mhurhangee/ep-ind-claims huggingface dataset:
A fluid purification apparatus, comprising: a filter chamber; an evaporator chamber positioned adjacent the filter chamber, the evaporator chamber having a cavity to receive fluid; a bypass valve having a first port coupled to one of the fluid purification apparatus filter chamber and the evaporator chamber, a second port for coupling to a fluid inlet line, and a third port for coupling to a fluid outlet line; and a level sensor disposed in the evaporator chamber cavity and coupled to actuate the bypass valve so as to position the bypass valve to prevent fluid flow through the evaporator chamber when the level of fluid in the evaporator chamber is not appropriate for operation of the evaporator chamber and to position the bypass valve for flow through the evaporator chamber when the level of fluid in the evaporator chamber is appropriate for operation of the evaporator chamber. a filter chamber; an evaporator chamber positioned adjacent the filter chamber, the evaporator chamber having a cavity to receive fluid; a bypass valve having a first port coupled to one of the fluid purification apparatus filter chamber and the evaporator chamber, a second port for coupling to a fluid inlet line, and a third port for coupling to a fluid outlet line; and a level sensor disposed in the evaporator chamber cavity and coupled to actuate the bypass valve so as to position the bypass valve to prevent fluid flow through the evaporator chamber when the level of fluid in the evaporator chamber is not appropriate for operation of the evaporator chamber and to position the bypass valve for flow through the evaporator chamber when the level of fluid in the evaporator chamber is appropriate for operation of the evaporator chamber.
A method comprising the steps of: providing a sample from an individual whose risk of castration resistant prostate cancer is to be identified or characterized; processing the sample to determine (i) a sequence that encodes an androgen receptor or portion thereof, or (ii) a sequence of an androgen receptor or portion thereof; and detecting the presence and level of an androgen receptor mutation and classifying the individual as having an elevated risk of castration resistant prostate cancer that is 20% or more higher than a reference level if the determined sequence encodes or is an androgen receptor polypeptide or portion thereof having a sequence containing a mutation at amino acid 876 relative to a reference androgen receptor polypeptide of SEQ ID NO: 1, which mutation correlates with incidence of castration resistant prostate cancer, wherein the mutation at amino acid 876 is selected from the group consisting of F876C, F876I, F876L, F876S and F876V. providing a sample from an individual whose risk of castration resistant prostate cancer is to be identified or characterized; processing the sample to determine (i) a sequence that encodes an androgen receptor or portion thereof, or (ii) a sequence of an androgen receptor or portion thereof; and detecting the presence and level of an androgen receptor mutation and classifying the individual as having an elevated risk of castration resistant prostate cancer that is 20% or more higher than a reference level if the determined sequence encodes or is an androgen receptor polypeptide or portion thereof having a sequence containing a mutation at amino acid 876 relative to a reference androgen receptor polypeptide of SEQ ID NO: 1, which mutation correlates with incidence of castration resistant prostate cancer, wherein the mutation at amino acid 876 is selected from the group consisting of F876C, F876I, F876L, F876S and F876V.
A fixing mechanism, applied to an electronic device to fix an electronic module, the fixing mechanism comprising: a casing, including a baseplate and a side plate that define a space to accommodate the electronic module, and the side plate having a hole and a seat; a fixing structure, including: a fixing element, movably extending from an outer side of the side plate into the space through the hole; and a pressing portion, rotatably disposed on the seat, and including a first part and a second part, wherein the first part includes an opening, and the second part corresponds to the fixing element; and a locking structure, configured to be movably set in the opening, and including an engaging element, wherein when the engaging element is engaged in the opening, the locking structure passes through the opening and presses against the side plate to fix the pressing portion, so that the fixing element is fixed in the hole; wherein the first part and the second part are located on opposite sides of the seat. a casing, including a baseplate and a side plate that define a space to accommodate the electronic module, and the side plate having a hole and a seat; a fixing structure, including: a fixing element, movably extending from an outer side of the side plate into the space through the hole; and a pressing portion, rotatably disposed on the seat, and including a first part and a second part, wherein the first part includes an opening, and the second part corresponds to the fixing element; and a fixing element, movably extending from an outer side of the side plate into the space through the hole; and a pressing portion, rotatably disposed on the seat, and including a first part and a second part, wherein the first part includes an opening, and the second part corresponds to the fixing element; and a locking structure, configured to be movably set in the opening, and including an engaging element, wherein when the engaging element is engaged in the opening, the locking structure passes through the opening and presses against the side plate to fix the pressing portion, so that the fixing element is fixed in the hole; wherein the first part and the second part are located on opposite sides of the seat.
A wellbore plugging system for use in a wellbore casing comprising: a wellbore setting tool, a wellbore retrieval tool, and a ball-in-place plug; said wellbore retrieval tool operatively coupled to said wellbore setting tool on an upstream end of said wellbore retrieval tool; said wellbore retrieval tool operatively coupled to said ball-in-place plug on a downstream end of said wellbore retrieval tool; a restriction element is configured to be conveyed with said ball-in-place plug; said wellbore retrieval tool sized and configured to trap and hold said restriction element; wherein, said restriction element is drawn by well flow back into a trap in said wellbore retrieval tool for retrieval; and wherein said restriction element is configured to be deployed to seat against said ball-in-place plug upon separation of said wellbore setting tool from said ball-in-place plug. a wellbore setting tool, a wellbore retrieval tool, and a ball-in-place plug; said wellbore retrieval tool operatively coupled to said wellbore setting tool on an upstream end of said wellbore retrieval tool; said wellbore retrieval tool operatively coupled to said ball-in-place plug on a downstream end of said wellbore retrieval tool; a restriction element is configured to be conveyed with said ball-in-place plug; said wellbore retrieval tool sized and configured to trap and hold said restriction element; wherein, said restriction element is drawn by well flow back into a trap in said wellbore retrieval tool for retrieval; and wherein said restriction element is configured to be deployed to seat against said ball-in-place plug upon separation of said wellbore setting tool from said ball-in-place plug.
A piece of baggage including: - a body of the piece of baggage, - two longitudinal sides, - two main surfaces, - an upper and a lower side (8, 10), wherein at said lower side rollers are arranged via which said piece of baggage is adapted to be moved, characterized in that at least at one longitudinal side of said body of the piece of baggage a display means is integrated in said body of the piece of baggage, on which flight and personal data required for a flight are indicated. - a body of the piece of baggage, - two longitudinal sides, - two main surfaces, - an upper and a lower side (8, 10), wherein at said lower side rollers are arranged via which said piece of baggage is adapted to be moved,
A method comprising: coupling a first positive high voltage (V POS) to a first global wordline in a first row of a memory array of memory cells, and coupling a second negative high voltage (V NEG) to a first bitline and a first sourceline in a first column of the memory array to apply a bias to a nonvolatile memory transistor in a selected memory cell to program the selected memory cell; and coupling a margin voltage (V MARG) having a magnitude less than V NEG to a second global wordline in a second row of the memory array, and coupling an inhibit voltage (V INHIB) to a second bitline in a second column of the memory array to reduce a bias applied to a non-volatile memory transistor in an unselected memory cell to reduce program disturb of data programmed in the unselected memory cell due to programming of the selected memory cell, wherein the memory cells each comprise at least a non-volatile memory, NVM, transistor, arranged in rows and columns, wherein gates of the NVM transistors of memory cells in a same row couple to and share a global wordline; and further including at least one select transistor associated with each memory transistor, wherein the select transistor and the memory cell have different gate terminal connections, the gate of the select transistor coupling to a select line; wherein V NEG is generated using a charge pump, and wherein coupling the margin voltage to the second global wordline comprises generating the margin voltage using a voltage divider coupled to an output of the charge pump. coupling a first positive high voltage (V POS) to a first global wordline in a first row of a memory array of memory cells, and coupling a second negative high voltage (V NEG) to a first bitline and a first sourceline in a first column of the memory array to apply a bias to a nonvolatile memory transistor in a selected memory cell to program the selected memory cell; and coupling a margin voltage (V MARG) having a magnitude less than V NEG to a second global wordline in a second row of the memory array, and coupling an inhibit voltage (V INHIB) to a second bitline in a second column of the memory array to reduce a bias applied to a non-volatile memory transistor in an unselected memory cell to reduce program disturb of data programmed in the unselected memory cell due to programming of the selected memory cell, wherein the memory cells each comprise at least a non-volatile memory, NVM, transistor, arranged in rows and columns, wherein gates of the NVM transistors of memory cells in a same row couple to and share a global wordline; and further including at least one select transistor associated with each memory transistor, wherein the select transistor and the memory cell have different gate terminal connections, the gate of the select transistor coupling to a select line; wherein V NEG is generated using a charge pump, and wherein coupling the margin voltage to the second global wordline comprises generating the margin voltage using a voltage divider coupled to an output of the charge pump.
Container comprising a bottom at the lower end (3.2) of an inner sidewall and an outer sidewall, which is attached to the outer circumference (3.1) of the inner sidewall, wherein the outer sidewall comprises an embossed shaping, wherein an adhesive connection is provided between the inner sidewall and the outer sidewall, wherein the container is a cup, wherein the outer sidewall is designed such that a lower end of the shaping does not extend until a lower end of the outer side wall, but is distant from the lower end of the outer side wall, wherein the lower end of the shaping is utilized as a stacking means, which, when two cups are stacked together, rests on the stacking means at an inner sidewall of another cup, characterized in that the adhesive connection is provided on the outer circumference of the inner sidewall and in the lower end of the shaping.
A policy and charging rules function, PCRF, server for controlling local breakout using a policy infrastructure, the server configured to receive a first admission request associated with a first subscriber from an evolved node B, eNode B, and, in response to the first admission request, to request and receive a first subscriber profile from a subscriber profile repository, SPR, and to install a first subscriber-specific policy on the eNode B to allow local breakout at the eNode B for the first subscriber such that the first admission request is routed through a cellular visitor network, and wherein the PCRF server configured to receive a second admission request associated with a second subscriber from the eNode B and, in response to the second admission request, to request and receive a second subscriber profile from the SPR and to install a second subscriber-specific policy on the eNode B to prevent local breakout at the eNode B for the second subscriber such that the second admission request is routed through a core network which includes the PCRF server and is distinct from the cellular visitor network.
Range with a baking oven unit (20, 120) and with a hob unit (30, 130), which is arranged on the baking oven unit (20, 120), wherein: - the baking oven unit (20, 120) has defined support points (28, 128), - the hob unit (30, 130) rests on the baking oven unit (20, 120) on the defined support points (28, 128) and is removable from the baking oven unit (20, 120), - the hob unit (30, 130) has a peripheral hob edge (34, 134), - the baking oven unit (20, 120) has an upper baking oven region, - the upper baking oven region has a central area, - the baking oven unit (20, 120) has a circumferential baking oven edge (25, 125) in the upper baking oven region, a weight sensor (45, 145) is provided at at least one support point (28, 128) for measuring the weight load of the hob unit (30, 130) resting on the baking oven unit (20, 120), characterized in that: - the baking oven unit (20, 120) has in the upper baking oven region between the hob edge (34, 134) and the central area a continuous circumferential elevation (27, 127) towards the top, - the support points are provided in an edge region of the baking oven unit between the elevation and the hob edge with supports, on which the weight sensors are arranged at the top, - or the support points are provided within the continuous circumferential elevation in the direction towards the central area and not in the edge region of the baking oven unit. - the baking oven unit (20, 120) has defined support points (28, 128), - the hob unit (30, 130) rests on the baking oven unit (20, 120) on the defined support points (28, 128) and is removable from the baking oven unit (20, 120), - the hob unit (30, 130) has a peripheral hob edge (34, 134), - the baking oven unit (20, 120) has an upper baking oven region, - the upper baking oven region has a central area, - the baking oven unit (20, 120) has a circumferential baking oven edge (25, 125) in the upper baking oven region, a weight sensor (45, 145) is provided at at least one support point (28, 128) for measuring the weight load of the hob unit (30, 130) resting on the baking oven unit (20, 120), - the baking oven unit (20, 120) has in the upper baking oven region between the hob edge (34, 134) and the central area a continuous circumferential elevation (27, 127) towards the top, - the support points are provided in an edge region of the baking oven unit between the elevation and the hob edge with supports, on which the weight sensors are arranged at the top, - or the support points are provided within the continuous circumferential elevation in the direction towards the central area and not in the edge region of the baking oven unit.
A method of transmitting data and pilot in a wireless communication system, comprising: sending data in a resource block with frequency division multiplexing, FDM; and sending pilot in the resource block with frequency-domain code division multiplexing, CDM; wherein the sending data comprises: determining the multiple groups of subcarriers based on a pseudo-random hopping pattern; generating a plurality of modulation symbols for the data, and sending the plurality of modulation symbols on multiple groups of subcarriers in multiple symbol periods of the resource block; generating multiple single-carrier frequency division multiplexing, SC-FDM, symbols for the multiple symbol periods, one SC-FDM symbol for each symbol period, each SC-FDM symbol comprising modulation symbols sent on one group of subcarriers, and sending each SC-FDM symbol in a respective symbol period. sending data in a resource block with frequency division multiplexing, FDM; and sending pilot in the resource block with frequency-domain code division multiplexing, CDM; wherein the sending data comprises: determining the multiple groups of subcarriers based on a pseudo-random hopping pattern; generating a plurality of modulation symbols for the data, and sending the plurality of modulation symbols on multiple groups of subcarriers in multiple symbol periods of the resource block; generating multiple single-carrier frequency division multiplexing, SC-FDM, symbols for the multiple symbol periods, one SC-FDM symbol for each symbol period, each SC-FDM symbol comprising modulation symbols sent on one group of subcarriers, and sending each SC-FDM symbol in a respective symbol period. determining the multiple groups of subcarriers based on a pseudo-random hopping pattern; generating a plurality of modulation symbols for the data, and sending the plurality of modulation symbols on multiple groups of subcarriers in multiple symbol periods of the resource block; generating multiple single-carrier frequency division multiplexing, SC-FDM, symbols for the multiple symbol periods, one SC-FDM symbol for each symbol period, each SC-FDM symbol comprising modulation symbols sent on one group of subcarriers, and sending each SC-FDM symbol in a respective symbol period.
Ballast levelling machine comprising a machine frame movable on rail undercarriages, a central plough equipped with track transition profiles, with which central plough two outer ballast guide plates, which are spaced apart in the longitudinal direction of the machine frame and project laterally outwards beyond the track transition profiles, are associated on each side of the machine frame for ballasting and levelling a track bed, and a lateral tool carrier (A, C) on each side of the machine frame for machining the flanks of the track bed, the tool carrier (A, C) being designed in such a way that a tool attached to the tool carrier (A, C) can be connected to an associated outer ballast guide plate, wherein the tool carriers (A, C) of both machine frame sides are mounted so as to be pivotable about a machine frame vertical axis between two working positions by means of a rotating device (25, 34) in such a way that a respectively attached tool can be connected alternately to the two outer ballast guide plates of the associated machine frame side, characterized in in that the tool carriers (A, C) on each machine frame side are mounted so as to be pivotable between the two working positions by means of a respective rotating device (25, 34) about a respective machine frame vertical axis, which is positioned centrally between the two outer ballast guide plates of each machine frame side, which ballast guide plates are spaced apart in the longitudinal direction of the machine frame.
A side airbag apparatus that inflates and expands upward from a side surface of a vehicle seat, the side airbag apparatus comprising: a bag-shaped cushion (110,210); an inflator that supplies a gas to the cushion (110,210) to inflate and expand; a first demarcating part that demarcates the cushion (110,210) extending upward from a lower edge of the cushion (110,210) when inflated and expanded into a first chamber on a vehicle rearward side and a second chamber on a vehicle forward side; and a second demarcating part that extends from a front edge to a rear edge of the cushion (110,210) when inflated and expanded through an upper end of the first demarcating part to demarcate a third chamber on an upper side of the first chamber and second chamber; the first chamber being internally provided in the inflator and having a longitudinal shape in a vertical direction along the side surface of the seat; and the side airbag apparatus further comprising: a first inner vent disposed above the first demarcating part and that flows the gas supplied from the inflator from the first chamber to the second chamber; and a second inner vent disposed above the second demarcating part, which flows the gas flowing into the second chamber to the third chamber, and which is provided with a check valve structure that prevents reverse flow of the gas from the third chamber to the second chamber. a bag-shaped cushion (110,210); an inflator that supplies a gas to the cushion (110,210) to inflate and expand; a first demarcating part that demarcates the cushion (110,210) extending upward from a lower edge of the cushion (110,210) when inflated and expanded into a first chamber on a vehicle rearward side and a second chamber on a vehicle forward side; and a second demarcating part that extends from a front edge to a rear edge of the cushion (110,210) when inflated and expanded through an upper end of the first demarcating part to demarcate a third chamber on an upper side of the first chamber and second chamber; the first chamber being internally provided in the inflator and having a longitudinal shape in a vertical direction along the side surface of the seat; and the side airbag apparatus further comprising: a first inner vent disposed above the first demarcating part and that flows the gas supplied from the inflator from the first chamber to the second chamber; and a second inner vent disposed above the second demarcating part, which flows the gas flowing into the second chamber to the third chamber, and which is provided with a check valve structure that prevents reverse flow of the gas from the third chamber to the second chamber. a first inner vent disposed above the first demarcating part and that flows the gas supplied from the inflator from the first chamber to the second chamber; and a second inner vent disposed above the second demarcating part, which flows the gas flowing into the second chamber to the third chamber, and which is provided with a check valve structure that prevents reverse flow of the gas from the third chamber to the second chamber.