mhurhangee/ep-ind-claims huggingface dataset:
A device configured to measure free gas in a human body cavity, comprising a light emitter (1, 2) configured to emit an emitted light towards said body cavity from outside said body cavity, a light receiver configured to collect scattered light, said scattered light comprises said emitted light that has been scattered from tissue surrounding said body cavity, said light emitter and light receiver are arranged in a transmission geometry or backscattering geometry for detecting a portion of said scatted light that has passed through said body cavity; wherein said light receiver is configured to observe at least one wavelength window specific for a free gas in the body cavity; and a calculating means for assessing a concentration of said free gas in said body cavity from said collected scattered light, based on optical absorption spectroscopy characterized in that: when said light emitter and said light receiver are arranged in said backscattering geometry, there is a beam stop arranged centrally around an injection point of said light emitter to set a sufficiently large distance between said injection point and said light receiver; or when said light emitter and said light receiver are arranged in said transmission geometry, said light receiver has an aperture configured to detect said scattered light that has passed through said body cavity at least once. when said light emitter and said light receiver are arranged in said backscattering geometry, there is a beam stop arranged centrally around an injection point of said light emitter to set a sufficiently large distance between said injection point and said light receiver; or when said light emitter and said light receiver are arranged in said transmission geometry, said light receiver has an aperture configured to detect said scattered light that has passed through said body cavity at least once.
A diesel exhaust gas purification system, comprising: a diesel oxidizing catalyst; a diesel exhaust gas purification catalyst to which exhaust gas that has passed through the diesel oxidizing catalyst is fed; and a denitration catalyst to which the exhaust gas that has passed through the diesel exhaust gas purification catalyst is fed, the diesel exhaust gas purification catalyst, comprising: a substrate; and a catalyst layer formed on the substrate, the catalyst layer comprising a carrier, a noble metal and/or an oxide thereof supported by the carrier, and a composite oxide of cerium and one or more Group III and/or Group IV elements, wherein Group III element is at least one element selected from the group consisting of yttrium, a lanthanoid and an actinoid, and Group IV element is at least one element selected from the group consisting of titanium and zirconium, wherein the diesel exhaust gas purification catalyst comprises: a first part to which exhaust gas is fed; and a second part to which the exhaust gas that has passed through the first part is fed, wherein the first part comprises a smaller content of the composite oxide per unit volume than that of the second part, and the ratio of the composite oxide content in the second part relative to the composite oxide content in the first part is within the range from 1.5 to 9.0. a diesel oxidizing catalyst; a diesel exhaust gas purification catalyst to which exhaust gas that has passed through the diesel oxidizing catalyst is fed; and a denitration catalyst to which the exhaust gas that has passed through the diesel exhaust gas purification catalyst is fed, a substrate; and a catalyst layer formed on the substrate, the catalyst layer comprising a carrier, a noble metal and/or an oxide thereof supported by the carrier, and a composite oxide of cerium and one or more Group III and/or Group IV elements, a first part to which exhaust gas is fed; and a second part to which the exhaust gas that has passed through the first part is fed,
A computer-implemented method, comprising: receiving an indication of a weight on a moveable support of a couch assembly, the moveable support being moveable relative to a couch frame of the couch assembly; determining a horizontal shift of the couch frame relative to an imaging apparatus associated with the couch assembly based on a shift model indicative of the horizontal shift as a function of: the indicated weight on the moveable support; and a horizontal position of the moveable support relative to the couch frame. receiving an indication of a weight on a moveable support of a couch assembly, the moveable support being moveable relative to a couch frame of the couch assembly; determining a horizontal shift of the couch frame relative to an imaging apparatus associated with the couch assembly based on a shift model indicative of the horizontal shift as a function of: the indicated weight on the moveable support; and a horizontal position of the moveable support relative to the couch frame. the indicated weight on the moveable support; and a horizontal position of the moveable support relative to the couch frame.
Method of optimising a control program for actuators, wherein the control program contains at least one first function for control of a first actuator and in a first step the functionality of the control program is specified in the form of an executable graphical model in the form of a graphical representation of the control program comprising several model units and a first graphical model unit is allocated to the first function and based on the model an instrumented program code for a test control program is generated by means of a code generator and first program lines and a first parameter are allocated to the first function, and wherein by means of a test unit the test control program is executed a number of times with predetermined input values and based on the result of the execution a value is allocated to the first parameter, characterised in that the value allocated to the first parameter is stored in a memory region associated with the first graphical model unit, in a second step an optimised control program with second program lines allocated to the first function is generated by means of the code generator, wherein the value allocated to the first parameter is read out of the associated memory region by an optimisation unit of the code generator and compared with a given threshold value and on the basis of the result of the comparison it is decided by the optimisation unit whether the second program lines allocated to the first function are incorporated in the control program directly or by means of a sub-program interrogation.
A cargo space for accommodating pallets, comprising a floor, wherein on either side of the floor posts are provided which extend upwards and are provided with a receiving provision for receiving an end of an elongate boundary plate, wherein the cargo space is further provided with at least one elongate boundary plate which extends in a length direction of the cargo space between two posts and which has a guiding surface facing towards the longitudinal, vertical median plane of the cargo space, wherein the boundary plate is suitable for guiding pallets therealong substantially in the length direction of the cargo space, characterized in that the cargo space further comprises at least one guide which is provided with a first run-on surface for during use guiding a pallet at least partly away from the guiding surface of the boundary plate.
A heat exchanger for exchanging heat between a first fluid on the one hand, in particular an exhaust gas and/or a charge air, and a second fluid on the other hand, in particular a coolant, with a block for conducting the first and the second fluid (I, II) in a separated and heat-exchanging manner, having: - a number of flow channels through which the first fluid can flow, - a chamber which receives the flow channels and through which the second fluid can flow, - a housing in which the chamber and the flow channels are arranged, and - a bottom which substantially separates the first and the second fluid (I, II) and which keeps the flow channels, which are formed in the form of flat tubes, at distance, wherein - a holding portion of a flat tube is held in an opening of the bottom and the opening has a collar with a lead-in chamfer around all sides which extends the opening region, characterised in that the collar has a concavity which deforms the lead-in chamfer to the inside of the opening region on the opposite narrow sides of the opening. - a number of flow channels through which the first fluid can flow, - a chamber which receives the flow channels and through which the second fluid can flow, - a housing in which the chamber and the flow channels are arranged, and - a bottom which substantially separates the first and the second fluid (I, II) and which keeps the flow channels, which are formed in the form of flat tubes, at distance, wherein - a holding portion of a flat tube is held in an opening of the bottom and the opening has a collar with a lead-in chamfer around all sides which extends the opening region,
A cover swivel joint of a kitchen utensil for opening and closing a cover, comprising: - a first bearing block and a second bearing block, - a central piece rotatably arranged between the first bearing block and the second bearing block, - a stationary first cam element connected to the first bearing block and having a first cam track and a stop, and - a second cam element connected to the center piece and having a second cam track, - wherein the first and second cam elements (5, 6) are in sliding engagement by means of the first and second cam tracks (50, 60) and a maximum adjustment angle is defined by the stop, - characterized by - an adjustment means which is arranged to define a maximum adjustment angle between the center piece and the first and second bearing blocks (2, 3). - a first bearing block and a second bearing block, - a central piece rotatably arranged between the first bearing block and the second bearing block, - a stationary first cam element connected to the first bearing block and having a first cam track and a stop, and - a second cam element connected to the center piece and having a second cam track, - wherein the first and second cam elements (5, 6) are in sliding engagement by means of the first and second cam tracks (50, 60) and a maximum adjustment angle is defined by the stop, - characterized by - an adjustment means which is arranged to define a maximum adjustment angle between the center piece and the first and second bearing blocks (2, 3).
Mobile machine having a hydrostatic traction drive and a working hydraulic pump, the hydrostatic traction drive comprising a traction pump which is driven by a drive motor, in particular an internal combustion engine, of the machine, and at least one traction motor which is connected to the traction pump in a closed circuit, the closed circuit comprising a first pressure medium line and a second pressure medium line, and the working hydraulic pump being driven by the drive motor and being configured as a pump which is operated in an open circuit, sucks in pressure medium from a container by means of an intake line, and delivers the pressure medium into a delivery line in order to supply at least one consumer of a working hydraulic system of the machine with pressure medium, characterized in that a control valve device is provided, by means of which the connection of the delivery line and the intake line of the working hydraulic pump to the pressure medium lines (6a, 6b) of the closed circuit can be controlled, the control valve device having a shut-off position and at least one connecting position (60b; 60c), it being possible, in the connecting position (60b; 60c), for the delivery line of the working hydraulic pump to be connected to the high pressure-side pressure medium line (6a; 6b) of the hydrostatic traction drive, it being possible for the delivery volumetric flow of the working hydraulic pump to be fed into the high pressure-side pressure medium line (6a; 6b) of the hydrostatic traction drive, and the said delivery volumetric flow being available to supply the traction motor, and it being possible, in the connecting position (60b; 60c), for the intake line of the working hydraulic pump to be connected to the low pressure-side pressure medium line (6b; 6a) of the hydrostatic traction drive, a shut-off valve which shuts off in the direction of the container, in particular a check valve, being arranged in the intake line of the working hydraulic pump, and the volumetric flow being fed back out of the low pressure-side pressure medium line (6b; 6a) of the hydrostatic traction drive into the intake line between the shut-off valve and an intake side of the working hydraulic pump.
A positive electrode active material for a lithium secondary battery, the positive electrode active material containing at least one element selected from a group consisting of nickel, cobalt and manganese, the positive electrode active material having a layered structure and satisfying all of the following requirements to: a primary particle size is greater than or equal to 0.1 μm and less than or equal to 1 μm and a secondary particle size is greater than or equal to 1 μm and less than or equal to 10 μm; in an X-ray powder diffraction measurement using CuKα radiation, a crystallite size in the peak within 2θ = 18.7 ± 1° is 100 Å to 1200 Å and a crystallite size in the peak within 2θ = 44.6 ± 1° is 100 Å to 700 Å; and in a pore distribution obtained by a mercury intrusion method, a pore peak exists in a range where the pore size is 10 nm to 200 nm and a pore volume in the said range is 0.01 cm 3 /g to 0.05 cm 3 /g. a primary particle size is greater than or equal to 0.1 μm and less than or equal to 1 μm and a secondary particle size is greater than or equal to 1 μm and less than or equal to 10 μm; in an X-ray powder diffraction measurement using CuKα radiation, a crystallite size in the peak within 2θ = 18.7 ± 1° is 100 Å to 1200 Å and a crystallite size in the peak within 2θ = 44.6 ± 1° is 100 Å to 700 Å; and in a pore distribution obtained by a mercury intrusion method,
Device for displacing livestock feed, comprising - a feed gripping device, and - a control unit for the feed gripping device, wherein the feed gripping device comprises a grab bucket which can be operated by the control unit and can be positioned with a vertical and at least one horizontal degree of freedom above a feed kitchen, wherein the feed kitchen comprises at least one, and preferably more than one, feed position on which at least one type of livestock feed (13-1, 13-2, 13-3) is provided, wherein the control unit is designed to receive a feed order, comprising information for composing an amount of animal feed from one or more types of feed material provided in the feed kitchen, and for carrying out the following one or more times on the basis of the feed order: - positioning the grab bucket at a desired grabbing position with respect to the feed kitchen, - operating the grab bucket to make it grab at least a part of the livestock feed situated underneath said grabbing position, - positioning the grab bucket at a desired feed-unloading point for composing the amount of animal feed to be composed which is to be fed to animals, and - operating the grab bucket to make it unload the livestock feed which it has grabbed at the feed-unloading point, characterized in that the control unit is furthermore designed to earmark, if at least one predetermined clearing-up criterion has been met, the livestock feed for a clearing-up operation at least at part of at least one feed position in the feed kitchen which does not form part of a feed order, and to make the device carry out a clearing-up operation, wherein the clearing-up operation comprises the removal of at least part of the livestock feed on the part of said feed position by displacing it to another position in the feed kitchen. - a feed gripping device, and - a control unit for the feed gripping device, - positioning the grab bucket at a desired grabbing position with respect to the feed kitchen, - operating the grab bucket to make it grab at least a part of the livestock feed situated underneath said grabbing position, - positioning the grab bucket at a desired feed-unloading point for composing the amount of animal feed to be composed which is to be fed to animals, and - operating the grab bucket to make it unload the livestock feed which it has grabbed at the feed-unloading point,
A stabilizer for an autoinjector (400, 600, 700, 1300, 1400) including a housing (440, 540, 640, 740, 1440) including a distal surface and a side surface, the autoinjector (400, 600, 700, 1300, 1400) also including a protective needle sleeve extending distally from the autoinjector (400, 600, 700, 1300, 1400), the stabilizer comprising: a connector (1341, 1441, 1641) for attaching to the side surface of the autoinjector (400, 600, 700, 1300, 1400); and a fastener (1342, 1442) configured to attach a base (642, 742, 1442, 2442) of said stabilizer to a skin of a patient, said connector (1341, 1441, 1641) configured to hold said housing (440, 540, 640, 740, 1440) of the autoinjector (400, 600, 700, 1300, 1400) in a fixed spatial relation to said fastener; and a needle aperture in said base, characterized in that said needle aperture being large enough for said sleeve to extend through said aperture. a connector (1341, 1441, 1641) for attaching to the side surface of the autoinjector (400, 600, 700, 1300, 1400); and a fastener (1342, 1442) configured to attach a base (642, 742, 1442, 2442) of said stabilizer to a skin of a patient, said connector (1341, 1441, 1641) configured to hold said housing (440, 540, 640, 740, 1440) of the autoinjector (400, 600, 700, 1300, 1400) in a fixed spatial relation to said fastener; and a needle aperture in said base,
A method of wireless communication performed by a base station, comprising: transmitting (505; 710), to a user equipment, UE, an instruction for triggering the UE to transmit an uplink random access channel, RACH, message, the instruction identifying at least a RACH preamble index corresponding to a RACH preamble to be used for the uplink RACH message; transmitting (510; 720), to a plurality of neighbor base stations, information that identifies at least the RACH preamble index; receiving (520; 625; 730) the uplink RACH message from the UE; receiving (530; 630; 740), from the plurality of neighbor base stations, feedback that indicates respective timings with which the uplink RACH message was received by the plurality of neighbor base stations; and estimating (535; 635; 750) a position of the UE based at least in part on a timing with which the uplink RACH message was received by the base station and at least two of the respective timings with which the uplink RACH message was received by the plurality of neighbor base stations; wherein the uplink RACH message is received via contiguous resource blocks. transmitting (505; 710), to a user equipment, UE, an instruction for triggering the UE to transmit an uplink random access channel, RACH, message, the instruction identifying at least a RACH preamble index corresponding to a RACH preamble to be used for the uplink RACH message; transmitting (510; 720), to a plurality of neighbor base stations, information that identifies at least the RACH preamble index; receiving (520; 625; 730) the uplink RACH message from the UE; receiving (530; 630; 740), from the plurality of neighbor base stations, feedback that indicates respective timings with which the uplink RACH message was received by the plurality of neighbor base stations; and estimating (535; 635; 750) a position of the UE based at least in part on a timing with which the uplink RACH message was received by the base station and at least two of the respective timings with which the uplink RACH message was received by the plurality of neighbor base stations; wherein the uplink RACH message is received via contiguous resource blocks.
A fishing spinning reel, comprising a reel unit having a body and a cover member, wherein: the cover member closes a rear opening portion formed in a rear portion of the body; the body has a fitting portion formed on a peripheral edge portion of the rear opening portion, the fitting portion having a tubular wall shape extending toward an inner portion of the cover member and fitted in the inner portion of the cover member; the tubular wall has a rear end portion and the cover member includes an annular retainer opposed to the rear end portion; the retainer projects inward from an inner peripheral surface of the cover member and has a shape conforming to the rear end portion; and the fishing spinning reel further comprises a seal member having an annular shape interposed between the inner portion of the cover member and the fitting portion, the seal member being disposed so as to be pressure-bonded between the retainer and the rear end portion, the fishing spinning reel being characterized in that the seal member is positioned inside the cover member so as not to appear outside of the reel unit. the cover member closes a rear opening portion formed in a rear portion of the body; the body has a fitting portion formed on a peripheral edge portion of the rear opening portion, the fitting portion having a tubular wall shape extending toward an inner portion of the cover member and fitted in the inner portion of the cover member; the tubular wall has a rear end portion and the cover member includes an annular retainer opposed to the rear end portion; the retainer projects inward from an inner peripheral surface of the cover member and has a shape conforming to the rear end portion; and the fishing spinning reel further comprises a seal member having an annular shape interposed between the inner portion of the cover member and the fitting portion, the seal member being disposed so as to be pressure-bonded between the retainer and the rear end portion, the fishing spinning reel being characterized in that the seal member is positioned inside the cover member so as not to appear outside of the reel unit.