mhurhangee/ep-ind-claims huggingface dataset:
Pantograph hinge comprising: - a fixed hitch, intended to be connected to the bodywork of a motor vehicle; and - a mobile flap, intended to hold a opening; and - two biellets (8, 8A) whose ends are held at the hinges through pivots, the rotational axes of the pivots being parallel to the same axis of work, one of the bielets includes a rim extending in a direction parallel or substantially parallel to the axis of work; and - the fixed hinge includes a mechanical stop arranged so as to support the rim of the rod, when the pantograph hinge is closed, the mechanical stop and the rim of the rod being of a complementary shape so that it is connected, in a radial or substantially radial direction to the axis of work, when the pantograph hinge is closed, characterized as the top of the mechanical stop is either convex in shape, the rim of the rod supporting a ergot positioned opposite the fixed hinge, the side of the ergot facing the mechanical stop with a further shape at the top of the mechanical stop, or in a concave shape, the rim of a rod supporting a ergot positioned opposite the fixed hinge, the side of the ergot facing the mechanical stop, including an exgrowth, of a complementary shape at the top of the mechanical stop. - a fixed hitch, intended to be connected to the bodywork of a motor vehicle; and - a mobile flap, intended to hold a opening; and - two biellets (8, 8A) whose ends are held at the hinges through pivots, the rotational axes of the pivots being parallel to the same axis of work, one of the bielets includes a rim extending in a direction parallel or substantially parallel to the axis of work; and - the fixed hinge includes a mechanical stop arranged so as to support the rim of the rod, when the pantograph hinge is closed, the mechanical stop and the rim of the rod being of a complementary shape so that it is connected, in a radial or substantially radial direction to the axis of work, when the pantograph hinge is closed, characterized as the top of the mechanical stop is either convex in shape, the rim of the rod supporting a ergot positioned opposite the fixed hinge, the side of the ergot facing the mechanical stop with a further shape at the top of the mechanical stop, or in a concave shape, the rim of a rod supporting a ergot positioned opposite the fixed hinge, the side of the ergot facing the mechanical stop, including an exgrowth, of a complementary shape at the top of the mechanical stop. the mechanical stop and the rim of the rod being of a complementary shape so that it is connected, in a radial or substantially radial direction to the axis of work, when the pantograph hinge is closed, characterized as the top of the mechanical stop is either convex in shape, the rim of the rod supporting a ergot positioned opposite the fixed hinge, the side of the ergot facing the mechanical stop with a further shape at the top of the mechanical stop, or in a concave shape, the rim of a rod supporting a ergot positioned opposite the fixed hinge, the side of the ergot facing the mechanical stop, including an exgrowth, of a complementary shape at the top of the mechanical stop.
A system-in package comprising: a carrier; a first chip over said carrier, wherein said first chip comprises a first semiconductor substrate having a thickness between 1 and 50 micrometers, a first metal layer (34 or 26) under a bottom surface of said first semiconductor substrate, and a first dielectric layer under said bottom surface of said first semiconductor substrate and over said first metal layer (34 or 26); a second chip over said carrier, wherein said second chip comprises a second semiconductor substrate having a top surface substantially coplanar with a top surface of said first semiconductor substrate, wherein said second chip is separated from said first chip; a gap filling material in a gap between said first chip and said second chip; a first metal plug in said first chip, wherein said first metal plug passes vertically through said first semiconductor substrate and said first dielectric layer and contacts said first metal layer (34 or 26); a first insulating material (50 or 500a) enclosing said first metal plug, wherein said first insulating material (50 or 500a) is enclosed by said first semiconductor substrate; a first dielectric structure (60 or 66) over said top surface of said first semiconductor substrate, over said top surface of said second semiconductor substrate, and over said gap filling material; a first metal interconnect in said first dielectric structure (60 or 66) and over said first chip, wherein said first metal interconnect is connected to said first metal plug; a third chip over said first dielectric structure (60 or 66) and over said first metal interconnect; a second metal plug in said third chip, wherein said second metal plug passes vertically through a third semiconductor substrate of said third chip, the third semiconductor substrate having a thickness between 1 and 50 micrometers, and contacts said first metal interconnect; a second insulating material (90 or 500a) enclosing said second metal plug, wherein said second insulating material (90 or 500a) is enclosed by said third semiconductor substrate; a second dielectric structure (88 or 120) over a top surface of said third semiconductor substrate; and a second metal interconnect in said second dielectric structure (88 or 120) and over said third chip, wherein said second metal interconnect is connected to said second metal plug. a carrier; a first chip over said carrier, wherein said first chip comprises a first semiconductor substrate having a thickness between 1 and 50 micrometers, a first metal layer (34 or 26) under a bottom surface of said first semiconductor substrate, and a first dielectric layer under said bottom surface of said first semiconductor substrate and over said first metal layer (34 or 26);
A method to select a lung cancer patient who is predicted to respond to the administration of a chemotherapeutic regimen comprising: (a) detecting in a sample of lung tumor cells from the patient the presence or absence of a NTRK1-MPRIP gene fusion. (b) selecting the patient as predicted to respond to the administration of a chemotherapeutic regimen comprising an agent selected from the group consisting of a tyrosine kinase inhibitor, an HSP90 inhibitor, an inhibitor of tyrosine kinase downstream signalling cascade, and combinations thereof if a NTRK1-MPRIP gene fusion is detected in the sample of tumor cells; or (c) selecting the patient as predicted to not respond to the administration of a chemotherapeutic regimen comprising an agent selected from the group consisting of a tyrosine kinase inhibitor, an HSP90 inhibitor, an inhibitor of tyrosine kinase downstream signaling cascade, and combinations thereof if a NTRK1-MPRIP gene fusion is not detected in the sample of tumor cells. (a) detecting in a sample of lung tumor cells from the patient the presence or absence of a NTRK1-MPRIP gene fusion. (b) selecting the patient as predicted to respond to the administration of a chemotherapeutic regimen comprising an agent selected from the group consisting of a tyrosine kinase inhibitor, an HSP90 inhibitor, an inhibitor of tyrosine kinase downstream signalling cascade, and combinations thereof if a NTRK1-MPRIP gene fusion is detected in the sample of tumor cells; or (c) selecting the patient as predicted to not respond to the administration of a chemotherapeutic regimen comprising an agent selected from the group consisting of a tyrosine kinase inhibitor, an HSP90 inhibitor, an inhibitor of tyrosine kinase downstream signaling cascade, and combinations thereof if a NTRK1-MPRIP gene fusion is not detected in the sample of tumor cells.
A method of processing media content in Moving Picture Experts Group, MPEG, Network Based Media Processing, NBMP, the method being performed by at least one processor, wherein the method comprises: obtaining multiple tasks for processing the media content, each of the multiple tasks having an envelope descriptor indicating, for a respective one among the multiple tasks, a message identifier, ID, a message priority and a sender ID of a sender; determining whether repeated tasks exist among the obtained multiple tasks, based on the message ID and the sender ID of each of the obtained multiple tasks; based on the repeated tasks being determined to exist, processing the media content, using one among the repeated tasks that has a highest priority among the message priority of each of the repeated tasks; and based on the repeated tasks being determined to not exist, processing the media content, using the obtained multiple tasks. obtaining multiple tasks for processing the media content, each of the multiple tasks having an envelope descriptor indicating, for a respective one among the multiple tasks, a message identifier, ID, a message priority and a sender ID of a sender; determining whether repeated tasks exist among the obtained multiple tasks, based on the message ID and the sender ID of each of the obtained multiple tasks; based on the repeated tasks being determined to exist, processing the media content, using one among the repeated tasks that has a highest priority among the message priority of each of the repeated tasks; and based on the repeated tasks being determined to not exist, processing the media content, using the obtained multiple tasks.
A method for supporting address translations in multiprocessor virtual machine environment comprising: creating a first working set of shadow page table hierarchies for a first processor of a plurality of processors, wherein the first working set of shadow page table hierarchies uses a first hardware translation lookaside buffer in the first processor to store virtual to physical address translations; creating a second working set of shadow page table hierarchies for a second processor of the plurality of processors; keeping (1514, 1522, 1532) a list of modified guest page tables, and for each modified guest page table, an indication of which of the plurality of processors have a hardware translation lookaside buffer containing a writable reference to the modified guest page table; synchronizing each modified guest page table with a corresponding shadow page table in the first working set and the second working set; after flushing the first hardware translation lookaside buffer, updating the list of modified guest page tables to indicate that the first hardware translation lookaside buffer contains no writable references to modified guest page tables. creating a first working set of shadow page table hierarchies for a first processor of a plurality of processors, wherein the first working set of shadow page table hierarchies uses a first hardware translation lookaside buffer in the first processor to store virtual to physical address translations; creating a second working set of shadow page table hierarchies for a second processor of the plurality of processors; keeping (1514, 1522, 1532) a list of modified guest page tables, and for each modified guest page table, an indication of which of the plurality of processors have a hardware translation lookaside buffer containing a writable reference to the modified guest page table; synchronizing each modified guest page table with a corresponding shadow page table in the first working set and the second working set; after flushing the first hardware translation lookaside buffer, updating the list of modified guest page tables to indicate that the first hardware translation lookaside buffer contains no writable references to modified guest page tables.
A heat-radiating fluid composition comprising: a non-conductive oil; 5 to 200 parts by weight of a first fluid having a dielectric constant of 45 or less; and 5 to 50 parts by weight of hollow inorganic particles, based on 100 parts by weight of the non-conductive oil, wherein the non-conductive oil and the first fluid are phase-separated, wherein the heat-radiating fluid composition further comprises a second fluid which is different from and miscible with the first fluid, and at least a part of the second fluid is located in hollows of the hollow inorganic particles. a non-conductive oil; 5 to 200 parts by weight of a first fluid having a dielectric constant of 45 or less; and 5 to 50 parts by weight of hollow inorganic particles, based on 100 parts by weight of the non-conductive oil, wherein the non-conductive oil and the first fluid are phase-separated, wherein the heat-radiating fluid composition further comprises a second fluid which is different from and miscible with the first fluid, and at least a part of the second fluid is located in hollows of the hollow inorganic particles.
A multistage pump for conveying a pump fluid, wherein the pump fluid provided at an inlet pressure at a low pressure side of the pump can be conveyed in the operating state to a high pressure side of the pump rotor by means of a pump rotor rotatably supported about an axis of rotation in a pump stator and a rotor shaft with a drive side and a non-drive side, which is supported on the drive side in an outer bearing and can be coupled to a drive via a coupling, characterized in that the rotor shaft with the pump rotor is arranged on an additional drive-side bearing, wherein the drive-side bearing is arranged between the outer bearing and the pump rotor and that a lubricating film which is formed from a lubricating fluid formed from the pump fluid can be formed on the drive side of the rotor shaft between the rotor shaft and the drive-side bearing in a lubricating ring gap, a lubricant line being provided such that the lubricating fluid can be supplied to the lubricating ring gap between the rotor shaft and the drive-side bearing.
An apparatus, comprising: first and second collets (11, 10); a first and second rod (1, 5) extending between and connected to the collets, the second rod having a longitudinal axis; and the second collet including: a collar receiving the second rod, and a housing receiving the first rod, mounted upon the collar and characterized in that the housing is adapted for being rotated about the collar; and in that the first rod is configured to be formed into a full or partial helix for supporting a medical device between the collets when the housing rotates about the collar. first and second collets (11, 10); a first and second rod (1, 5) extending between and connected to the collets, the second rod having a longitudinal axis; and the second collet including: a collar receiving the second rod, and a housing receiving the first rod, mounted upon the collar and characterized in that the housing is adapted for being rotated about the collar; and in that the first rod is configured to be formed into a full or partial helix for supporting a medical device between the collets when the housing rotates about the collar. a collar receiving the second rod, and a housing receiving the first rod, mounted upon the collar and characterized in that the housing is adapted for being rotated about the collar; and in that the first rod is configured to be formed into a full or partial helix for supporting a medical device between the collets when the housing rotates about the collar.
Bottle holder system comprising a base plate having a front side and a rear side, a bottle holder for receiving a bottle, and a locking means, - the bottle holder being arranged on the front side of the base plate and being rotatable relative to the base plate about an axis of rotation that is perpendicular to the base plate, - the locking means being arranged on the rear side of the base plate and being coupled to the bottle holder, the locking means being adapted to lock the bottle holder at a predetermined angle of rotation (a) relative to the base plate, - the base plate having a through-hole, - a connecting element being arranged on the side of the bottle holder facing the base plate, which connecting element is passed through the through-hole, and - the connecting element being coupled to the locking means on the rear side of the base plate, characterized in that a fastening means is detachably arranged on the connecting element, by means of which fastening means the locking means is fastened to the connecting element. - the bottle holder being arranged on the front side of the base plate and being rotatable relative to the base plate about an axis of rotation that is perpendicular to the base plate, - the locking means being arranged on the rear side of the base plate and being coupled to the bottle holder, the locking means being adapted to lock the bottle holder at a predetermined angle of rotation (a) relative to the base plate, - the base plate having a through-hole, - a connecting element being arranged on the side of the bottle holder facing the base plate, which connecting element is passed through the through-hole, and - the connecting element being coupled to the locking means on the rear side of the base plate,
A coated ironing plate comprising: - an ironing plate; and - a composite coating applied over the ironing plate, wherein the composite coating comprises: - a dielectric layer over the ironing plate, the dielectric layer having a surface resistance more than 10 9 ohms; and - a static dissipative layer for being in contact with a garment or fabric during ironing disposed on the dielectric layer and in direct contact with the ironing plate, the static dissipative layer having a surface resistance less than 10 9 ohms so that the charges generated on the static dissipative layer during ironing are more easily dissipated from the static dissipative layer through the ironing plate compared to the dissipation of charges from the dielectric layer through the ironing plate in the absence of said static dissipative layer. - an ironing plate; and - a composite coating applied over the ironing plate, wherein the composite coating comprises: - a dielectric layer over the ironing plate, the dielectric layer having a surface resistance more than 10 9 ohms; and - a static dissipative layer for being in contact with a garment or fabric during ironing disposed on the dielectric layer and in direct contact with the ironing plate, the static dissipative layer having a surface resistance less than 10 9 ohms so that the charges generated on the static dissipative layer during ironing are more easily dissipated from the static dissipative layer through the ironing plate compared to the dissipation of charges from the dielectric layer through the ironing plate in the absence of said static dissipative layer.
A surgical stapling instrument comprising: a first portion comprising at least one first electrical terminal; a second portion stored within a sealed enclosure, wherein said second portion comprises at least one second electrical terminal, and wherein at least one of said first electrical terminal and said second electrical terminal is configured to pierce said sealed enclosure to place said first electrical terminal and said second electrical terminal in communication with each other. a first portion comprising at least one first electrical terminal; a second portion stored within a sealed enclosure, wherein said second portion comprises at least one second electrical terminal, and wherein at least one of said first electrical terminal and said second electrical terminal is configured to pierce said sealed enclosure to place said first electrical terminal and said second electrical terminal in communication with each other.
A process combustion transmitter comprising: a process probe extendible into a flow of process combustion exhaust, the process probe having a measurement cell with an operating temperature that is above a flashpoint of process combustion fuel, wherein the process probe includes a heater configured to heat the measurement cell to the operating temperature; and electronic circuitry coupled to the measurement cell, a temperature sensor and to the heater characterised by: the electronic circuitry being configured to disengage power to the heater once process combustion heat is sufficient to maintain the measurement cell at or above the operating temperature, as indicated by the temperature sensor indicating the probe has reached a heater shutoff threshold, and thereafter to maintain the heater in a de-energized state. a process probe extendible into a flow of process combustion exhaust, the process probe having a measurement cell with an operating temperature that is above a flashpoint of process combustion fuel, wherein the process probe includes a heater configured to heat the measurement cell to the operating temperature; and electronic circuitry coupled to the measurement cell, a temperature sensor and to the heater characterised by: the electronic circuitry being configured to disengage power to the heater once process combustion heat is sufficient to maintain the measurement cell at or above the operating temperature, as indicated by the temperature sensor indicating the probe has reached a heater shutoff threshold, and thereafter to maintain the heater in a de-energized state.
A method of acoustically communicating a message between a first device and a second device, comprising: mapping a segment of the message to a symbol; inserting one or more delimiters between symbols, each delimiter having a non-zero amplitude value; acoustically transmitting a first delimiter to the second device at a first time; acoustically transmitting a second delimiter to the second device at a second time, gradually increasing the starting amplitude of each delimiter; and gradually decreasing the ending amplitude of each delimiter; wherein each delimiter is an ultra-sonic acoustic signal; and wherein a time duration between the first time and the second time represents a first symbol in a plurality of symbols. mapping a segment of the message to a symbol; inserting one or more delimiters between symbols, each delimiter having a non-zero amplitude value; acoustically transmitting a first delimiter to the second device at a first time; acoustically transmitting a second delimiter to the second device at a second time, gradually increasing the starting amplitude of each delimiter; and gradually decreasing the ending amplitude of each delimiter; wherein each delimiter is an ultra-sonic acoustic signal; and wherein a time duration between the first time and the second time represents a first symbol in a plurality of symbols.
A data transmission method, applied to a terminal device, comprising: acquiring first data; storing the first data as hot data, and transmitting the hot data to a server; backing up the hot data as the cold data stored in a nonvolatile memory in response to a running time of the terminal device exceeding a preset threshold; and transmitting the cold data to the server according to a running state of the terminal device, comprising: in response to the terminal device being in a normal running state, sending the cold data stored in the nonvolatile memory to the server based on an instruction from the server; in response to the terminal device being in a restarted state, reading historical data from the cold data stored in the nonvolatile memory, and transmitting the historical data to the server. acquiring first data; storing the first data as hot data, and transmitting the hot data to a server; backing up the hot data as the cold data stored in a nonvolatile memory in response to a running time of the terminal device exceeding a preset threshold; and transmitting the cold data to the server according to a running state of the terminal device, comprising: in response to the terminal device being in a normal running state, sending the cold data stored in the nonvolatile memory to the server based on an instruction from the server; in response to the terminal device being in a restarted state, reading historical data from the cold data stored in the nonvolatile memory, and transmitting the historical data to the server. in response to the terminal device being in a normal running state, sending the cold data stored in the nonvolatile memory to the server based on an instruction from the server; in response to the terminal device being in a restarted state, reading historical data from the cold data stored in the nonvolatile memory, and transmitting the historical data to the server.