M corresponding to less than a maximum number of information bits expected to be received for a frame. providing a plurality of frames of information bits to a buffer implementing a matrix, wherein the frames may have variable rates and each frame may include a particular number of information bits that is different from those of other frames provided to the matrix (Step 318); padding the matrix with padding bits based on a particular padding scheme (Step 320); coding the plurality of frames of information bits and padding bits based on a particular code to provide a plurality of parity bits, and wherein the frames of information bits and the parity bits are transmitted to the plurality of terminals (Step 332); wherein one frame is provided to each row of the matrix; and wherein an unused portion of each row is padded with padding bits; wherein each row of the matrix has a size M corresponding to less than a maximum number of information bits expected to be received for a frame.
Vehicle steering wheel comprising: - an armature made of electrically conductive material, - at least one position sensor and/or contact sensor for sensing a limb of the user on the steering wheel, - at least one decorative part, - fastening means arranged to hold the decorative part on the steering wheel, - at least one anchoring part arranged to anchor the fastening means onto the armature, characterized in that: the decorative part comprises an electrically conductive material, and the anchoring part is made of an electrically insulating material, so as to electrically insulate the fastening means from the armature. - an armature made of electrically conductive material, - at least one position sensor and/or contact sensor for sensing a limb of the user on the steering wheel, - at least one decorative part, - fastening means arranged to hold the decorative part on the steering wheel, - at least one anchoring part arranged to anchor the fastening means onto the armature, the decorative part comprises an electrically conductive material, and the anchoring part is made of an electrically insulating material, so as to electrically insulate the fastening means from the armature.
A method of producing an onion flavour composition, said method comprising: • providing onion component selected from fresh onion, dehydrated onion and combinations thereof; • providing onion juice concentrate having a dry matter content of 40-95 wt.%; • mixing the onion component with the onion juice concentrate in a weight ratio, calculated on a dry matter basis, of 100 parts by weight of dry matter from onion component with 120 to 800 parts by weight of dry matter from onion juice concentrate, to produce an onion mix; • subjecting the onion mix to a heat treatment at a temperature of 100-200°C for 10-300 minutes; • drying the onion mix to a water content of less than 10 wt.% simultaneous with and/or after the heat treatment; • mixing the dried onion mix with the onion pomace in a weight ratio, calculated on a dry matter basis, of 100 parts by weight of dry matter from dried onion mix with 4 to 60 parts by weight of dry matter from onion pomace, said onion pomace having a dry matter content of 70-100 wt.%; wherein dry matter of onion constitutes at least 90 wt.% of the dry matter contained in the onion flavour composition. • providing onion component selected from fresh onion, dehydrated onion and combinations thereof; • providing onion juice concentrate having a dry matter content of 40-95 wt.%; • mixing the onion component with the onion juice concentrate in a weight ratio, calculated on a dry matter basis, of 100 parts by weight of dry matter from onion component with 120 to 800 parts by weight of dry matter from onion juice concentrate, to produce an onion mix; • subjecting the onion mix to a heat treatment at a temperature of 100-200°C for 10-300 minutes; • drying the onion mix to a water content of less than 10 wt.% simultaneous with and/or after the heat treatment; • mixing the dried onion mix with the onion pomace in a weight ratio, calculated on a dry matter basis, of 100 parts by weight of dry matter from dried onion mix with 4 to 60 parts by weight of dry matter from onion pomace, said onion pomace having a dry matter content of 70-100 wt.%;
An aerosol production assembly comprising: an outer body (314, 912); an aerosol precursor composition within the outer body (314, 912); an atomizer configured to vaporize the aerosol precursor composition to produce an aerosol; and a mouthpiece defining an outlet and provided at an end of the outer body (314, 912) so that the aerosol passes through the outlet for delivery to a user; characterized in that at least a portion of a surface (316A, 316B, 914A, 914B) of the mouthpiece (316, 914) is configured with a biomimicry micro-pattern (600, 800) that is an engineered surface topography including ordered three-dimensional features at the micro-meter scale and that mimic a surface topography of a surface of a natural organism so as to impart anti-microbial properties to at least a portion of the surface (316A, 316B, 914A, 914B) of the mouthpiece (316, 914). an outer body (314, 912); an aerosol precursor composition within the outer body (314, 912); an atomizer configured to vaporize the aerosol precursor composition to produce an aerosol; and a mouthpiece defining an outlet and provided at an end of the outer body (314, 912) so that the aerosol passes through the outlet for delivery to a user; characterized in that at least a portion of a surface (316A, 316B, 914A, 914B) of the mouthpiece (316, 914) is configured with a biomimicry micro-pattern (600, 800) that is an engineered surface topography including ordered three-dimensional features at the micro-meter scale and that mimic a surface topography of a surface of a natural organism so as to impart anti-microbial properties to at least a portion of the surface (316A, 316B, 914A, 914B) of the mouthpiece (316, 914).
A method of wireless communication performed by a base station, BS, comprising: configuring a physical downlink control channel, PDCCH, component of a message B, msgB, communication to include a first portion of physical uplink control channel, PUCCH, signaling information for hybrid automatic repeat request, HARQ, feedback and signaling information for medium access control, MAC, sub-, protocol data unit, PDU, combining associated with the msgB communication; configuring a physical downlink shared channel, PDSCH, component of the msgB communication to include a second portion of the PUCCH signaling information for HARQ feedback and signaling information for MAC sub-PDU combining associated with the msgB communication; and transmitting the msgB communication to one or more UEs. configuring a physical downlink control channel, PDCCH, component of a message B, msgB, communication to include a first portion of physical uplink control channel, PUCCH, signaling information for hybrid automatic repeat request, HARQ, feedback and signaling information for medium access control, MAC, sub-, protocol data unit, PDU, combining associated with the msgB communication; configuring a physical downlink shared channel, PDSCH, component of the msgB communication to include a second portion of the PUCCH signaling information for HARQ feedback and signaling information for MAC sub-PDU combining associated with the msgB communication; and transmitting the msgB communication to one or more UEs.
A process of preparing transiently transfected recombinant cells which transiently overexpress one or more genes encoding a drug transporter protein, wherein the drug transporter protein is OAT3/Oat3, said process comprising transiently transfecting cells by electroporation with one or more genes encoding OAT3/Oat3, and cryopreserving the transiently transfected recombinant cells within 48 hrs of transfection.
A turbine engine turbine comprising a casing, a turbine nozzle stage, and a metal ring for supporting abradable material, the turbine nozzle stage being made of ceramic matrix composite material and comprising a plurality of annular sectors forming an annulus presenting an inner shroud and an outer shroud, each annular sector having an inner platform forming a portion of the inner shroud, an outer platform forming a portion of the outer shroud, and at least one airfoil extending between the outer platform and the inner platform and secured thereto, and the metal ring comprising at least one sector that is at least partially annular; the turbine being characterized in that the metal ring presents an outer surface in contact with the surface of the inner shroud of the nozzle stage opposite from the surface from which the airfoils extend, the metal ring presenting an outside diameter at its outer surface that is greater than the diameter of the inner shroud of the turbine nozzle stage such that the nozzle stage is held in compression between the casing and the metal ring.
The compound 21-methoxy-17α-acetoxy-11β-(4N, N-dimethylaminophenyl)-19-norpregna-4,9-diene-3,20-dione (CDB-4124) for use in reducing pain associated with endometriosis and uterine fibroids, and for use in reducing the size of endometrial lesions or uterine fibroids wherein the composition is administered to a female for an administration period of at least one month, said administration period beginning during the luteal phase of said female's menstrual cycle.
Mediation method implemented by a first device in a residential network, a software abstraction module offering an abstraction service of a technique for controlling access to the underlying media being executed by the first device, said method comprising the steps of: - receiving a request to join the residential network from a second device via a wireless communication channel; - verifying whether the second device is capable of executing the software abstraction module; - when the second device is not capable of executing said software module, allocating an address identifying the second device in the residential network according to a format compatible with the execution of the software module and execution of the software abstraction module by the first device as a proxy of the second device. - receiving a request to join the residential network from a second device via a wireless communication channel; - verifying whether the second device is capable of executing the software abstraction module; - when the second device is not capable of executing said software module, allocating an address identifying the second device in the residential network according to a format compatible with the execution of the software module and execution of the software abstraction module by the first device as a proxy of the second device.