mhurhangee/ep-ind-claims huggingface dataset:
Electromotively adjustable support means for a cushion of a seating or reclining furniture item, in particular a mattress of a bed, with at least two support parts that are relatively adjustable relative to each other, wherein an adjustment organ that is in drive connection with an electric motor of a drive unit is allocated to at least one support part for adjusting the same, characterised in that at least one adjustment organ is a righting lever (70, 76), which can be positioned upright under traction force of the traction rope of a Bowden cable (44, 44'), and that the righting lever (70, 76) is designed and equipped for loosely acting on a support part to be adjusted.
Handle device for a hand-held power tool, which has an operating-mode switchover device and a drive device for driving an application tool in different operating modes, having at least one spring element and having a handle unit which is attached to a machine housing so as to be movable at least to a limited extent and is vibrationally decoupled at least partially from the machine housing via the at least one spring element and comprises a switch actuator for setting the drive device in operation, wherein the switch actuator can be switched both in a monostable and in a bistable manner between two switching positions, and having an intermediate plate which is provided in the machine housing and which accommodates at least the spring element on one side, and having a control means via which the switch actuator cooperates with the operating-mode switchover device such that it is not possible to switch the switch actuator in a bistable manner in particular operating modes, characterized in that the control means is in the form of a tensile strip manufactured from plastic.
Production line having a printing press and a further-processing section positioned downstream of the printing press in the printing material path, wherein the printing press comprises at least one printing assembly (200; 400), by means of which a web-type or sheet-type printing material can be printed on at least one of its sides with print images of print pages of a printed product (P; P; P; P) to be produced in a printing process without printing formes, and in the further-processing section a printed printing material can be processed to form the printed products (P; P; P; P), wherein the further-processing section comprises a printing material channelling line, via which the printing material (002'; 002'), in the form of single-layer or multilayer printing material sections (002',k), is or can be transferred, acted on by one or more further-processing stages (502; 503; 504; 506; 507; 508; 509; 511; 512; 513) provided in the printing material channelling line, at an output to a finishing line for further processing the printing material sections (002',k), wherein the finishing line comprises as further-processing stages (601; 602; 603) at least one collecting device (601; 603), which has a collecting cylinder (623, 649) and by means of which single-layer or multilayer printing material sections (002',k) can be collected to form a bundle or bundles can be collected to form a bundle stack, and also a cross-folding device which is arranged functionally downstream of the at least one collecting device (601; 603), by means of which the bundles (617; 617') or bundle stacks exiting the at least one collecting device (601; 603) can be cross-folded relative to the intake-side transport direction, and wherein the collecting device (601; 603) comprises retaining means (626; 651) embodied as grippers or group of grippers, and in that a drive that controls the movement of the grippers or group of grippers is embodied as mechanically independent of a drive that drives the collecting cylinder (623; 649), characterised in that the printing material channelling line comprises as further-processing stage (502; 503; 504; 508) at least one joining device (502; 503; 504; 508) in the guide path of at least two strands formed by webs or partial webs, by means of which the at least two strands can be guided one on top of the other to form a multilayer strand, and the finishing line comprises, as further further-processing stage, a collecting device arranged downstream of the cross-folding device, by means of which collecting device two or more intermediate products that have been cross-folded upstream by means of the cross-folding device can be combined, one on top of the other, to form a bundle.
A gas humidification apparatus for use in a medical procedure comprising: a housing defining a channel having a gas inlet and a gas outlet in fluid communication with a humidification device; said humidification device being in fluid communication with said inlet, said humidification device comprising: a heater for warming a gas flowing through the channel; a humidification material adjacent to said heater that readily absorbs moisture and readily releases moisture when exposed to a dry environment; an insufflator comprising a gas source and connected to said humidification device receiving said gas from said insufflator which receives said gas from said gas source characterized in that a control is tied to said insufflator so as to control said heater and said insufflator by dynamically controlling temperature, gas volume, gas flow rate and humidity. a housing defining a channel having a gas inlet and a gas outlet in fluid communication with a humidification device; said humidification device being in fluid communication with said inlet, said humidification device comprising: a heater for warming a gas flowing through the channel; a humidification material adjacent to said heater that readily absorbs moisture and readily releases moisture when exposed to a dry environment; an insufflator comprising a gas source and connected to said humidification device receiving said gas from said insufflator which receives said gas from said gas source characterized in that a control is tied to said insufflator so as to control said heater and said insufflator by dynamically controlling temperature, gas volume, gas flow rate and humidity. a heater for warming a gas flowing through the channel; a humidification material adjacent to said heater that readily absorbs moisture and readily releases moisture when exposed to a dry environment; an insufflator comprising a gas source and connected to said humidification device receiving said gas from said insufflator which receives said gas from said gas source characterized in that a control is tied to said insufflator so as to control said heater and said insufflator by dynamically controlling temperature, gas volume, gas flow rate and humidity.
Test system designed to test electrical connections between electronic components of a printed circuit board to be tested and this printed circuit board, said system comprising: - a housing; - a communication interface; - a temperature measuring unit designed to measure the temperature and/or to determine thermal characteristics of the electrical connections of the printed circuit board and/or to measure the temperature and/or to determine the thermal characteristics of the electronic components, and - pin-like test probes which are arranged in a mobile manner above the printed circuit board to be tested, wherein the test probes are designed to be introduced to the printed circuit board to be tested and to determine resistance values at contact points that are arranged on the printed circuit board to be tested, characterized in that the communication interface and the temperature measuring unit are permanently connected to a test module, which is arranged in a mobile manner in at least two spatial directions in the housing of the test system below the printed circuit board to be tested. - a housing; - a communication interface; - a temperature measuring unit designed to measure the temperature and/or to determine thermal characteristics of the electrical connections of the printed circuit board and/or to measure the temperature and/or to determine the thermal characteristics of the electronic components, and - pin-like test probes which are arranged in a mobile manner above the printed circuit board to be tested,
A method for producing optionally protected L-4-methoxytryptophane comprising the synthesis of the protected L-4-methoxytryptophanemethylester according to formula 2, starting from a compound according to formula 1 comprising an asymmetric hydrogenation using [1S,1S',2R,2R'-DuanPhos Rh(cod)]BF 4 as a catalyst.
A method for arranging a set of passenger seats, comprising a passenger seat, and a set of passenger service units, comprising a passenger service unit, in an aircraft cabin, wherein the aircraft cabin comprises a seat rail, the method comprising: aligning a support fitting of the passenger seat with a first receiver of a receiver set on the seat rail, wherein the seat rail comprises a first marker set, each identifying one receiver in the receiver set such that any two adjacent markers in the first marker set are spaced apart by a first seat pitch, and wherein the first receiver is identified by a first marker of the first marker set; positioning a locating device on the passenger seat such that a device reference point of the locating device coincides with a seat cushion reference point of the passenger seat and such that a device datum of the locating device is positioned on and in contact with a seat cushion of the passenger seat; and using a front locator of the locating device, determining a first front reference in an overhead compartment for installing the passenger service unit, corresponding to the passenger seat, wherein the first front reference depends on a first angle between the device datum and the front locator, and wherein the first angle is selected based on a distance between the device datum and the passenger service unit and further based on the first seat pitch. aligning a support fitting of the passenger seat with a first receiver of a receiver set on the seat rail, wherein the seat rail comprises a first marker set, each identifying one receiver in the receiver set such that any two adjacent markers in the first marker set are spaced apart by a first seat pitch, and wherein the first receiver is identified by a first marker of the first marker set; wherein the seat rail comprises a first marker set, each identifying one receiver in the receiver set such that any two adjacent markers in the first marker set are spaced apart by a first seat pitch, and wherein the first receiver is identified by a first marker of the first marker set; positioning a locating device on the passenger seat such that a device reference point of the locating device coincides with a seat cushion reference point of the passenger seat and such that a device datum of the locating device is positioned on and in contact with a seat cushion of the passenger seat; and using a front locator of the locating device, determining a first front reference in an overhead compartment for installing the passenger service unit, corresponding to the passenger seat, wherein the first front reference depends on a first angle between the device datum and the front locator, and wherein the first angle is selected based on a distance between the device datum and the passenger service unit and further based on the first seat pitch. wherein the first front reference depends on a first angle between the device datum and the front locator, and wherein the first angle is selected based on a distance between the device datum and the passenger service unit and further based on the first seat pitch.
An electrode assembly, comprising: a positive electrode having a plurality of positive patterns formed by being pattern-coated with a positive active material at a predetermined interval and including positive uncoated regions where the positive active material is not coated; a negative electrode having a plurality of negative patterns formed by being pattern-coated with a negative active material at a predetermined interval and including negative uncoated regions where the negative active material is not coated; and a separator disposed between the positive electrode and the negative electrode, wherein the electrode assembly is formed in a zigzag shape by bending the positive uncoated regions and the negative uncoated regions; wherein the electrode assembly further has a plurality of first electrode tabs, each one of the positive uncoated regions being coupled to one of the plurality of first electrode tabs; and the electrode assembly further has a plurality of second electrode tabs, each one of the negative uncoated regions being coupled to one of the plurality of second electrode tabs. a positive electrode having a plurality of positive patterns formed by being pattern-coated with a positive active material at a predetermined interval and including positive uncoated regions where the positive active material is not coated; a negative electrode having a plurality of negative patterns formed by being pattern-coated with a negative active material at a predetermined interval and including negative uncoated regions where the negative active material is not coated; and a separator disposed between the positive electrode and the negative electrode, wherein the electrode assembly is formed in a zigzag shape by bending the positive uncoated regions and the negative uncoated regions; wherein the electrode assembly further has a plurality of first electrode tabs, each one of the positive uncoated regions being coupled to one of the plurality of first electrode tabs; and the electrode assembly further has a plurality of second electrode tabs, each one of the negative uncoated regions being coupled to one of the plurality of second electrode tabs.
An input device comprising: an operation part provided on a surface of the circular part of a steering wheel and including a slider of an electrostatic capacity type; an operation commencement trigger part, provided at a predetermined location on the slider, for commencing a first operation including a flick operation on the slider; and a detection circuit for enabling, upon detecting that the operation commencement trigger part has been touched, detection of the first operation on the slider, wherein the slider includes a plurality of elements (201a,..., 201f) each for detecting an electrostatic capacitance, and the detection circuit detects that the first operation has finished when, among the plurality of elements (201a,..., 201f), at least a predetermined number of elements has approximately simultaneously detected an electrostatic capacitance equal to or greater than a threshold for a second predetermined period of time. an operation part provided on a surface of the circular part of a steering wheel and including a slider of an electrostatic capacity type; an operation commencement trigger part, provided at a predetermined location on the slider, for commencing a first operation including a flick operation on the slider; and a detection circuit for enabling, upon detecting that the operation commencement trigger part has been touched, detection of the first operation on the slider, wherein the slider includes a plurality of elements (201a,..., 201f) each for detecting an electrostatic capacitance, and the detection circuit detects that the first operation has finished when, among the plurality of elements (201a,..., 201f), at least a predetermined number of elements has approximately simultaneously detected an electrostatic capacitance equal to or greater than a threshold for a second predetermined period of time.
A passive-matrix display device, comprising: (a) a substrate having a display area including a two-dimensional array of pixels arranged in rows and columns and located in the display area, a first layer, a second layer, a plurality of independent column electrodes in each column in the first layer, a plurality of row electrodes in the second layer, and a layer of light-emitting materials located between the first and second layers, the column electrodes and row electrodes forming pixels where the column electrodes and row electrodes overlap; (b) a plurality of chiplets, each chiplet associated with one or more independent column electrodes located in the display area, each chiplet electrically connected to and driving a separate subset of the independent column electrodes and electrically connected to and driving a subset of the row electrodes to cause the light-emitting material in each pixel to emit light, wherein each chiplet has a common point and first and second chiplet portions extending in different directions from the common point on the chiplet, characterized in that each chiplet includes a serial luminance shift register for shifting pixel luminance values corresponding to each independent column electrode from one chiplet to another and column drivers, wherein each of the column drivers is for driving a corresponding independent column electrode to which it is connected with the corresponding pixel luminance values, each chiplet further includes a row driver for driving each corresponding row electrode to which it is connected and a row control shift register for controlling the row drivers, and the chiplets have a '+' shape with the first chiplet portion having a first axis extending in a first direction and the second chiplet portion having a second axis extending in a second direction different from the first direction. (a) a substrate having a display area including a two-dimensional array of pixels arranged in rows and columns and located in the display area, a first layer, a second layer, a plurality of independent column electrodes in each column in the first layer, a plurality of row electrodes in the second layer, and a layer of light-emitting materials located between the first and second layers, the column electrodes and row electrodes forming pixels where the column electrodes and row electrodes overlap; (b) a plurality of chiplets, each chiplet associated with one or more independent column electrodes located in the display area, each chiplet electrically connected to and driving a separate subset of the independent column electrodes and electrically connected to and driving a subset of the row electrodes to cause the light-emitting material in each pixel to emit light, wherein
A fixing device for fixing a toner image to a sheet, the fixing device comprising: a rotatable heated body with a length dimension in a first direction and having an inner facing surface and an outer facing surface; a heater for heating the rotatable heated body, the heater having a length dimension in the first direction corresponding to the length dimension of the rotatable heated body; a pressing member contacting the inner facing surface of the rotatable heated body at a first position; a pressing roller configured to press against the outer facing surface of the rotatable heated body at a position corresponding to the pressing member; a lubricant holding member with a length dimension in the first direction and a lubricating surface contacting the inner facing surface of the rotatable heated body at a second position, the lubricant holding member having a plurality of recesses in the lubricating surface spaced from each other along the length dimension of the lubricant holding member, a first lubricant of a first viscosity applied to the lubricating surface of the lubricant holding member; and a second lubricant of a second viscosity greater than the first viscosity in the plurality of recesses, characterized in that the lubricating holding member has a plurality of slits formed in the lubricating contact surface between adjacent recesses of the plurality of recesses. a rotatable heated body with a length dimension in a first direction and having an inner facing surface and an outer facing surface; a heater for heating the rotatable heated body, the heater having a length dimension in the first direction corresponding to the length dimension of the rotatable heated body; a pressing member contacting the inner facing surface of the rotatable heated body at a first position; a pressing roller configured to press against the outer facing surface of the rotatable heated body at a position corresponding to the pressing member; a lubricant holding member with a length dimension in the first direction and a lubricating surface contacting the inner facing surface of the rotatable heated body at a second position, the lubricant holding member having a plurality of recesses in the lubricating surface spaced from each other along the length dimension of the lubricant holding member, a first lubricant of a first viscosity applied to the lubricating surface of the lubricant holding member; and a second lubricant of a second viscosity greater than the first viscosity in the plurality of recesses, characterized in that the lubricating holding member has a plurality of slits formed in the lubricating contact surface between adjacent recesses of the plurality of recesses.
A casting mold material capable of being used in casting a metal material, the casting mold material having a composition consisting of: 0.3 mass% or more and less than 0.5 mass% of Cr; 0.01 mass% or more and 0.15 mass% or less of Zr; 0.1 mass% or more and less than 2.0 mass% of Al; optionally 0.01 mass% or more and 0.15 mass% or less of one or more elements selected from Fe, Si, Co, and P as a total; and a Cu balance including inevitable impurities, wherein the casting mold material comprises precipitates in a needle shape or precipitates in a plate shape, and granular precipitates are suppressed. 0.3 mass% or more and less than 0.5 mass% of Cr; 0.01 mass% or more and 0.15 mass% or less of Zr; 0.1 mass% or more and less than 2.0 mass% of Al; optionally 0.01 mass% or more and 0.15 mass% or less of one or more elements selected from Fe, Si, Co, and P as a total; and a Cu balance including inevitable impurities, wherein the casting mold material comprises precipitates in a needle shape or precipitates in a plate shape, and granular precipitates are suppressed.
High-voltage switching device comprising a housing body, in which a vacuum interrupting chamber is provided that comprises an immoveable switching contact element and a switching contact element that can move in the axial direction, the moveable switching contact element extending out of the vacuum interrupting chamber and being connected to an actuator, which can move in the axial direction, by means of an insulating body, and conductor parts (12, 13, 14) that form the current path being connected to the immoveable switching contact element and the moveable switching contact element, and a cavity that is filled with insulating liquid being made in the housing body, the moveable switching contact element extending out of the vacuum interrupting chamber and into the cavity, and the actuator extending out of the cavity, characterised in that a sealing arrangement that is arranged in the cavity is provided, which seals the actuator with respect to the housing body, the sealing arrangement comprising a bellows that is arranged in the cavity and surrounds the actuator, one end of the bellows being sealed with respect to the actuator and the other end of the bellows being sealed with respect to the housing body.
A cutting apparatus that comprises a blade which is configured to move in one direction and a vertical direction, and moving means (3, 4) for moving a media on a support base in the other direction crossing the one direction, the cutting apparatus being configured to cut the media along a cutting point by moving the blade in the one direction, moving the media forward and backward in the other direction between the support base and a structure thereabove, and relatively moving the blade and the media, wherein the cutting apparatus is configured to pre-cut the media along the cutting point by using the blade and to leave non-cutting portions, characterized in that the cutting apparatus is further configured to perform a full cut to cut the non-cutting portions in order from one side in the direction of the movement of the media without moving forward and backward the media.