mhurhangee/patent-ind-claim-en huggingface dataset:
A method for receiving media data complying with an omnidirectional media format, the method comprising: receiving, from a server, a media presentation description according to the MPEG-DASH standard and further including (i) at least two uniform resource identifiers each identifying a media data representation describing several regions, each of the media data representations comprising: (ii) media information describing each of the several regions, and (iii) a quality rank information of each of the several regions, selecting one media data representation as a function of at least one quality rank information of one or more of the several regions; sending, to the server, at least one request message to request media data corresponding to the selected media data representation by using the one uniform resource identifier identifying the selected media data representation; and receiving, from the server, the media data corresponding to the selected media data representation according to the at least one request message. receiving, from a server, a media presentation description according to the MPEG-DASH standard and further including (i) at least two uniform resource identifiers each identifying a media data representation describing several regions, each of the media data representations comprising: (ii) media information describing each of the several regions, and (iii) a quality rank information of each of the several regions, (i) at least two uniform resource identifiers each identifying a media data representation describing several regions, each of the media data representations comprising: (ii) media information describing each of the several regions, and (iii) a quality rank information of each of the several regions, selecting one media data representation as a function of at least one quality rank information of one or more of the several regions; sending, to the server, at least one request message to request media data corresponding to the selected media data representation by using the one uniform resource identifier identifying the selected media data representation; and receiving, from the server, the media data corresponding to the selected media data representation according to the at least one request message.
An apparatus comprising: protocol circuitry (160a-h) to implement a load/store interconnect protocol; and interface circuitry to implement an interface to couple to a fabric , wherein the interface comprises: a header channel implemented on a first subset of a plurality of physical lanes; and a data channel implemented on a separate second subset of the plurality of physical lanes, characterized in that the first subset of lanes comprises a dedicated number of first lanes to carry a header of a packet based on the interconnect protocol and a dedicated number of second lanes to carry metadata for the header; the second subset of lanes comprises a dedicated number of third lanes to carry a payload of the packet and a dedicated number of fourth lanes to carry metadata for the payload ; and headers are to be transmitted over the header channel in a single clock cycle, and payloads are permitted to be transmitted on the data channel over multiple clock cycles. protocol circuitry (160a-h) to implement a load/store interconnect protocol; and interface circuitry to implement an interface to couple to a fabric , wherein the interface comprises: a header channel implemented on a first subset of a plurality of physical lanes; and a data channel implemented on a separate second subset of the plurality of physical lanes, characterized in that the first subset of lanes comprises a dedicated number of first lanes to carry a header of a packet based on the interconnect protocol and a dedicated number of second lanes to carry metadata for the header; the second subset of lanes comprises a dedicated number of third lanes to carry a payload of the packet and a dedicated number of fourth lanes to carry metadata for the payload ; and headers are to be transmitted over the header channel in a single clock cycle, and payloads are permitted to be transmitted on the data channel over multiple clock cycles. a header channel implemented on a first subset of a plurality of physical lanes; and a data channel implemented on a separate second subset of the plurality of physical lanes, characterized in that the first subset of lanes comprises a dedicated number of first lanes to carry a header of a packet based on the interconnect protocol and a dedicated number of second lanes to carry metadata for the header; the second subset of lanes comprises a dedicated number of third lanes to carry a payload of the packet and a dedicated number of fourth lanes to carry metadata for the payload ; and headers are to be transmitted over the header channel in a single clock cycle, and payloads are permitted to be transmitted on the data channel over multiple clock cycles.
A cooling apparatus comprising: a plurality of cooling modules being arranged side by side in a lateral direction; wherein each of the cooling modules comprises: a first frame member including an upper section and a lower section ; a refrigerant compressor installed on a front side in the first frame member in one of the upper section and the lower section ; and an electrical component box installed on the front side in the first frame member in the other of the upper section and the lower section , and wherein the plurality of cooling modules are coupled with each other such that the refrigerant compressors of the plurality of cooling modules are arranged side by side in the lateral direction in a line and that the electrical component boxes of the plurality of cooling modules are arranged side by side in the lateral direction in a line. a plurality of cooling modules being arranged side by side in a lateral direction; wherein each of the cooling modules comprises: a first frame member including an upper section and a lower section ; a refrigerant compressor installed on a front side in the first frame member in one of the upper section and the lower section ; and an electrical component box installed on the front side in the first frame member in the other of the upper section and the lower section , and wherein the plurality of cooling modules are coupled with each other such that the refrigerant compressors of the plurality of cooling modules are arranged side by side in the lateral direction in a line and that the electrical component boxes of the plurality of cooling modules are arranged side by side in the lateral direction in a line. a first frame member including an upper section and a lower section ; a refrigerant compressor installed on a front side in the first frame member in one of the upper section and the lower section ; and an electrical component box installed on the front side in the first frame member in the other of the upper section and the lower section , and wherein the plurality of cooling modules are coupled with each other such that the refrigerant compressors of the plurality of cooling modules are arranged side by side in the lateral direction in a line and that the electrical component boxes of the plurality of cooling modules are arranged side by side in the lateral direction in a line.
A lubricating oil distributor for a mechanical reduction gear of a turbomachine , in particular of an aircraft, this distributor having a body of generally annular shape around an axis (X) and comprising independent oil circuits which are formed in the body, said circuits comprise : - an oil recovery circuit configured and dedicated to recover oil, and comprising several first oil inlets distributed over the body around said axis (X) and connected by an first annular chamber to at least one first oil outlet , and - an oil supply circuit configured and dedicated to supply oil in particular to toothing of the reduction gear, and comprising a second oil inlet connected by a second annular chamber to several second oil outlets distributed on the body around said axis (X), the first and second annular chambers extending circumferentially around the axis (X) at different diameters, characterized in that the oil recovery and supply circuit being independent so that the oil recovery is not hindered by the oil supply, and vice versa. - an oil recovery circuit configured and dedicated to recover oil, and comprising several first oil inlets distributed over the body around said axis (X) and connected by an first annular chamber to at least one first oil outlet , and - an oil supply circuit configured and dedicated to supply oil in particular to toothing of the reduction gear, and comprising a second oil inlet connected by a second annular chamber to several second oil outlets distributed on the body around said axis (X), the first and second annular chambers extending circumferentially around the axis (X) at different diameters,
Wiper arm , comprising a wiper arm body and a wiper arm end piece , the wiper arm end piece being fixedly connected to one end of the wiper arm body to hold a wiper blade, characterized in that the wiper arm is further provided with a nozzle and a pipe , wherein the nozzle is connected to an extension section of the wiper arm end piece towards the return side (Z) or the outward swing side (B) of the wiper arm ; the pipe extends along the wiper arm body , and one end of the pipe is connected to the nozzle to deliver a cleaning fluid to the nozzle , wherein the nozzle comprises a nozzle body , two accommodating grooves (521; 522), and a pipe connector , the two accommodating grooves (521; 522) and the pipe connector protruding from one side of the nozzle body ; the extension section comprises a middle section and two edge sections (222; 223), the two edge sections (222; 223) being insertable into the two accommodating grooves (521; 522), respectively; the pipe connector is connectable to the pipe , characterized in that the extension section extends as a whole towards the outward swing side of the wiper arm , and in that the notches of the two accommodating grooves (521; 522) face each other, wherein the two edge sections (222; 223) sink relative to the middle section of the extension section , so that the upper surface of the nozzle is flush with the upper surface of the middle section . the nozzle is connected to an extension section of the wiper arm end piece towards the return side (Z) or the outward swing side (B) of the wiper arm ; the pipe extends along the wiper arm body , and one end of the pipe is connected to the nozzle to deliver a cleaning fluid to the nozzle , wherein the nozzle comprises a nozzle body , two accommodating grooves (521; 522), and a pipe connector , the two accommodating grooves (521; 522) and the pipe connector protruding from one side of the nozzle body ; the extension section comprises a middle section and two edge sections (222; 223), the two edge sections (222; 223) being insertable into the two accommodating grooves (521; 522), respectively; the pipe connector is connectable to the pipe , characterized in that the extension section extends as a whole towards the outward swing side of the wiper arm , and in that the notches of the two accommodating grooves (521; 522) face each other, wherein the two edge sections (222; 223) sink relative to the middle section of the extension section , so that the upper surface of the nozzle is flush with the upper surface of the middle section .
Method for diagnosing blood coagulation abnormalities, comprising the following successive steps: a) placing a whole blood sample in a receptacle containing two pairs of electrodes connected to an apparatus generating an electric current; b) incubating this sample for 60 to 180 seconds in the presence of calcium; c) adding, to this sample, tissue factor in a concentration sufficient for triggering blood coagulation; d) measuring the variation in impedance between the electrodes as a function of time for a period of between 10 and 30 minutes starting from step (c) and generating a curve of the impedance values as a function of time; e) comparing the value of the area under the curve generated in step (d) with a value of an area under the reference curve. a) placing a whole blood sample in a receptacle containing two pairs of electrodes connected to an apparatus generating an electric current; b) incubating this sample for 60 to 180 seconds in the presence of calcium; c) adding, to this sample, tissue factor in a concentration sufficient for triggering blood coagulation; d) measuring the variation in impedance between the electrodes as a function of time for a period of between 10 and 30 minutes starting from step (c) and generating a curve of the impedance values as a function of time; e) comparing the value of the area under the curve generated in step (d) with a value of an area under the reference curve.
A compound having formula (I): or a hydrate, solvate, or pharmaceutically acceptable salt thereof, wherein: R 1 is hydrogen; R 2 is selected from a group consisting of hydrogen, methyl, trifluoromethyl, fluorine, and chlorine; R 3 is fluorine; R 4 is selected from a group consisting of hydrogen, fluorine, chlorine, and methyl; R 5 is selected from a group consisting of hydrogen and chlorine; R 7 is selected from a group consisting of hydrogen, chlorine, fluorine, and bromine; R 9 is selected from a group consisting of hydrogen, methyl, fluorine, and chlorine; R x is selected from a group consisting of NH 2 , for use in a method for treating Hepatitis B virus (HBV) infection, said method comprising administering to a subject an effective amount of at least one compound having formula (I). R 1 is hydrogen; R 2 is selected from a group consisting of hydrogen, methyl, trifluoromethyl, fluorine, and chlorine; R 3 is fluorine; R 4 is selected from a group consisting of hydrogen, fluorine, chlorine, and methyl; R 5 is selected from a group consisting of hydrogen and chlorine; R 7 is selected from a group consisting of hydrogen, chlorine, fluorine, and bromine; R 9 is selected from a group consisting of hydrogen, methyl, fluorine, and chlorine; R x is selected from a group consisting of NH 2 , for use in a method for treating Hepatitis B virus (HBV) infection, said method comprising administering to a subject an effective amount of at least one compound having formula (I).
An organic electroluminescent component comprising - a first organic functional stack , which has a first electroluminescent layer and at least one n-doped organic layer , - a second organic functional stack , which has a second electroluminescent layer and at least one p-doped organic layer , wherein the n-doped and p-doped organic layers are arranged between the first and second electroluminescent layers , and a metal layer is arranged therebetween in a manner directly adjacent to the n-doped and p-doped organic layers , wherein the first and second organic functional stack is arranged between a first and a second electrode and wherein the first and second electrodes are transparent, characterized in that the metal layer is floating, not contact-connectable and non-transparent. - a first organic functional stack , which has a first electroluminescent layer and at least one n-doped organic layer , - a second organic functional stack , which has a second electroluminescent layer and at least one p-doped organic layer , wherein the n-doped and p-doped organic layers are arranged between the first and second electroluminescent layers , and a metal layer is arranged therebetween in a manner directly adjacent to the n-doped and p-doped organic layers , wherein the first and second organic functional stack is arranged between a first and a second electrode and wherein the first and second electrodes are transparent, characterized in that the metal layer is floating, not contact-connectable and non-transparent.
An automatic analysis device comprising: a measurement mechanism that has at least one light measuring unit in which a reaction container into which a specimen is dispensed is erected, a light source which is configured to irradiate the reaction container with light, and at least one detection unit which is configured to detect scattered light from the specimen in the reaction container ; an amplification circuit unit that has an adder/subtracter which is configured to add or subtract a correction signal (S3) to/from a first measurement signal (S2) from the detection unit and an amplification circuit which is configured to amplify an output signal (S4) from the adder/subtracter with a fixed amplification rate and to output the amplified output signal as a second measurement signal (S5); an arithmetic operation unit that is configured to calculate the correction signal (S3) based on a difference between a signal level of the second measurement signal (S5) and a target value thereof and to execute an analysis operation based on the second measurement signal (S5) after the correction by the correction signal (S3); and a control unit that is configured to control operations of the measurement mechanism, the amplification circuit unit , and the arithmetic operation unit ; characterized in that the arithmetic operation unit is configured to calculate a degree (X) of an interference substance contained in the specimen based on the correction signal (S3) and based on a predetermined relationship between the degree (X) of an interference substance and the correction signal (S3). a measurement mechanism that has at least one light measuring unit in which a reaction container into which a specimen is dispensed is erected, a light source which is configured to irradiate the reaction container with light, and at least one detection unit which is configured to detect scattered light from the specimen in the reaction container ; an amplification circuit unit that has an adder/subtracter which is configured to add or subtract a correction signal (S3) to/from a first measurement signal (S2) from the detection unit and an amplification circuit which is configured to amplify an output signal (S4) from the adder/subtracter with a fixed amplification rate and to output the amplified output signal as a second measurement signal (S5); an arithmetic operation unit that is configured to calculate the correction signal (S3) based on a difference between a signal level of the second measurement signal (S5) and a target value thereof and to execute an analysis operation based on the second measurement signal (S5) after the correction by the correction signal (S3); and a control unit that is configured to control operations of the measurement mechanism, the amplification circuit unit , and the arithmetic operation unit ; characterized in that the arithmetic operation unit is configured to calculate a degree (X) of an interference substance contained in the specimen based on the correction signal (S3) and based on a predetermined relationship between the degree (X) of an interference substance and the correction signal (S3).
A detergent container, comprising a nozzle having several output openings (14a-14e), the nozzle comprising a cone in the radial direction (r) in its center directed into the inside of the detergent container , on the circumference or on the basis of which several blades (18a-18e) are circumferentially attached, which are each spaced apart from each other in the circumferential direction (u), wherein an output opening in the form of a triangle is formed by the distance between two adjacent blades , which widens outwards in the radial direction (r) and the sides of which are straight or bent, wherein the blades (18a-18e) are arranged to slope downwards from the central cone in their radial shape outwards in an axial direction (a), and wherein the blades (18a-18e) are arranged to slope downwards in the circumferential direction (u) so that a detergent liquid that is discharged from the outlet openings (14a-14e) under pressure does not leave the openings in the axial direction (a) but obliquely to the axial direction (a) and in a flattened form. a nozzle having several output openings (14a-14e), the nozzle comprising a cone in the radial direction (r) in its center directed into the inside of the detergent container , on the circumference or on the basis of which several blades (18a-18e) are circumferentially attached, which are each spaced apart from each other in the circumferential direction (u), wherein an output opening in the form of a triangle is formed by the distance between two adjacent blades , which widens outwards in the radial direction (r) and the sides of which are straight or bent, wherein the blades (18a-18e) are arranged to slope downwards from the central cone in their radial shape outwards in an axial direction (a), and wherein the blades (18a-18e) are arranged to slope downwards in the circumferential direction (u) so that a detergent liquid that is discharged from the outlet openings (14a-14e) under pressure does not leave the openings in the axial direction (a) but obliquely to the axial direction (a) and in a flattened form.
Work machine, in particular a cable-operated excavator , for dragline bucket operation, comprising a dragline bucket taken up by a hoist rope , wherein the dragline bucket can be retracted by means of at least one excavator rope for carrying out the dragging movement and a dragline guide for guiding the dragline is arranged at the work machine , wherein the dragline guide is configured as movable, in particular as linearly movable, characterized in that one or more drive means for generating a linear movement of the dragline guide are provided and in that that control means are provided for controlling the one or more drive means , wherein the control takes account of the retraction angle of the dragline on the dragline winch .
A foldable container comprising: a pair of side walls disposed side-by-side; an upper plate and a lower plate , wherein each of the upper plate and the lower plate connects upper ends of the pair of side walls to each other and connects lower ends of the one pair of side walls to each other; and a door rotatably connected to the side wall , wherein the foldable container comprises a guide rail disposed in a direction transverse-crossing between lower ends of the one pair of side walls to guide movement of at least one of the side walls, and each of the upper plate and the lower plate is divided into at least two unit plates that are rotatably connected to each other so as to be folded by the movement of the side wall , characterized in that a door is rotatably connected to each of a front end and a rear end of the side wall , the guide rail includes a first rail fixed to one side wall of the pair of the side walls and a second rail rotatably connected to an end portion of the first rail to guide the movement of the other side wall of the pair of the side walls . a pair of side walls disposed side-by-side; an upper plate and a lower plate , wherein each of the upper plate and the lower plate connects upper ends of the pair of side walls to each other and connects lower ends of the one pair of side walls to each other; and a door rotatably connected to the side wall , wherein the foldable container comprises a guide rail disposed in a direction transverse-crossing between lower ends of the one pair of side walls to guide movement of at least one of the side walls, and each of the upper plate and the lower plate is divided into at least two unit plates that are rotatably connected to each other so as to be folded by the movement of the side wall , characterized in that a door is rotatably connected to each of a front end and a rear end of the side wall , the guide rail includes a first rail fixed to one side wall of the pair of the side walls and a second rail rotatably connected to an end portion of the first rail to guide the movement of the other side wall of the pair of the side walls .