mhurhangee/ep-ind-claims huggingface dataset:
A light emitting device comprising: a mounting board on which a plurality of light sources are disposed; a partitioning member surrounding the light sources and forming a plurality of areas where the light sources are disposed, respectively, the partitioning member including a plurality of bottom surfaces in correspondence with the plurality of areas, and a plurality of walls, the partitioning member being reflective to light emitted by the light sources, the walls including top lines and inclined surfaces spreading out from the bottom surfaces to the top lines; a diffuser sheet that is provided above the partitioning member and is supported directly or indirectly by at least one of the top lines of the partitioning member; a plurality of first reflectors that are provided in correspondence with the plurality of light sources directly above the respective light sources and are positioned on one of an upper surface and a lower surface of the diffuser sheet; a second reflector that is provided directly above the top lines and is positioned on one of the upper surface and the lower surface of the diffuser sheet; and a third reflector that is provided directly above intersecting areas where the top lines intersect, wherein the partitioning member includes a plurality of through-holes in the respective bottom surfaces, the light sources are disposed in such a manner as to pass through the respective through-holes, the diffuser sheet is disposed on the third reflector, and the third reflector has a reflectivity lower than the second reflector. a mounting board on which a plurality of light sources are disposed; a partitioning member surrounding the light sources and forming a plurality of areas where the light sources are disposed, respectively, the partitioning member including a plurality of bottom surfaces in correspondence with the plurality of areas, and a plurality of walls, the partitioning member being reflective to light emitted by the light sources, the walls including top lines and inclined surfaces spreading out from the bottom surfaces to the top lines; a diffuser sheet that is provided above the partitioning member and is supported directly or indirectly by at least one of the top lines of the partitioning member; a plurality of first reflectors that are provided in correspondence with the plurality of light sources directly above the respective light sources and are positioned on one of an upper surface and a lower surface of the diffuser sheet; a second reflector that is provided directly above the top lines and is positioned on one of the upper surface and the lower surface of the diffuser sheet; and a third reflector that is provided directly above intersecting areas where the top lines intersect, wherein the partitioning member includes a plurality of through-holes in the respective bottom surfaces, the light sources are disposed in such a manner as to pass through the respective through-holes, the diffuser sheet is disposed on the third reflector, and the third reflector has a reflectivity lower than the second reflector.
Density meter for slurry which is transported through a pipe, the density meter comprising: - a frame; - a pipe part (3, 4, 5); - flexible pipe couplings (6, 7) arranged between the frame and either end of the pipe part (3, 4, 5) for coupling the pipe part (3, 4, 5) to the frame and to a feed pipe and a discharge pipe, which pipe couplings (6, 7) impart to the pipe part (3, 4, 5) at least one degree of freedom relative to the feed pipe and the discharge pipe and relative to the frame; - a first accelerometer arranged on the pipe part for measuring the accelerations of the pipe part (3, 4, 5) in the direction of the at least one degree of freedom; characterized by - an actuator arranged between the pipe part (3, 4, 5) and the frame for imparting a force on the pipe part (3, 4, 5) in order to move the pipe part (3, 4, 5) in the direction of the at least one degree of freedom; - a controller for controlling the actuator with a multi-frequency signal; - computing means having a mathematical model, which computing means fit, in an operational mode, while the controller controls the actuator, the accelerations measured by the first accelerometer on the mathematical model to determine at least one parameter of the mathematical model and which computing means calculate the density of the slurry in the pipe part (3, 4, 5) with the determined at least one parameter. - a frame; - a pipe part (3, 4, 5); - flexible pipe couplings (6, 7) arranged between the frame and either end of the pipe part (3, 4, 5) for coupling the pipe part (3, 4, 5) to the frame and to a feed pipe and a discharge pipe, which pipe couplings (6, 7) impart to the pipe part (3, 4, 5) at least one degree of freedom relative to the feed pipe and the discharge pipe and relative to the frame; - a first accelerometer arranged on the pipe part for measuring the accelerations of the pipe part (3, 4, 5) in the direction of the at least one degree of freedom; characterized by - an actuator arranged between the pipe part (3, 4, 5) and the frame for imparting a force on the pipe part (3, 4, 5) in order to move the pipe part (3, 4, 5) in the direction of the at least one degree of freedom; - a controller for controlling the actuator with a multi-frequency signal; - computing means having a mathematical model, which computing means fit, in an operational mode, while the controller controls the actuator, the accelerations measured by the first accelerometer on the mathematical model to determine at least one parameter of the mathematical model and which computing means calculate the density of the slurry in the pipe part (3, 4, 5) with the determined at least one parameter.
A method for centralized data collection at a single controller device in a distributed service-oriented system of networked devices which provide services over a network system bus which connects the networked devices, the method comprising the steps of: receiving a message traffic packet at an Ethernet switch of the single controller device, where the message traffic packet is formatted with a distributed service-oriented communications protocol; applying a first classifier rule to the message traffic packet at the Ethernet switch of the single controller device to selectively identify service-oriented traffic messages in the message traffic packet; sending the message traffic packet to an intended destination using a normal path; mirroring the message traffic packet containing service-oriented traffic messages to a processing element in the single controller device, such that, by sending the message traffic packet to the intended destination using the normal path and mirroring each message traffic packet containing service-oriented traffic messages, no additional message traffic packets on the network system bus are generated; applying a second classifier rule to selectively identify service update information from the service-oriented traffic messages, wherein the second classifier rule is applied to one of the message traffic packet at the Ethernet switch or the mirrored message traffic packet at the processing element; and identifying and extracting specified data from the identified service update information for storage in a centralized database which is updated as services publish new information on the network system bus. receiving a message traffic packet at an Ethernet switch of the single controller device, where the message traffic packet is formatted with a distributed service-oriented communications protocol; applying a first classifier rule to the message traffic packet at the Ethernet switch of the single controller device to selectively identify service-oriented traffic messages in the message traffic packet; sending the message traffic packet to an intended destination using a normal path; mirroring the message traffic packet containing service-oriented traffic messages to a processing element in the single controller device, such that, by sending the message traffic packet to the intended destination using the normal path and mirroring each message traffic packet containing service-oriented traffic messages, no additional message traffic packets on the network system bus are generated; applying a second classifier rule to selectively identify service update information from the service-oriented traffic messages, wherein the second classifier rule is applied to one of the message traffic packet at the Ethernet switch or the mirrored message traffic packet at the processing element; and identifying and extracting specified data from the identified service update information for storage in a centralized database which is updated as services publish new information on the network system bus.
A needle (10,50,80) for a surgical instrument for removal of diseased or unwanted tissue, the needle (10,50,80) comprising: a hollow elongate needle shaft having a needle tip (14,54,84) at a distal end for cutting tissue, the needle tip (14,54,84) being flared in at least one plane and having a flattened posterior lip (16,52,82) and a curved anterior lip (18,32,88) shaped to produce a tip mouth with a major axis substantially parallel to the posterior lip (16,52,82) and larger than an outer diameter of the needle shaft and a minor axis smaller than the major axis; and characterised in that the flattening of the tip mouth is asymmetric about the major axis. a hollow elongate needle shaft having a needle tip (14,54,84) at a distal end for cutting tissue, the needle tip (14,54,84) being flared in at least one plane and having a flattened posterior lip (16,52,82) and a curved anterior lip (18,32,88) shaped to produce a tip mouth with a major axis substantially parallel to the posterior lip (16,52,82) and larger than an outer diameter of the needle shaft and a minor axis smaller than the major axis; and characterised in that the flattening of the tip mouth is asymmetric about the major axis.
A method of charged particle beam processing, comprising: providing an ion beam system having a plasma chamber of an ion source and focusing optics for forming a beam of ions extracted from the plasma chamber; providing radio frequency energy to an antenna that inductively couples energy to the plasma chamber for inducing ionization; characterised by: providing a first gas supply and a second gas supply, the first and second gas supplies being selectively connected to the plasma chamber of an ion source for producing ions of a first type or ions of a second type, respectively; selectively causing a gas from the first gas supply to enter the plasma chamber; and processing a work piece using a beam of ions of the first type extracted from the plasma chamber by directing a beam having a submicron spot size toward the work piece to remove material using ion beam sputtering or chemically-enhanced ion beam etching; selectively causing a gas from the second gas supply to enter the plasma chamber; processing the work piece using a beam of ions of the second type extracted from the plasma chamber by directing a beam having a submicron spot size toward the work piece to form an image of the work piece using ion beam imaging or to deposit material using ion beam induced deposition or direct material deposition, in which the work piece is not removed from the vacuum chamber and the vacuum chamber is not exposed to atmosphere between processing the work piece using the beam of ions of a first type and processing the work piece using the beam of ions of a second type. providing an ion beam system having a plasma chamber of an ion source and focusing optics for forming a beam of ions extracted from the plasma chamber; providing radio frequency energy to an antenna that inductively couples energy to the plasma chamber for inducing ionization; characterised by: providing a first gas supply and a second gas supply, the first and second gas supplies being selectively connected to the plasma chamber of an ion source for producing ions of a first type or ions of a second type, respectively; selectively causing a gas from the first gas supply to enter the plasma chamber; and processing a work piece using a beam of ions of the first type extracted from the plasma chamber by directing a beam having a submicron spot size toward the work piece to remove material using ion beam sputtering or chemically-enhanced ion beam etching; selectively causing a gas from the second gas supply to enter the plasma chamber; processing the work piece using a beam of ions of the second type extracted from the plasma chamber by directing a beam having a submicron spot size toward the work piece to form an image of the work piece using ion beam imaging or to deposit material using ion beam induced deposition or direct material deposition, in which the work piece is not removed from the vacuum chamber and the vacuum chamber is not exposed to atmosphere between processing the work piece using the beam of ions of a first type and processing the work piece using the beam of ions of a second type.
Component of a timepiece movement for a timepiece, formed by at least one part, the part being at least partially coated by an alloy of galvanic type or autocatalytic deposition type based on copper, tin and zinc, the alloy comprising a majority proportion of copper as a percentage of the total weight of the alloy, a minority proportion of zinc as a percentage of the total weight of the alloy and an intermediate proportion of tin between the proportion of copper and the proportion of zinc as a percentage of the total weight of the alloy providing improved tribological properties.
A thermal conductivity vacuum gauge assembly comprising: a body defining an internal chamber for receiving working gas, wherein the body is defined by a wall having an outer facing wall surface and an opposing inner facing wall surface; a heater element disposed within the chamber; a thermal compensation element in thermal communication with the body wherein the thermal compensation element is located within a cavity defined in the wall.; and a thermal equalisation element in thermal communication with the body; wherein the body is made of a material with a first thermal conductivity, and the thermal equalisation element is made of a material with a second thermal conductivity that is higher than the first thermal conductivity; characterised in that the body is made of stainless steel and the thermal equalisation element is made of aluminium. a body defining an internal chamber for receiving working gas, wherein the body is defined by a wall having an outer facing wall surface and an opposing inner facing wall surface; a heater element disposed within the chamber; a thermal compensation element in thermal communication with the body wherein the thermal compensation element is located within a cavity defined in the wall.; and a thermal equalisation element in thermal communication with the body; wherein the body is made of a material with a first thermal conductivity, and the thermal equalisation element is made of a material with a second thermal conductivity that is higher than the first thermal conductivity; characterised in that the body is made of stainless steel and the thermal equalisation element is made of aluminium.
A vehicle cradle which comprises a lower shell, an upper shell and a spacer, the lower shell being secured to the upper shell by delimiting a hollow space in which said spacer is positioned in abutment between said two shells (11, 12), said cradle being adapted to, at the location of the spacer, form a support for suspension elements, fixing elements of an engine or steering control elements, characterized in that a holding element is positioned in said hollow space, said holding element being secured to one of the two shells (11, 12) and comprises an opening in which said spacer is positioned.
A tire comprising a tread part, wherein the tread part is composed of a rubber composition comprising a rubber component and a filler, wherein tan δ at 0°C of the rubber composition, measured under a condition of a frequency of 10 Hz, an initial strain of 10%, a dynamic strain of ±2.5%, and an elongation mode, is more than 0.13, and wherein, the tire weight W not including a weight of a rim but when a noise-suppressing material, a sealant, a sensor, and the like are attached to the tire lumen, W is a value including these weights and the tire weight W is expressed, in kg, and the tire volume measured under a condition where no load is applied and at the internal pressure of 600 kPa is defined as V, in m 3, W/V is 210 or less, preferably 200 or less, more preferably 190 or less characterized in that tan δ at 70°C of the rubber composition, measured under a condition of a frequency of 10 Hz, an initial strain of 10%, a dynamic strain of ±1%, and an elongation mode, is more than 0.08. wherein the tread part is composed of a rubber composition comprising a rubber component and a filler, wherein tan δ at 0°C of the rubber composition, measured under a condition of a frequency of 10 Hz, an initial strain of 10%, a dynamic strain of ±2.5%, and an elongation mode, is more than 0.13, and wherein, the tire weight W not including a weight of a rim but when a noise-suppressing material, a sealant, a sensor, and the like are attached to the tire lumen, W is a value including these weights and the tire weight W is expressed, in kg, and the tire volume measured under a condition where no load is applied and at the internal pressure of 600 kPa is defined as V, in m 3, W/V is 210 or less, preferably 200 or less, more preferably 190 or less characterized in that tan δ at 70°C of the rubber composition, measured under a condition of a frequency of 10 Hz, an initial strain of 10%, a dynamic strain of ±1%, and an elongation mode, is more than 0.08.
A method for processing release failure of a Packet Data Network, comprising: sending, by a UE, a PDN release request message to an Evolved Packet Core, when the UE determines that it currently connects with at least two PDNs; sending, by the UE, a disconnection request to the EPC, when the UE receives a PDN release rejection message sent by the EPC with a rejection reason contained in the rejection message that a last PDN connection is not allowed to be released; and sending, by the UE, after receiving a disconnection acceptance message sent by the EPC, an attach request message to the EPC to set up a PDN connection with the EPC. sending, by a UE, a PDN release request message to an Evolved Packet Core, when the UE determines that it currently connects with at least two PDNs; sending, by the UE, a disconnection request to the EPC, when the UE receives a PDN release rejection message sent by the EPC with a rejection reason contained in the rejection message that a last PDN connection is not allowed to be released; and sending, by the UE, after receiving a disconnection acceptance message sent by the EPC, an attach request message to the EPC to set up a PDN connection with the EPC.
A non-replicating, Rhabdovirus-derived particle for use in the treatment of leukemia, wherein the particle is able to bind to the surface of a cell and be internalized, and wherein said Rhabdovirus-derived particle comprises an RNA polynucleotide, the RNA structure of which is cross-linked or cleaved to form discontinuous segments of RNA.
An apparatus of a hybrid power modulator using interleaving switching, the apparatus comprising: a linear amplifying unit for generating an output signal by comparing an envelope input signal and a feedback signal; and a switching amplifying unit comprising an interleaving signal generator and a plurality of power cells which comprise P-type metal-oxide-semiconductor, MOS, field effect transistors, FETs, and N-type MOS FETs, wherein the interleaving signal generator is configured to generate an interleaving switching signal comprising a plurality of interleaving signals by comparing the output signal and a reference signal, wherein the plurality of interleaving signals are used as On/Off signals for switching the plurality of power cells, and wherein the plurality of interleaving signals are arranged so that the P-type MOS FETs and the N-type MOS FETs of the power cells are not turned on and off at the same time. a linear amplifying unit for generating an output signal by comparing an envelope input signal and a feedback signal; and a switching amplifying unit comprising an interleaving signal generator and a plurality of power cells which comprise P-type metal-oxide-semiconductor, MOS, field effect transistors, FETs, and N-type MOS FETs, wherein the interleaving signal generator is configured to generate an interleaving switching signal comprising a plurality of interleaving signals by comparing the output signal and a reference signal, wherein the plurality of interleaving signals are used as On/Off signals for switching the plurality of power cells, and wherein the plurality of interleaving signals are arranged so that the P-type MOS FETs and the N-type MOS FETs of the power cells are not turned on and off at the same time.
Crush barrier, particularly for preventing people to pass on to a predefined location, comprising a frame with staves, rods or bars mounted in the frame, and legs mounted at a lower part of the frame and extending to different sides of the frame for placing and maintaining the barrier in an upright position, wherein the legs are pivotably mounted on the frame, characterized in that each leg is connected with a slider that is provided on a selected stave, rod or bar of the frame so as to arrange that a pivoting movement of the legs with reference to the frame corresponds and is directly linked to a sliding movement of the slider along the stave, rod or bar of the frame.