mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: registering, by a discovery service executing on one or more computing systems, a display device of a plurality of display devices, the registration based on a unique identifier of the display device; assigning, by the discovery service, the display device to a discovery group, the discovery group associating the display device with other display devices of the plurality of display devices that are permitted by the discovery service to connect to an input device; generating, by the discovery service, a discovery key code unique to the display device within the discovery group; assigning, by the discovery service, the discovery key code to the display device; transmitting, by the discovery service, the discovery key code to the display device for display on the display device; searching, by the discovery service, for one or more display devices of the plurality of display devices that are available to connect to the input device; determining a quantity of available display devices based on the searching; and determining a discovery key code length based on the quantity of available display devices. registering, by a discovery service executing on one or more computing systems, a display device of a plurality of display devices, the registration based on a unique identifier of the display device; assigning, by the discovery service, the display device to a discovery group, the discovery group associating the display device with other display devices of the plurality of display devices that are permitted by the discovery service to connect to an input device; generating, by the discovery service, a discovery key code unique to the display device within the discovery group; assigning, by the discovery service, the discovery key code to the display device; transmitting, by the discovery service, the discovery key code to the display device for display on the display device; searching, by the discovery service, for one or more display devices of the plurality of display devices that are available to connect to the input device; determining a quantity of available display devices based on the searching; and determining a discovery key code length based on the quantity of available display devices.
Cooling module for a motor vehicle with an electric or hybrid motor, comprising: - at least one heat exchanger (24, 26, 28) - at least one tangential-flow turbomachine having an axis of rotation, the tangential-flow turbomachine being capable of creating an air flow circulating between an intake opening and a discharge opening, passing through the at least one heat exchanger (24, 26, 28); - at least one housing (40, 41) configured to house the at least one heat exchanger (24, 26, 28) and said at least one tangential-flow turbomachine, the cooling module being characterized in that it comprises an additional heat exchanger through which the air flow is intended to pass, arranged outside the at least one housing (40, 41), downstream of the discharge opening of the cooling module in a longitudinal direction of the cooling module. - at least one heat exchanger (24, 26, 28) - at least one tangential-flow turbomachine having an axis of rotation, the tangential-flow turbomachine being capable of creating an air flow circulating between an intake opening and a discharge opening, passing through the at least one heat exchanger (24, 26, 28); - at least one housing (40, 41) configured to house the at least one heat exchanger (24, 26, 28) and said at least one tangential-flow turbomachine,
Use of an additive composition Z to delay the setting of an aqueous mineral binding agent, wherein the aqueous mineral binding agent comprises cement clinker ground with additive composition Z, during whose grinding to cement the additive composition Z was present, wherein the additive composition Z comprises: at least one grinding aid chosen from the group consisting of glycols, monocarboxylic acids with 1 to 4 carbon atoms, and comb polymers, and also at least one retardant, wherein the additive composition Z is essentially free of organic amines with a molecular weight M w of less than 500 g/mol, or the ammonium salts thereof. at least one grinding aid chosen from the group consisting of glycols, monocarboxylic acids with 1 to 4 carbon atoms, and comb polymers, and also at least one retardant, wherein the additive composition Z is essentially free of organic amines with a molecular weight M w of less than 500 g/mol, or the ammonium salts thereof.
A method for transmitting dynamic scheduling information, comprising: a network side device combining a plurality of pieces of dynamic scheduling information, DSI, of Multimedia Broadcast Multicast Services, MBMS, borne on a plurality of Multicast Channels, MCHs, in one Multicast Broadcast over Single Frequency Network, MBSFN, area into one piece of DSI as a DSI to send on one MCH; wherein, for said DSI to send on one MCH, said network side device bearing the DSI and a Multicast Control Channel, MCCH, on a same MBSFN subframe or different MBSFN subframes and, selecting a corresponding Modulation Coding Scheme, MCS, for said DSI, wherein when said DSI and said MCCH are borne on the same MBSFN subframe, said network side device takes a MCS of said MCCH as the MCS of said DSI; or when said DSI and said MCCH are borne on different subframes, said network side adopts one of following ways to determine the MCS of said DSI: configuring one MCS for said DSI in the content of said MCCH or in a system broadcast message; or using a MCS of a MCH multiplexed with a Multicast Traffic Channel, MTCH, together as the MCS of said DSI; or taking the MCS of said MCCH as the MCS of said DSI. a network side device combining a plurality of pieces of dynamic scheduling information, DSI, of Multimedia Broadcast Multicast Services, MBMS, borne on a plurality of Multicast Channels, MCHs, in one Multicast Broadcast over Single Frequency Network, MBSFN, area into one piece of DSI as a DSI to send on one MCH; wherein, for said DSI to send on one MCH, said network side device bearing the DSI and a Multicast Control Channel, MCCH, on a same MBSFN subframe or different MBSFN subframes and, selecting a corresponding Modulation Coding Scheme, MCS, for said DSI, wherein when said DSI and said MCCH are borne on the same MBSFN subframe, said network side device takes a MCS of said MCCH as the MCS of said DSI; or when said DSI and said MCCH are borne on different subframes, said network side adopts one of following ways to determine the MCS of said DSI: configuring one MCS for said DSI in the content of said MCCH or in a system broadcast message; or using a MCS of a MCH multiplexed with a Multicast Traffic Channel, MTCH, together as the MCS of said DSI; or taking the MCS of said MCCH as the MCS of said DSI. configuring one MCS for said DSI in the content of said MCCH or in a system broadcast message; or using a MCS of a MCH multiplexed with a Multicast Traffic Channel, MTCH, together as the MCS of said DSI; or taking the MCS of said MCCH as the MCS of said DSI.
A pharmaceutical combination product for use in the treatment of chronic obstructive pulmonary disease (COPD) and/or asthma, wherein the product is in a form suitable for administration by inhalation and comprises a) a compound of the formula: wherein X - is a pharmaceutically acceptable anion; and b) a compound of the formula: or a pharmaceutically acceptable salt thereof (Compound), wherein Compound and Compound are presented in separate dry powder compositions or an admixed dry powder composition containing lactose as a carrier and magnesium stearate as a ternary agent; and further wherein the product is administered once per day. a) a compound of the formula: wherein X - is a pharmaceutically acceptable anion; and b) a compound of the formula: or a pharmaceutically acceptable salt thereof (Compound), wherein Compound and Compound are presented in separate dry powder compositions or an admixed dry powder composition containing lactose as a carrier and magnesium stearate as a ternary agent; and further wherein the product is administered once per day.
A combination comprising a load distributing vest and a parachute harness container, the parachute harness container having a front side in contact with a jumper's back, a pair of harness container straps to go over the jumper's shoulders to secure the harness container on the jumper's back when the harness container is worn, and main lift webs connected to the parachute risers to support the jumper during descent, said load distributing vest is attached to said parachute harness container, wherein the load distributing vest includes an upper yoke and a pair of vest straps integral with or connected to said yoke that extend outwardly therefrom to respective vest strap ends, said upper yoke being attached to the front side of the harness container at a yoke attachment point and said vest straps being in contact with the jumper's shoulders, back and chest and running under the harness container straps, said vest strap ends being attached to said main lift webs at respective vest strap attachment points, a length of said load distributing vest from said yoke to said strap ends being less than a distance between said yoke attachment point on the front side of the harness container and said vest strap attachment points on said main lift webs as measured from the front side of the harness container along an inner side of said harness container straps, said load distributing vest length relative to said distance elevating the harness container above the vest straps and causing load from said harness container to be distributed across the jumper's back, shoulders and chest by the load distributing vest while also increasing the jumper's range of head movement.
An in vitro method of identifying human subjects having abnormal cell changes in the cervix, which method comprises screening the subject for expression of full length mRNA transcripts of the E6 gene of HPV, wherein individuals positive for expression of full length E6 mRNA from at least one HPV type are identified as having abnormal cell changes in the cervix.
A rotor unit for a folding blade wind turbine, said turbine comprising at least two blades rotatable with respect to each other between an open position and a folded position, wherein, in said open position, said at least two blades are arranged angularly spaced from each other in order to be able to be affected by the wind to bring the rotor body into rotation about a rotor axis, and wherein, in said folded position, said at least two blades are arranged angularly close to each other; said rotor unit comprising: - a rotor body arranged to rotate about the rotor axis, said rotor body being connectable to an electric generator in order to generate electric energy by the rotation of the rotor body about said rotor axis; - at least two blade folding structures connected to the rotor body and each comprising a blade fastening portion suitable for fastening an end portion of each blade of said at least two blades to a respective blade folding structure; characterized in that: - said at least two blade folding structures are pivotally connected to each other about a single hinge axis; - the hinge axis is tilted with respect to the rotor axis according to a preset tilt angle (b). - a rotor body arranged to rotate about the rotor axis, said rotor body being connectable to an electric generator in order to generate electric energy by the rotation of the rotor body about said rotor axis; - at least two blade folding structures connected to the rotor body and each comprising a blade fastening portion suitable for fastening an end portion of each blade of said at least two blades to a respective blade folding structure; - said at least two blade folding structures are pivotally connected to each other about a single hinge axis; - the hinge axis is tilted with respect to the rotor axis according to a preset tilt angle (b).
A method performed by a mobile device for transitioning between Extended Service Set, ESS, wireless networks comprising: receiving an internet protocol, IP, address from a first ESS wireless network; and transitioning from the first ESS wireless network to a second ESS wireless network while maintaining the IP address, wherein the IP address is provided from a server with IP addresses that are available through both the first ESS wireless network and the second ESS wireless network, and further comprising requesting a connection with the first ESS wireless network prior to receiving the IP address, and receiving from the first ESS wireless network using Access Network Query Protocol, ANQP, prior to associating with the first ESS wireless network, an indication of support for the transitioning maintaining the IP address. receiving an internet protocol, IP, address from a first ESS wireless network; and transitioning from the first ESS wireless network to a second ESS wireless network while maintaining the IP address, wherein the IP address is provided from a server with IP addresses that are available through both the first ESS wireless network and the second ESS wireless network, and further comprising requesting a connection with the first ESS wireless network prior to receiving the IP address, and receiving from the first ESS wireless network using Access Network Query Protocol, ANQP, prior to associating with the first ESS wireless network, an indication of support for the transitioning maintaining the IP address.
Method for executing a bytecode in a secure runtime environment of a microprocessor unit, in particular in a mobile terminal, in which: a) one or more signatures, comprising at least the signature of a compiler outside the secure runtime environment, are checked for validity by the secure runtime environment; b) if the signature(s) is/are valid, a compilation provided with a signature is generated from the bytecode by the compiler; c) the signature of the compilation is checked for validity by the secure runtime environment; d) if the signature of the compilation is valid, the compilation is executed in the secure runtime environment. a) one or more signatures, comprising at least the signature of a compiler outside the secure runtime environment, are checked for validity by the secure runtime environment; b) if the signature(s) is/are valid, a compilation provided with a signature is generated from the bytecode by the compiler; c) the signature of the compilation is checked for validity by the secure runtime environment; d) if the signature of the compilation is valid, the compilation is executed in the secure runtime environment.
Method for predicting the bioavailability of a radioelement in a living animal organism further to contamination of this organism by said radioelement, comprising the steps of: a) preparing a gel in which said radioelement is uniformly distributed, said gel mimicking the contamination site in said living animal organism; b) placing the gel prepared at said step (a) in contact with a solution mimicking a biological fluid associated with the contamination site in said living animal organism, then placing the whole under agitation; and c) measuring, at a time t, the amount of said radioelement in said solution, said measurement allowing prediction of the bioavailability of said radioelement in said living animal organism. a) preparing a gel in which said radioelement is uniformly distributed, said gel mimicking the contamination site in said living animal organism; b) placing the gel prepared at said step (a) in contact with a solution mimicking a biological fluid associated with the contamination site in said living animal organism, then placing the whole under agitation; and c) measuring, at a time t, the amount of said radioelement in said solution, said measurement allowing prediction of the bioavailability of said radioelement in said living animal organism.
Profile cylinder key with a key bow and a key shaft extending outward from the key bow, the cross-section of which, viewed from the key bow, is at first consistent throughout the length of the key shaft and with an extension firmly attached to the end of the key, which is twisted around a longitudinal axis of the key shaft with a stipulated twist angle and the length of which extends from the insertion point to the key tip solely within the cross-section edge of the key shaft, characterized in that the extension is a separate component from the key shaft, which is affixed to the face of the front end of the key shaft and which is attached to the key shaft by an anti-locking device in the form of a bridging pin.
An ablation device (11, 61, 111, 161) comprising: a shaft (22, 122); a balloon (21, 71, 121, 171) which is provided on a distal end side of the shaft and which is elastically expandable; a fluid lumen provided along the shaft and causing a fluid to pass into the balloon; a light guide material (29, 79, 129, 179) provided along the shaft and guiding laser light into the balloon; and a reflector (33, 83, 133, 183) reflecting laser light emitted from the light guide material in a second direction crossing a first direction in which the light guide material is extended in the balloon, wherein the reflector (33, 83, 133, 183) is disposed facing a distal end of the light guide material in the first direction, characterized in that the reflector (33, 83, 133, 183) is disposed in a flow passage of the fluid passing into the balloon. a shaft (22, 122); a balloon (21, 71, 121, 171) which is provided on a distal end side of the shaft and which is elastically expandable; a fluid lumen provided along the shaft and causing a fluid to pass into the balloon; a light guide material (29, 79, 129, 179) provided along the shaft and guiding laser light into the balloon; and a reflector (33, 83, 133, 183) reflecting laser light emitted from the light guide material in a second direction crossing a first direction in which the light guide material is extended in the balloon, wherein the reflector (33, 83, 133, 183) is disposed facing a distal end of the light guide material in the first direction, characterized in that the reflector (33, 83, 133, 183) is disposed in a flow passage of the fluid passing into the balloon.
A communication method of a terminal supporting carrier aggregation in a time division duplex, TDD 3GPP system, the method comprising: receiving, from a base station, downlink data on a primary cell and downlink data on a secondary cell, wherein the UL/DL configuration of the primary cell is different from the UL/DL configuration of the secondary cell; determining a larger value between a first value and a second value, wherein the first value is the number of elements in the set of downlink subframes of the primary cell for which HARQ-ACK feedback has to be transmitted in the associated uplink sub-frame of the primary cell according to the UL/DL configuration of the primary cell, wherein the second value is the number of elements in the set of downlink subframes of the secondary cell for which HARQ-ACK feedback has to be transmitted in the associated uplink sub-frame of the secondary cell according to the UL/DL configuration of the secondary cell; in case that the first value is less than the second value, setting one or more of hybrid automatic repeat request acknowledgement, HARQ-ACK, values for the primary cell to a discontinuous transmission, DTX, value; in case that the second value is less than the first value, setting one or more of HARQ-ACK values for the secondary cell to the DTX value; and transmitting, to the base station, HARQ-ACK feedback for the primary cell and the secondary cell, on the associated uplink subframe of the primary cell by using format 1b with channel selection for transmitting the HARQ-ACK feedback according to the larger value. receiving, from a base station, downlink data on a primary cell and downlink data on a secondary cell, wherein the UL/DL configuration of the primary cell is different from the UL/DL configuration of the secondary cell; determining a larger value between a first value and a second value, wherein the first value is the number of elements in the set of downlink subframes of the primary cell for which HARQ-ACK feedback has to be transmitted in the associated uplink sub-frame of the primary cell according to the UL/DL configuration of the primary cell, wherein the second value is the number of elements in the set of downlink subframes of the secondary cell for which HARQ-ACK feedback has to be transmitted in the associated uplink sub-frame of the secondary cell according to the UL/DL configuration of the secondary cell; in case that the first value is less than the second value, setting one or more of hybrid automatic repeat request acknowledgement, HARQ-ACK, values for the primary cell to a discontinuous transmission, DTX, value; in case that the second value is less than the first value, setting one or more of HARQ-ACK values for the secondary cell to the DTX value; and transmitting, to the base station, HARQ-ACK feedback for the primary cell and the secondary cell, on the associated uplink subframe of the primary cell by using format 1b with channel selection for transmitting the HARQ-ACK feedback according to the larger value.
A computer-implemented method comprising: receiving, at an Internet of Things, IoT, annotation entity in a network of connected IoT entities, a first data stream from a first IoT entity in the network of connected IoT entities; determining context information associated with the first data stream; storing the context information in an M2M service layer resource; receiving, at the IoT annotation entity, a second data stream from a second IoT entity in the network of connected IoT entities, the second data stream comprising multiple data items in multiple data windows; determining, at the IoT annotation entity and based on the context information, a data annotation to be applied to the second data stream at a window level; and annotating the second data stream at the IoT annotation entity by applying the data annotation at the window level to one or more data windows, wherein at least one of the one or more data windows comprises a consecutive plurality of the data items defined by a size of that data window indicating the number of the plurality of the data items, a first data item of that data window, and an ending data item of that data window. receiving, at an Internet of Things, IoT, annotation entity in a network of connected IoT entities, a first data stream from a first IoT entity in the network of connected IoT entities; determining context information associated with the first data stream; storing the context information in an M2M service layer resource; receiving, at the IoT annotation entity, a second data stream from a second IoT entity in the network of connected IoT entities, the second data stream comprising multiple data items in multiple data windows; determining, at the IoT annotation entity and based on the context information, a data annotation to be applied to the second data stream at a window level; and annotating the second data stream at the IoT annotation entity by applying the data annotation at the window level to one or more data windows, wherein at least one of the one or more data windows comprises a consecutive plurality of the data items defined by a size of that data window indicating the number of the plurality of the data items, a first data item of that data window, and an ending data item of that data window.