mhurhangee/ep-ind-claims huggingface dataset:
Method for measuring an angular position of a rotatable transmitter unit using a sensor unit that is electrically insulated from the transmitter unit, wherein the transmitter unit comprises a central electrode, which is arranged in a transmitter plane, and a rotary electrode, which is arranged in the transmitter plane, is conductively connected to the central electrode, and is laterally offset thereto, wherein the sensor unit comprises a first sensor electrode, which is arranged in a sensor plane, and at least one second sensor electrode, which is arranged in the sensor plane, wherein the sensor electrodes are arranged in a circle around an earth electrode arranged in the sensor plane, wherein the transmitter plane and the sensor plane are oriented so as to be substantially mutually parallel, the transmitter unit is mounted so as to be rotatable about the central electrode, the rotary electrode is movable on a circular path in the region of the sensor electrodes, and the central electrode is aligned with the earth electrode, and wherein the earth electrode is designed to affect a capacitance of the central electrode, and wherein the rotary electrode is designed to affect a capacitance at least of one of the sensor electrodes according to the angular position of the transmitter unit, and wherein the method comprises the following steps: isolating the earth electrode from an earth potential by means of a switch; determining a first reference capacitance value, which represents a current capacitance of the first sensor electrode, and at least one second reference capacitance value, which represents a current capacitance of the second sensor electrode; connecting the earth electrode to the earth potential by means of the switch; determining a first capacitance value, which represents a current capacitance of the first sensor electrode, and at least one second capacitance value, which represents a current capacitance of the second sensor electrode; identifying an angular value, which represents the angular position of the transmitter unit, using the reference capacitance values and the capacitance values. isolating the earth electrode from an earth potential by means of a switch; determining a first reference capacitance value, which represents a current capacitance of the first sensor electrode, and at least one second reference capacitance value, which represents a current capacitance of the second sensor electrode; connecting the earth electrode to the earth potential by means of the switch; determining a first capacitance value, which represents a current capacitance of the first sensor electrode, and at least one second capacitance value, which represents a current capacitance of the second sensor electrode; identifying an angular value, which represents the angular position of the transmitter unit, using the reference capacitance values and the capacitance values.
A chain saw comprising: a main body having a rotating unit transmitting a driving force; a guiding bar attached to the main body and extending from the front of the main body; an endless saw chain attached around the outer edges of the rotating unit and guiding bar; a guiding unit guiding the guiding bar in an extending direction of the guiding bar; a hole provided in the guiding bar and extending in the thickness direction of the guiding bar; a locking protrusion disposed in the hole; and a connecting unit connecting the locking protrusion and an operating lever operated by an operator, wherein the guiding bar and the locking protrusion disposed in the hole of the guiding bar move in the extending direction being a straining direction of the saw chain, in response to an operation of the operating lever; characterized in that the operating lever comprises a hand guard protecting a hand of an operator. a main body having a rotating unit transmitting a driving force; a guiding bar attached to the main body and extending from the front of the main body; an endless saw chain attached around the outer edges of the rotating unit and guiding bar; a guiding unit guiding the guiding bar in an extending direction of the guiding bar; a hole provided in the guiding bar and extending in the thickness direction of the guiding bar; a locking protrusion disposed in the hole; and a connecting unit connecting the locking protrusion and an operating lever operated by an operator, wherein the guiding bar and the locking protrusion disposed in the hole of the guiding bar move in the extending direction being a straining direction of the saw chain, in response to an operation of the operating lever; characterized in that the operating lever comprises a hand guard protecting a hand of an operator.
A terminal apparatus (1, 1A, 1B, 1C) for communicating with a base station apparatus using a serving cell, comprising: a determining unit configured to determine a Time Division Duplex, TDD, uplink/downlink, UL/DL, configuration of the serving cell, a receiver configured to receive a Physical Downlink Control Channel, PDCCH, including Downlink Control Information, DCI, in subframe n; and a transmitter configured to transmit a Physical Uplink Shared Channel, PUSCH, in subframe n+k based on a detection of the PDCCH, wherein k is determined based on a first table in a case that the terminal apparatus (1, 1A, 1B, 1C) is not configured with a first parameter of an RRC layer, wherein the first parameter indicates a number of Single Carrier-Frequency Division Multiple Access, SC-FDMA, symbols configured for a transmission of the PUSCH in an Uplink Pilot Time Slot, UpPTS, of a special subframe, k is determined based on a second table which is different from the first table in a case that the terminal apparatus (1, 1A, 1B, 1C) is configured with the parameter, and the first table and the second table independently indicate k corresponding to (a) the TDD UL/DL configuration and (b) n. a determining unit configured to determine a Time Division Duplex, TDD, uplink/downlink, UL/DL, configuration of the serving cell, a receiver configured to receive a Physical Downlink Control Channel, PDCCH, including Downlink Control Information, DCI, in subframe n; and a transmitter configured to transmit a Physical Uplink Shared Channel, PUSCH, in subframe n+k based on a detection of the PDCCH, wherein k is determined based on a first table in a case that the terminal apparatus (1, 1A, 1B, 1C) is not configured with a first parameter of an RRC layer, wherein the first parameter indicates a number of Single Carrier-Frequency Division Multiple Access, SC-FDMA, symbols configured for a transmission of the PUSCH in an Uplink Pilot Time Slot, UpPTS, of a special subframe, k is determined based on a second table which is different from the first table in a case that the terminal apparatus (1, 1A, 1B, 1C) is configured with the parameter, and the first table and the second table independently indicate k corresponding to (a) the TDD UL/DL configuration and (b) n.
Method for producing patterns in a layer to be engraved, from a stack comprising at least the layer to be engraved and a masking layer surmounting the layer to be engraved, the masking layer having at least one pattern, the method being characterised in that it comprises at least: a) one step of modifying at least one first zone of the layer to be engraved by implantation of ions through the masking layer; b) at least the following steps: b1) a step of depositing at least one buffer layer (430a-430n) so as to cover at least the pattern of said masking layer; b2) a step of modifying at least one other zone (411b-411n) of the layer to be engraved, different from the first zone, by implantation of ions (500b-500n) through said buffer layer (430a-430n), the implantation being done up to a depth (e500b-e500n) of the layer to be engraved greater than the depth (e550a) of implantation of the preceding modification step; c) at least one step of removing said at least one buffer layer (430a-430n); d) a step of removing the masking layer; e) a step of removing the modified zones (411a-411n), the removal comprising a step of engraving the modified zones (411a-411n) selectively to the non-modified zones of the layer to be engraved. a) one step of modifying at least one first zone of the layer to be engraved by implantation of ions through the masking layer; b) at least the following steps: b1) a step of depositing at least one buffer layer (430a-430n) so as to cover at least the pattern of said masking layer; b2) a step of modifying at least one other zone (411b-411n) of the layer to be engraved, different from the first zone, by implantation of ions (500b-500n) through said buffer layer (430a-430n), the implantation being done up to a depth (e500b-e500n) of the layer to be engraved greater than the depth (e550a) of implantation of the preceding modification step; b1) a step of depositing at least one buffer layer (430a-430n) so as to cover at least the pattern of said masking layer; b2) a step of modifying at least one other zone (411b-411n) of the layer to be engraved, different from the first zone, by implantation of ions (500b-500n) through said buffer layer (430a-430n), the implantation being done up to a depth (e500b-e500n) of the layer to be engraved greater than the depth (e550a) of implantation of the preceding modification step; c) at least one step of removing said at least one buffer layer (430a-430n); d) a step of removing the masking layer; e) a step of removing the modified zones (411a-411n), the removal comprising a step of engraving the modified zones (411a-411n) selectively to the non-modified zones of the layer to be engraved.
An adjustable drill string housing, comprising: an annular member having an upper end and a lower end, the annular member defining an upper longitudinal axis (X 2) extending through the upper end and a lower longitudinal axis (X 3) extending through the lower end, the annular member deformable about a bend axis (X B) between: a first operational configuration wherein the annular member maintains an internal preload therein such that the upper and lower longitudinal axes are disposed at a first bend angle (θ 1) with respect to one another; and a second operational configuration wherein at least a portion of the internal preload is relieved such that the upper and lower longitudinal axes are disposed at a second bend angle (θ 2) with respect to one another; at least one sacrificial support member carried by the annular member, the at least one sacrificial support member extending across the bend axis (X B) and coupled to the annular member to maintain at least a portion of the internal preload in the annular member such that failure of the at least one sacrificial support member induces the annular member to move to the second operational configuration. an annular member having an upper end and a lower end, the annular member defining an upper longitudinal axis (X 2) extending through the upper end and a lower longitudinal axis (X 3) extending through the lower end, the annular member deformable about a bend axis (X B) between: a first operational configuration wherein the annular member maintains an internal preload therein such that the upper and lower longitudinal axes are disposed at a first bend angle (θ 1) with respect to one another; and a second operational configuration wherein at least a portion of the internal preload is relieved such that the upper and lower longitudinal axes are disposed at a second bend angle (θ 2) with respect to one another; a first operational configuration wherein the annular member maintains an internal preload therein such that the upper and lower longitudinal axes are disposed at a first bend angle (θ 1) with respect to one another; and a second operational configuration wherein at least a portion of the internal preload is relieved such that the upper and lower longitudinal axes are disposed at a second bend angle (θ 2) with respect to one another; at least one sacrificial support member carried by the annular member, the at least one sacrificial support member extending across the bend axis (X B) and coupled to the annular member to maintain at least a portion of the internal preload in the annular member such that failure of the at least one sacrificial support member induces the annular member to move to the second operational configuration.
A railway track identification device comprising: an image acquisition unit configured to acquire a captured image acquired by capturing an image of a region lying in a traveling direction of a railway vehicle; a railway track detection unit configured to detect, for each of a plurality of groups of pixels in the captured image, a railway track on a basis of a feature amount, the feature amount being based on a predetermined standard and representing similarity to a railway track; a branch track detection unit configured to detect whether there is a branch track branching off from the railway track being detected; and a railway track detection result output unit (10c, 10d) configured to output a result of detection by the railway track detection unit and a result of detection by the branch track detection unit, wherein the branch track detection unit acquires, as a branch position of the branch track, an intersection between the branch track and the railway track detected by the railway track detection unit; characterized in that the branch track detection unit sets a fan-shaped search region and detects the branch track by using the branch position as a pivot of the fan-shaped search region. an image acquisition unit configured to acquire a captured image acquired by capturing an image of a region lying in a traveling direction of a railway vehicle; a railway track detection unit configured to detect, for each of a plurality of groups of pixels in the captured image, a railway track on a basis of a feature amount, the feature amount being based on a predetermined standard and representing similarity to a railway track; a branch track detection unit configured to detect whether there is a branch track branching off from the railway track being detected; and a railway track detection result output unit (10c, 10d) configured to output a result of detection by the railway track detection unit and a result of detection by the branch track detection unit, wherein the branch track detection unit acquires, as a branch position of the branch track, an intersection between the branch track and the railway track detected by the railway track detection unit;
Amplifier for a test device for testing an electrical component, wherein the amplifier is designed to output a test signal at a signal output between a positive output terminal and a negative output terminal, and wherein the amplifier comprises a first half bridge, which has a first switching element and a second switching element connected in series with the first switching element via a first center point, and a second half bridge, which has a third switching element and a fourth switching element connected in series with the third switching element via a second center point, wherein a switching unit is provided, which is designed to connect the first center point of the first half bridge to the second center point of the second half bridge and to connect to one of the output terminals (P, M) of the signal output in a first operating mode (Mi), and to connect each of the first center point of the first half bridge and the second center point of the second half bridge to one of the output terminals (P, N) of the signal output in a second operating mode (Mu), and wherein the amplifier is further designed, in the first operating mode (Mi), to control the first half bridge with control signals, which are phase-shifted by 180 degrees with respect to the control signals for controlling the second half bridge, and to control the first half bridge and the second half bridge with in-phase control signals in the second operating mode (Mu).
A damper for moveable furniture parts comprising - a damper housing, - a fluid chamber in the damper housing, - an elongate drive portion for a lever arm for the movement transmission to a damping piston, which elongate portion is mounted rotatably in the damper housing and extends in an axial direction (x), wherein the drive portion comprises a radially outwards directed projection, - a sealing element for sealing the fluid chamber,- a damping piston movably supported in the fluid chamber and - lever arm,), wherein the lever arm is connected to the drive portion and the lever arm bears against the damping piston and a movement of the moveable furniture part can be transmitted to the damping piston by the lever arm, characterised in that - the sealing element is arranged between the damper housing and the drive portion and bears against the drive portion by way of a sealing lip and in that - a spacer element is provided which is arranged between the sealing element and the projection formed on the drive portion, whereby the spacer element limits a movement of the sealing element in the axial direction (x) and prevents direct contact between the sealing element and the drive portion in the axial direction (x). - a damper housing, - a fluid chamber in the damper housing, - an elongate drive portion for a lever arm for the movement transmission to a damping piston, which elongate portion is mounted rotatably in the damper housing and extends in an axial direction (x), wherein the drive portion comprises a radially outwards directed projection, - a sealing element for sealing the fluid chamber,- a damping piston movably supported in the fluid chamber and - lever arm,), wherein the lever arm is connected to the drive portion and the lever arm bears against the damping piston and a movement of the moveable furniture part can be transmitted to the damping piston by the lever arm, - the sealing element is arranged between the damper housing and the drive portion and bears against the drive portion by way of a sealing lip and in that - a spacer element is provided which is arranged between the sealing element and the projection formed on the drive portion, whereby the spacer element limits a movement of the sealing element in the axial direction (x) and prevents direct contact between the sealing element and the drive portion in the axial direction (x).
Air filter system for an internal combustion engine, comprising - a housing with housing wall and at least one cover, - an inlet port disposed at the housing for supplying air to be filtered, - an outlet port disposed at the housing for discharging the filtered air, - a sensor nozzle disposed at the housing, characterized in that the sensor nozzle is inclined in relation to a longitudinal axis of the housing in an end portion of the housing and that the sensor nozzle is adjacent to the outlet port. - a housing with housing wall and at least one cover, - an inlet port disposed at the housing for supplying air to be filtered, - an outlet port disposed at the housing for discharging the filtered air, - a sensor nozzle disposed at the housing,
A nozzle coating structure of a fuel injection valve for reducing frictional resistance of a nozzle needle which comes into contact with a seat portion of a nozzle body formed with an injection hole, the nozzle coating structure comprising: a Cr coating layer deposited on an outer peripheral surface of the nozzle needle of the fuel injection valve; a CrN coating layer deposited on an outer peripheral surface of the Cr coating layer; and a WCC coating layer deposited on an outer peripheral surface of the CrN coating layer, wherein the CrN coating layer is formed to have a hardness relatively greater than a hardness of the WCC coating layer, characterized in that each of the Cr coating layer, the CrN coating layer and the WCC coating layer has soft magnetism in order for the fuel injection valve to be smoothly operated. a Cr coating layer deposited on an outer peripheral surface of the nozzle needle of the fuel injection valve; a CrN coating layer deposited on an outer peripheral surface of the Cr coating layer; and a WCC coating layer deposited on an outer peripheral surface of the CrN coating layer, wherein the CrN coating layer is formed to have a hardness relatively greater than a hardness of the WCC coating layer, characterized in that each of the Cr coating layer, the CrN coating layer and the WCC coating layer has soft magnetism in order for the fuel injection valve to be smoothly operated.
An imaging system, comprising: a source having a focal spot that emits a radiation beam that traverses an examination region; a radiation sensitive detector array having a plurality of pixels that detects radiation traversing the examination region and generates projection data indicative of the detected radiation; and a filter, disposed between the source and the examination region, that filters peripheral regions of the emitted radiation, wherein the filter includes two separate and moveable regions, each region having a substantially uniform thickness and constant homogeneity, characterised in that each region is of unitary construction. a source having a focal spot that emits a radiation beam that traverses an examination region; a radiation sensitive detector array having a plurality of pixels that detects radiation traversing the examination region and generates projection data indicative of the detected radiation; and a filter, disposed between the source and the examination region, that filters peripheral regions of the emitted radiation, wherein the filter includes two separate and moveable regions, each region having a substantially uniform thickness and constant homogeneity, characterised in that each region is of unitary construction.
An article for use in an electrochemical cell, comprising: an electroactive layer comprising lithium metal; a lithium nitride layer adjacent the electroactive layer, wherein the lithium nitride layer has a thickness of greater than 1 micron and less than 20 microns; and an electrolyte layer comprising a polymer gel and a lithium salt, wherein the electrolyte layer is adjacent the lithium nitride layer, has a lithium ion conductivity of at least 1×10 -4 S/cm, and has a yield strength of greater than 50 N/cm 2, and wherein the article is under an applied anisotropic force, the anisotropic force having a component normal to a surface of the article, wherein the component defines a pressure of at least 80 N/cm 2. an electroactive layer comprising lithium metal; a lithium nitride layer adjacent the electroactive layer, wherein the lithium nitride layer has a thickness of greater than 1 micron and less than 20 microns; and an electrolyte layer comprising a polymer gel and a lithium salt, wherein the electrolyte layer is adjacent the lithium nitride layer, has a lithium ion conductivity of at least 1×10 -4 S/cm, and has a yield strength of greater than 50 N/cm 2, and wherein the article is under an applied anisotropic force, the anisotropic force having a component normal to a surface of the article, wherein the component defines a pressure of at least 80 N/cm 2.