mhurhangee/patent-ind-claim-en huggingface dataset:
A device for the transfer of electric current comprising a first electrically conductive member ; a second electrically conductive member spaced apart from the first ; the second electrically conductive member being adapted to rotate with respect to the first about a rotation axis; and a contact washer , the contact washer comprising a frustoconical metal plate defined by first and second faces and a peripheral edge , the metal plate having an aperture extending therethrough defined by an aperture edge of the plate the washer further comprising (a) a plurality of inner slots equally spaced apart around the aperture edge , each inner slot extending through the plate from the first face to the second face and from the aperture edge part way to the peripheral edge ; and (b) a plurality of outer slots equally spaced apart around the peripheral edge and interdigitated with the inner slots , each outer slot extending through the plate from the first face to the second face and from the peripheral edge part way to the aperture edge ; the contact washer being sandwiched between the first and second members with the rotation axis passing through the aperture , the peripheral edge abutting one member and the aperture edge abutting the other member. a first electrically conductive member ; a second electrically conductive member spaced apart from the first ; the second electrically conductive member being adapted to rotate with respect to the first about a rotation axis; and a contact washer , the contact washer comprising a frustoconical metal plate defined by first and second faces and a peripheral edge , the metal plate having an aperture extending therethrough defined by an aperture edge of the plate the washer further comprising (a) a plurality of inner slots equally spaced apart around the aperture edge , each inner slot extending through the plate from the first face to the second face and from the aperture edge part way to the peripheral edge ; and (b) a plurality of outer slots equally spaced apart around the peripheral edge and interdigitated with the inner slots , each outer slot extending through the plate from the first face to the second face and from the peripheral edge part way to the aperture edge ; (a) a plurality of inner slots equally spaced apart around the aperture edge , each inner slot extending through the plate from the first face to the second face and from the aperture edge part way to the peripheral edge ; and (b) a plurality of outer slots equally spaced apart around the peripheral edge and interdigitated with the inner slots , each outer slot extending through the plate from the first face to the second face and from the peripheral edge part way to the aperture edge ; the contact washer being sandwiched between the first and second members with the rotation axis passing through the aperture , the peripheral edge abutting one member and the aperture edge abutting the other member.
An evolved node B, eNode B, operable to release a licensed shared access, LSA, spectrum allocation in a communications network, the eNode B having circuitry configured to: receive, from a spectrum release module located in an evolved packet core, EPC, of the communications network, a spectrum release message requesting the eNode B release one or more selected segments of an LSA spectrum; evaluate LSA spectrum release parameters for releasing the one or more selected segments of the LSA spectrum; determine an LSA spectrum release schedule based on the LSA spectrum release parameters; and deactivate selected secondary cells, SCells, in the communications network based on the LSA spectrum release schedule to release the one or more selected segments of the LSA spectrum; wherein the LSA spectrum release parameters include: T R , where T R is a time period for the eNode B to fully release the selected segments of the LSA spectrum; Ts, where Ts is a starting time of the LSA spectrum release schedule; T C , where T C is a periodic time interval of when a sharing ratio between the LTE network and the incumbent is updated starting from Ts until T R ; and T i , where T i is an amount of time that the eNB decreases a time sharing with the incumbent at every T C time interval. receive, from a spectrum release module located in an evolved packet core, EPC, of the communications network, a spectrum release message requesting the eNode B release one or more selected segments of an LSA spectrum; evaluate LSA spectrum release parameters for releasing the one or more selected segments of the LSA spectrum; determine an LSA spectrum release schedule based on the LSA spectrum release parameters; and deactivate selected secondary cells, SCells, in the communications network based on the LSA spectrum release schedule to release the one or more selected segments of the LSA spectrum; wherein the LSA spectrum release parameters include: T R , where T R is a time period for the eNode B to fully release the selected segments of the LSA spectrum; Ts, where Ts is a starting time of the LSA spectrum release schedule; T C , where T C is a periodic time interval of when a sharing ratio between the LTE network and the incumbent is updated starting from Ts until T R ; and T i , where T i is an amount of time that the eNB decreases a time sharing with the incumbent at every T C time interval.
A load bearing pre formed structural concrete beam for forming part of a suspended, self supporting structural concrete floor formed by a plurality of said preformed structural beams laid in side by side abutment; each said beam comprising when viewed in end or cross section: - a base having an underside surface and an upper surface , - at least two spaced apart tapered trapezoidal dovetail formations (5-7) each extending from the upper surface and each including a plateau (16-18) and a side wall defining, in conjunction with a base and an opposing side wall of an adjacent formation a tapered recess, the side walls of the recess being linear and disposed at an acute angle to the upper surface of the base of the structural beam; whereby the plateau (16-18) of each said formations (5-7) as viewed in cross section has a width dimension which is greater than a width dimension at a junction of each said formations and the base; the tapered recess forming a void space which is capable of receiving a light weight filler; the structural beam capable of load bearing when simply supported at each end and having a high strength to weight ratio. - a base having an underside surface and an upper surface , - at least two spaced apart tapered trapezoidal dovetail formations (5-7) each extending from the upper surface and each including a plateau (16-18) and a side wall defining, in conjunction with a base and an opposing side wall of an adjacent formation a tapered recess, the side walls of the recess being linear and disposed at an acute angle to the upper surface of the base of the structural beam; whereby the plateau (16-18) of each said formations (5-7) as viewed in cross section has a width dimension which is greater than a width dimension at a junction of each said formations and the base; the tapered recess forming a void space which is capable of receiving a light weight filler; the structural beam capable of load bearing when simply supported at each end and having a high strength to weight ratio.
A method for the diagnosis, prognosis, risk assessment, risk stratification, monitoring, therapy guidance and/or therapy control of cancer in a subject comprising the determination of the level of an anti-PD1 auto-antibody and/or an anti-PD-L1 auto-antibody in a blood sample of said subject.
Device for the heat treatment of objects (G), in particular of tubes (R) and containers (B) made of metal, wherein the device comprises a chain (K1, K2) composed of chain links , wherein the chain links are rotatably or pivotably connected to one another, and the device comprises at least one electrical conductor (IN) arranged in or on the chain (K1, K2), characterised in that the chain (K1, K2) has rollers which serve for rolling and/or bearing against the object (G) to be heated.
A radio system, comprising: an antenna interface unit "AIU" coupled to at least one antenna, the AIU configured to receive analog signals, filter the analog signals, and amplify the analog signals; and a processor controller unit "PCU" coupled to the AIU, the PCU configured to receive the analog signals via an interface cable and convert the analog signals into digital signals, wherein the interface cable is configured to convey power and a signal, the signal selected from the group consisting of a Wi-Fi signal, an Ethernet signal and an analog RF signal, wherein a signal gain is automatically amplified to compensate for signal power loss across the interface cable for optimizing the radio system based on the interface cable length, and wherein the interface cable is configured to provide power from the PCU to the AIU characterised in that the radio system is configured such that a length of the interface cable is automatically calculated by measuring a voltage drop across the interface cable, and the PCU includes a contactor controller to prevent reverse polarity in the radio system. an antenna interface unit "AIU" coupled to at least one antenna, the AIU configured to receive analog signals, filter the analog signals, and amplify the analog signals; and a processor controller unit "PCU" coupled to the AIU, the PCU configured to receive the analog signals via an interface cable and convert the analog signals into digital signals, wherein the interface cable is configured to convey power and a signal, the signal selected from the group consisting of a Wi-Fi signal, an Ethernet signal and an analog RF signal, wherein a signal gain is automatically amplified to compensate for signal power loss across the interface cable for optimizing the radio system based on the interface cable length, and wherein the interface cable is configured to provide power from the PCU to the AIU characterised in that the radio system is configured such that a length of the interface cable is automatically calculated by measuring a voltage drop across the interface cable, and the PCU includes a contactor controller to prevent reverse polarity in the radio system.
A system for processing a workpiece, the system comprising: a rotary drive having a path along which a flow of a fluid is associated during operation thereof, wherein the rotary drive has a rotational axis ; a rotary-drive sensor in communication with the path, wherein the rotary-drive sensor generates a signal responsive to the flow of the fluid and does not generate the signal responsive to an absence of the flow of the fluid, the signal having a duration interval; and a controller communicatively coupled to the rotary-drive sensor , wherein the controller is configured to enable the operation of the rotary drive subsequent to a termination of the signal if the duration interval of the signal is greater than or equal to a predetermined value; and the controller is configured to prevent the operation of the rotary drive subsequent to the termination of the signal if the duration interval of the signal is less than the predetermined value. a rotary drive having a path along which a flow of a fluid is associated during operation thereof, wherein the rotary drive has a rotational axis ; a rotary-drive sensor in communication with the path, wherein the rotary-drive sensor generates a signal responsive to the flow of the fluid and does not generate the signal responsive to an absence of the flow of the fluid, the signal having a duration interval; and a controller communicatively coupled to the rotary-drive sensor , wherein the controller is configured to enable the operation of the rotary drive subsequent to a termination of the signal if the duration interval of the signal is greater than or equal to a predetermined value; and the controller is configured to prevent the operation of the rotary drive subsequent to the termination of the signal if the duration interval of the signal is less than the predetermined value. the controller is configured to enable the operation of the rotary drive subsequent to a termination of the signal if the duration interval of the signal is greater than or equal to a predetermined value; and the controller is configured to prevent the operation of the rotary drive subsequent to the termination of the signal if the duration interval of the signal is less than the predetermined value.
A forced air convection apparatus for cooling a turbomachine , the forced air convection apparatus comprising: a duct assembly having one or more outlets which are removably joinable to one or more corresponding air intakes of the turbomachine, and further having one or more inlets which are removably joinable to one or more corresponding exhausts of the turbomachine to enable closed loop recirculatory airflow through the turbomachine and the duct assembly and back to the turbomachine; and an air handling system having a blower arranged to blow air from the one or more inlets of the duct assembly to the one or more outlets of the duct assembly, and further having a heat exchanger configured to cool the air flowing through the duct assembly. a duct assembly having one or more outlets which are removably joinable to one or more corresponding air intakes of the turbomachine, and further having one or more inlets which are removably joinable to one or more corresponding exhausts of the turbomachine to enable closed loop recirculatory airflow through the turbomachine and the duct assembly and back to the turbomachine; and an air handling system having a blower arranged to blow air from the one or more inlets of the duct assembly to the one or more outlets of the duct assembly, and further having a heat exchanger configured to cool the air flowing through the duct assembly.
Reinforcing element, in particular for shoes, bags or orthopedic applications, comprising a support layer , and a reinforcing layer surface-connected with the support layer , wherein the support layer protrudes at least in parts laterally beyond the reinforcing layer to form an edge region , characterized in that the support layer and the reinforcing layer are produced from different powdery materials. a support layer , and a reinforcing layer surface-connected with the support layer , wherein the support layer protrudes at least in parts laterally beyond the reinforcing layer to form an edge region , characterized in that the support layer and the reinforcing layer are produced from different powdery materials.
A thermosensitive plate for qualitative measurements of brain temperature in surgeries, which includes: a thermosensitive silicone plate with a temperature irradiation surface , a conduction plane and a temperature transfer surface , wherein the thermosensitive plate is comprised of: liquid silicone; thermosensitive/thermochromic colorant in powder form of 0.1 to 30%; a catalyst in a quantity of 3%, which is calculated in relation to the quantity of silicone used, wherein the range of plate thickness is from 1 to 5 mm, so that the thermosensitive plate is configured in such way, that it shows several visually identifiable temperature patterns defining functional maps when it is in contact with said brain, depending on the temperature to which it is exposed, and does not require any electrical parts. a thermosensitive silicone plate with a temperature irradiation surface , a conduction plane and a temperature transfer surface , wherein the thermosensitive plate is comprised of: liquid silicone; thermosensitive/thermochromic colorant in powder form of 0.1 to 30%; a catalyst in a quantity of 3%, which is calculated in relation to the quantity of silicone used, wherein the range of plate thickness is from 1 to 5 mm, so that the thermosensitive plate is configured in such way, that it shows several visually identifiable temperature patterns defining functional maps when it is in contact with said brain, depending on the temperature to which it is exposed, and does not require any electrical parts.
A fluid ejection apparatus comprising: a fluid slot ; a passage having a first inlet connected to the fluid slot and an outlet spaced from the first inlet and connected to the fluid slot ; a drop generator along the passage ; a first fluid circulation pump between the drop generator and the first inlet ; and characterized in that the fluid ejection apparatus further comprises: a filter across the passage between the fluid slot and the fluid circulation pump ; a second inlet for the passage that is connected to the fluid slot ; and a second fluid circulation pump between the drop generator and the second inlet . a fluid slot ; a passage having a first inlet connected to the fluid slot and an outlet spaced from the first inlet and connected to the fluid slot ; a drop generator along the passage ; a first fluid circulation pump between the drop generator and the first inlet ; and characterized in that the fluid ejection apparatus further comprises: a filter across the passage between the fluid slot and the fluid circulation pump ; a second inlet for the passage that is connected to the fluid slot ; and a second fluid circulation pump between the drop generator and the second inlet . a filter across the passage between the fluid slot and the fluid circulation pump ; a second inlet for the passage that is connected to the fluid slot ; and a second fluid circulation pump between the drop generator and the second inlet .
A gas turbine engine , comprising: a fan ; an engine core ; and a nacelle surrounding the engine core , the engine core and the nacelle sharing a central longitudinal axis , wherein the nacelle includes an axial aft edge curvature such that the nacelle has a first axial length (L1) that is greater than a second axial length (L2), where the first axial length (L1) is at an annular top-center of the nacelle and the second axial length (L2) is circumferentially offset therefrom, wherein the nacelle leading rim has upper, lateral and lower quadrants , the nacelle trailing rim has upper, lateral and lower quadrants ; the nacelle having a first length (L3) measured between the upper quadrant of the nacelle leading rim and the upper quadrant of the nacelle trailing rim , a second length (L4) measured between one lateral quadrant of the nacelle leading rim and the lateral quadrant of the nacelle trailing rim on the same side of the central longitudinal axis and a third length (L5) measured between another lateral quadrant of the nacelle leading rim and the lateral quadrant of the nacelle trailing rim on the same side of the central longitudinal axis , the upper quadrant of the nacelle trailing rim extending further aft than other quadrants of the trailing rim creating an aft extension of the trailing rim , and the first length (L3) being greater than the second and third lengths (L4, L5); characterised in that : the aft extension has a trailing edge with, as seen from the side, a point of inflection and is configured to gradually merge with the nacelle trailing rim . a fan ; an engine core ; and a nacelle surrounding the engine core , the engine core and the nacelle sharing a central longitudinal axis , wherein the nacelle includes an axial aft edge curvature such that the nacelle has a first axial length (L1) that is greater than a second axial length (L2), the nacelle having a first length (L3) measured between the upper quadrant of the nacelle leading rim and the upper quadrant of the nacelle trailing rim , a second length (L4) measured between one lateral quadrant of the nacelle leading rim and the lateral quadrant of the nacelle trailing rim on the same side of the central longitudinal axis and a third length (L5) measured between another lateral quadrant of the nacelle leading rim and the lateral quadrant of the nacelle trailing rim on the same side of the central longitudinal axis , the upper quadrant of the nacelle trailing rim extending further aft than other quadrants of the trailing rim creating an aft extension of the trailing rim , and the first length (L3) being greater than the second and third lengths (L4, L5); characterised in that : the aft extension has a trailing edge with, as seen from the side, a point of inflection and is configured to gradually merge with the nacelle trailing rim .
A printing ink or coating composition comprising (a) one or more elastomeric polyurethane resins with amine functionality having a glass transition temperature of -45 °C to -70 °C; (b) one or more acrylic resins based on a methacrylate/styrene co-polymer with a glass transition temperature of 45 °C to 110 °C; (c) one or more nitrocellulose binders; (d) one or more solvents; and (e) optionally, one or more waxes and/or one or more colorants. (a) one or more elastomeric polyurethane resins with amine functionality having a glass transition temperature of -45 °C to -70 °C; (b) one or more acrylic resins based on a methacrylate/styrene co-polymer with a glass transition temperature of 45 °C to 110 °C; (c) one or more nitrocellulose binders; (d) one or more solvents; and (e) optionally, one or more waxes and/or one or more colorants.
A flood protection system comprising at least one elongated flexible tube arranged for containing a liquid, wherein the at least one flexible tube comprises a number of position means wherein the at least one elongated flexible tube is in a desired position selected from a curved position, a U-shaped position, or a S-shaped position, characterized in that the system further comprises a fastening means connecting at least two position means on the same flexible tube , so that the desired position of the at least one flexible tube has been obtained by connecting at least two position means placed at different positions on the same elongated flexible tube, by means of said fastening means .
A method for wireless communication at a base station , comprising: identifying a resource allocation including a resource block, RB, ,in a transmission time-interval, TTI, for transmission of data to a receiver ; identifying control information to be included in the RB; signaling, using a transmission time interval-level, TTI-level, common control signal in the TTI, a location of the control information within the RB; and multiplexing the control information with the data within the RB included in the resource allocation; transmitting a wireless transmission including the resource allocation including the RB having the control information and data. identifying a resource allocation including a resource block, RB, ,in a transmission time-interval, TTI, for transmission of data to a receiver ; identifying control information to be included in the RB; signaling, using a transmission time interval-level, TTI-level, common control signal in the TTI, a location of the control information within the RB; and multiplexing the control information with the data within the RB included in the resource allocation; transmitting a wireless transmission including the resource allocation including the RB having the control information and data.
A modified resin for a molded article obtained by modifying an ionomer of an ethylene/unsaturated carboxylic acid copolymer with at least one guanidine compound selected from guanidine derivatives and salts thereof.