mhurhangee/ep-ind-claims huggingface dataset:
A shoulder anchor device comprising: a shoulder anchor disposed at a vehicle side portion so as to be able to rotate around an axis that runs substantially along a vehicle transverse direction, and in which an insert-through hole is formed, a longitudinal direction intermediate portion of an elongated, belt-shaped webbing being inserted through the insert-through hole and folded-back and supported; and a cover member disposed at the vehicle side portion so as to be unable to rotate, and covering a vehicle cabin interior side of the shoulder anchor, an opening portion for passage of the webbing being formed in the cover member along a locus of rotation of the insert-through hole due to rotation of the shoulder anchor, wherein a gap between an upper edge portion of the opening portion and a supporting region that supports the webbing at the shoulder anchor, is such that A > B, where that A is a gap dimension of a front portion side in a vehicle longitudinal direction and B is a gap dimension of a rear portion side, characterized in that the upper edge portion of the opening portion is provided with an extended portion which is extended toward a vehicle transverse direction outer side, and, at a rear portion in the vehicle longitudinal direction at the upper edge portion, a bottom surface of the extended portion protrudes toward a vehicle bottom side. a shoulder anchor disposed at a vehicle side portion so as to be able to rotate around an axis that runs substantially along a vehicle transverse direction, and in which an insert-through hole is formed, a longitudinal direction intermediate portion of an elongated, belt-shaped webbing being inserted through the insert-through hole and folded-back and supported; and a cover member disposed at the vehicle side portion so as to be unable to rotate, and covering a vehicle cabin interior side of the shoulder anchor, an opening portion for passage of the webbing being formed in the cover member along a locus of rotation of the insert-through hole due to rotation of the shoulder anchor, wherein a gap between an upper edge portion of the opening portion and a supporting region that supports the webbing at the shoulder anchor, is such that A > B, where that A is a gap dimension of a front portion side in a vehicle longitudinal direction and B is a gap dimension of a rear portion side, characterized in that the upper edge portion of the opening portion is provided with an extended portion which is extended toward a vehicle transverse direction outer side, and, at a rear portion in the vehicle longitudinal direction at the upper edge portion, a bottom surface of the extended portion protrudes toward a vehicle bottom side.
An electric bicycle having an electrically operated drive motor, having a battery for the energy supply of the drive motor that is secured in a battery compartment of the electric bicycle by an electrically unlockable battery lock and that can be removed from the battery compartment after unlocking the battery lock, and having a control unit for the battery lock, wherein the battery lock comprises a latch which locks the battery received in the battery compartment in a locked position and which can be brought by an electric drive into an unlocked position in which the latch releases the battery received in the battery compartment, characterized in that the latch in its locked position blocks a lever by which the battery can be levered out of the battery compartment. wherein the battery lock comprises a latch which locks the battery received in the battery compartment in a locked position and which can be brought by an electric drive into an unlocked position in which the latch releases the battery received in the battery compartment, characterized in that the latch in its locked position blocks a lever by which the battery can be levered out of the battery compartment.
A method for use in assessment of at least one cardiac parameter of an individual, the method comprising: - providing measured data indicative of a systolic impedance change, ΔR, and of a velocity of said change, δR / δt, of an individual during a cardiac cycle; - providing data indicative of at least one of the following individual's parameters: total peripheral resistance and cardiac index; - analyzing said data indicative of at least one of such conditions of the individual as acute heart failure, TPR value and CI value to determine at least one of the following: whether the TPR satisfies a first predetermined condition, whether the CI satisfies a second predetermined condition, and whether the individual is under a condition wherein the individual is sustained by an AHF, in order to select either the systolic impedance change data or the data of the velocity of the impedance change and calculate the at least one cardiac parameter based on the selected data and generate output data indicative of the calculation results. - providing measured data indicative of a systolic impedance change, ΔR, and of a velocity of said change, δR / δt, of an individual during a cardiac cycle; - providing data indicative of at least one of the following individual's parameters: total peripheral resistance and cardiac index; - analyzing said data indicative of at least one of such conditions of the individual as acute heart failure, TPR value and CI value to determine at least one of the following: whether the TPR satisfies a first predetermined condition, whether the CI satisfies a second predetermined condition, and whether the individual is under a condition wherein the individual is sustained by an AHF, in order to select either the systolic impedance change data or the data of the velocity of the impedance change and calculate the at least one cardiac parameter based on the selected data and generate output data indicative of the calculation results.
Rubber mixture comprising at least the following constituents: - 15 to 55 phr of at least one natural polyisoprene and/or 15 to 55 phr of at least one synthetic polyisoprene and - 15 to 85 phr of at least one polybutadiene and - 25 to 55 phr of at least one carbon black and - 1 to 10 phr of at least one antiozonant wax, wherein the antiozonant wax comprises unbranched hydrocarbons having the following chain length distribution composed of at least the three regions A and B and C: i. region A: hydrocarbons having 26 to 31 carbon atoms ii. region B: hydrocarbons having 32 to 36 carbon atoms iii. region C: hydrocarbons having 37 to 47 carbon atoms, wherein the relative proportions of the regions A:B:C are 0.7 to 1.5:1:0.6 to 1.4, and - 2.0 to 2.4 phr of sulphur and - 0.9 to 1.3 phr of at least one sulphenamide accelerator. - 15 to 55 phr of at least one natural polyisoprene and/or 15 to 55 phr of at least one synthetic polyisoprene and - 15 to 85 phr of at least one polybutadiene and - 25 to 55 phr of at least one carbon black and - 1 to 10 phr of at least one antiozonant wax, wherein the antiozonant wax comprises unbranched hydrocarbons having the following chain length distribution composed of at least the three regions A and B and C: i. region A: hydrocarbons having 26 to 31 carbon atoms ii. region B: hydrocarbons having 32 to 36 carbon atoms iii. region C: hydrocarbons having 37 to 47 carbon atoms, wherein the relative proportions of the regions A:B:C are 0.7 to 1.5:1:0.6 to 1.4, and i. region A: hydrocarbons having 26 to 31 carbon atoms ii. region B: hydrocarbons having 32 to 36 carbon atoms iii. region C: hydrocarbons having 37 to 47 carbon atoms, wherein the relative proportions of the regions A:B:C are 0.7 to 1.5:1:0.6 to 1.4, and - 2.0 to 2.4 phr of sulphur and - 0.9 to 1.3 phr of at least one sulphenamide accelerator.
A terminal device configured to communicate with a base station apparatus through uplink, the terminal device comprising: a BSR generation unit configured to trigger a buffer status report, BSR, which is used to provide the base station apparatus with information on an amount of sidelink data available for transmission in a buffer of a first link which is used for communication between the terminal device and another terminal device (1B, 1C), and cancel the triggered buffer status report; and a transmission unit configured to perform, in a first mode or a second mode, transmission using the first link, wherein in the first mode, a resource for transmission of data of the first link is scheduled by the base station apparatus, in the second mode, a resource for transmission of data of the first link is selected by the terminal device from a resource pool, and in a case that the second mode is configured, all triggered buffer status reports are cancelled. a BSR generation unit configured to trigger a buffer status report, BSR, which is used to provide the base station apparatus with information on an amount of sidelink data available for transmission in a buffer of a first link which is used for communication between the terminal device and another terminal device (1B, 1C), and cancel the triggered buffer status report; and a transmission unit configured to perform, in a first mode or a second mode, transmission using the first link, wherein in the first mode, a resource for transmission of data of the first link is scheduled by the base station apparatus, in the second mode, a resource for transmission of data of the first link is selected by the terminal device from a resource pool, and in a case that the second mode is configured, all triggered buffer status reports are cancelled.
A process for production of flat glass fiber-containing pellets (100; 110), wherein a fiber bundle obtained by aligning together a plurality of long flat glass fiber filaments with flat cross-sections is drawn through the through-hole of a die having a through-hole formed therein, together with a molten thermoplastic resin and the thermoplastic resin-attached fiber bundle obtained by drawing is then cut, characterized in that said long flat glass fiber filaments have an elliptical cross-sectional shape or a flat oval shape having linear sections in the long diameter direction and have a short diameter of 4-15 μm, a long diameter of 15-80 μm and a compression in the range of 3-8, the long diameter and short diameter correspond, respectively, to length of the long side (Ra) of rectangle, corresponding to the maximum dimension of the fiber cross-section, and to length of the short side (Rb) of the same, where R is the rectangle of minimum area circumscribing the flat glass fiber filament, wherein the compression is the ratio of the long side length to the short side length (A/B) and wherein a binder component is attached around the periphery of the flat glass fiber filaments at the interface between the flat glass fiber filaments and the thermoplastic resin, said binder component including a film forming agent comprising olefin-based resins, urethane resins, acrylic resins or epoxy resins. a fiber bundle obtained by aligning together a plurality of long flat glass fiber filaments with flat cross-sections is drawn through the through-hole of a die having a through-hole formed therein, together with a molten thermoplastic resin and the thermoplastic resin-attached fiber bundle obtained by drawing is then cut, characterized in that
A slide closure for a vessel containing a molten metal, with a slide housing, a slide unit, longitudinally guided therein, with a push rod, a holder on the slide housing as well as a linear actuator, which is removably fixed in this holder, with a drive rod which can be connected to the push rod of the slide unit by a coupling, wherein the coupling is designed such that it couples in the linear actuator pushed into the holder by displacing the drive rod against the slide unit, wherein the coupling has a coupling part at the end on the push rod and a coupling part at the front end of the drive rod of the linear actuator which couple when displacing the drive rod, wherein a locking device which can be actuated by the linear actuator and interacts with the holder is provided, through which the linear actuator can be fixed after being pushed into the holder or can be unlocked again before removing same, wherein the linear actuator comprises a hydraulic cylinder, a main piston driving the drive rod into this, and an additional piston which can be moved independently thereof, for actuating the locking device, wherein the additional piston is provided with a locking head guided on the drive rod, which can be withdrawn when the additional piston is loaded in locking direction at the front from the inside of the hydraulic cylinder and can be inserted, preferably in form- and/or friction-locking manner, into a correspondingly formed recess in the holder of the hydraulic cylinder, while it can be removed from the recess when the additional piston of the locking device is loaded in unlocking direction, wherein this lateral recess is provided in the holder and in its formed recess, wherein the coupling can be uncoupled independently with removing the linear actuator from the holder transverse to the displacement direction of the drive rod.
A medical device for determining an atrial fibrillation, AF, episode, comprising: a sensor (200, 24) sensing a cardiac signal; and a processor configured to identify the cardiac signal sensed during a predetermined time interval as one of an AF event, a non-AF event, and an unclassified event, determine a number of identified AF events, determine a number of identified unclassified events, and determine that the AF episode is occurring in response to the number of identified AF events being greater than an AF event count threshold, the number of identified unclassified events being less than an unclassified event count threshold and no identified non-AF events, wherein an unclassified event is an event that can neither be classified as an AF event or a non-AF event. a sensor (200, 24) sensing a cardiac signal; and a processor configured to identify the cardiac signal sensed during a predetermined time interval as one of an AF event, a non-AF event, and an unclassified event, determine a number of identified AF events, determine a number of identified unclassified events, and determine that the AF episode is occurring in response to the number of identified AF events being greater than an AF event count threshold, the number of identified unclassified events being less than an unclassified event count threshold and no identified non-AF events, wherein an unclassified event is an event that can neither be classified as an AF event or a non-AF event.
An image coding method of performing coding processing by partitioning a picture (300, 400) into a plurality of slices (31, 32, 41, 42, 43, 44,... 4m), the image coding method comprising transmitting a bitstream which includes: a dependent slice enabling flag indicating whether or not the picture (300, 400) includes a dependent slice (42, 43, 44) on which the coding processing is performed depending on a result of the coding processing on a slice different from a current slice; a slice address indicating a starting position of the current slice; and a dependency indication indicating whether or not the current slice is the dependent slice (42, 43, 44), wherein the dependent slice enabling flag is disposed in a parameter set common to the slices, the slice address is disposed in a slice header of the current slice, and the dependency indication is disposed in the slice header, characterized in that the dependency indication is disposed before the slice address and after a syntax element identifying the parameter set.
Method for producing a nailproof roofing underlay, wherein the roofing underlay has an upper layer, which is at least single-layered and in particular faces the weathering side, and has a nailproof, at least two-layered layer structure, characterized in that, the upper layer is produced spatially and temporally separate from the nailproof layer structure, that the upper layer is connected to the at least two-layer layer structure, in particular in a solid and/or materially bonded manner, and in that the layer structure is temporarily stored, in particular in roll form, before the production of the roofing underlay.
Electronic equipment comprising a first subassembly and a second subassembly that are separable, the first subassembly comprising a cover including a first hole, the second subassembly comprising both a printed circuit having at least one microphone mounted thereon and including a second hole, and also a heatsink including a third hole, the electronic equipment further comprising a thermal pad including a fourth hole, and a compression element, the electronic equipment being arranged in such a manner that, once the electronic equipment is assembled, the heatsink is positioned between the cover and the printed circuit, the thermal pad is positioned between the cover and the heatsink, the first hole, the second hole, the third hole, and the fourth hole together define an acoustic duct that is arranged to enable the microphone to pick up sound signals coming from outside the electronic equipment, and the compression element compresses the thermal pad around the acoustic duct in order to ensure sound-proofing of the acoustic duct at an interface between the cover and the thermal pad and at an interface between the thermal pad and the heatsink.
An integrated circuit comprising: a transmitter having a data input coupled to receive a single-ended data signal, a reference input coupled to receive a bandgap reference, a first differential output, and a second differential output, wherein the transmitter is configured to, during normal operation, convert the single-ended data signal at the data input into a first differential signal at the first differential output and a second differential signal at the second differential output in which the first differential signal and the second differential signal are complementary to each other; a fault detection circuit coupled to the first and second differential outputs and configured to: detect a load short fault condition and a bandgap short condition based on the first and second differential signals at the first and second differential outputs while forcing the data input to zero. a transmitter having a data input coupled to receive a single-ended data signal, a reference input coupled to receive a bandgap reference, a first differential output, and a second differential output, wherein the transmitter is configured to, during normal operation, convert the single-ended data signal at the data input into a first differential signal at the first differential output and a second differential signal at the second differential output in which the first differential signal and the second differential signal are complementary to each other; a fault detection circuit coupled to the first and second differential outputs and configured to: detect a load short fault condition and a bandgap short condition based on the first and second differential signals at the first and second differential outputs while forcing the data input to zero.
Hard lead zirconate titanate ceramic of the general structure ABO 3, characterized in that the PZT ceramic has doping with Mn on the B sites and additionally doping with Cu on the A sites and/or on the B sites, wherein the A sites have at least one further doping with Na and/or K.
Transmission assembly consisting: on the one hand, of a clutch mechanism with an axis of rotation comprising: - a cover, - a pressure plate, and - a diaphragm interposed between the cover and the pressure plate and equipped with a central thrust cup attached to the centre of the diaphragm, and on the other hand, of a clutch control rod oriented along the axis of rotation of the mechanism and bearing a partially conical or spherical intermediate shoulder engaged in an orifice of complementing profile formed in the thrust cup so that when the rod is moved in the direction of the thrust cup, the clutch mechanism is configured into the clutch-disengaged position, characterized in that the connection between the rod and the thrust cup is prevented from rotating by means of a peripheral stop formed on the said rod and coming into engagement with a wedging element borne by the said thrust cup. on the one hand, of a clutch mechanism with an axis of rotation comprising: - a cover, - a pressure plate, and - a diaphragm interposed between the cover and the pressure plate and equipped with a central thrust cup attached to the centre of the diaphragm, and - a cover, - a pressure plate, and - a diaphragm interposed between the cover and the pressure plate and equipped with a central thrust cup attached to the centre of the diaphragm, and on the other hand, of a clutch control rod oriented along the axis of rotation of the mechanism and bearing a partially conical or spherical intermediate shoulder engaged in an orifice of complementing profile formed in the thrust cup so that when the rod is moved in the direction of the thrust cup, the clutch mechanism is configured into the clutch-disengaged position, characterized in that the connection between the rod and the thrust cup is prevented from rotating by means of a peripheral stop formed on the said rod and coming into engagement with a wedging element borne by the said thrust cup.
Process for the preparation of a compound of the Formula wherein X and Y are O or X and Y are S; R is a C 1-4 alkylene group which may optionally be substituted with one or more R 1; R 1 is a linear, branched and/or cyclic, saturated hydrocarbon group which optionally bears one or more functional groups; R 2 independently is H, alkyl, alkenyl or aryl; and R 3 and R 4 independently are H or -CN, provided that at least one of R 3 and R 4 is -CN; and R 5 is R 2, -CH 2 OR 2, ―CO 2 R 2 or which comprises reacting a compound of the Formula wherein X, Y, R, R 2 and R 5 are defined as above; with a compound of the Formula or (III') wherein R 3 and R 4 are defined as above. X and Y are O or X and Y are S; R is a C 1-4 alkylene group which may optionally be substituted with one or more R 1; R 1 is a linear, branched and/or cyclic, saturated hydrocarbon group which optionally bears one or more functional groups; R 2 independently is H, alkyl, alkenyl or aryl; and R 3 and R 4 independently are H or -CN, provided that at least one of R 3 and R 4 is -CN; and R 5 is R 2, -CH 2 OR 2, ―CO 2 R 2 or which comprises reacting a compound of the Formula wherein X, Y, R, R 2 and R 5 are defined as above; with a compound of the Formula or (III') wherein R 3 and R 4 are defined as above.
Testing station for a device for treating the surfaces of objects with rounded cross-sections and an at least partly electrically conductive outer wall, wherein the testing station comprises a voltage source, an electrode coupled to the voltage source and an evaluation unit, wherein the evaluation unit is configured to detect voltage changes between the electrode and a respective object arranged at the testing station: characterised in that the testing station comprises means for adjusting the distance between the electrode and a respective object located at the testing station and the testing station is designed to detect voltage changes between the electrode and a respective object arranged at the testing station without contact between the electrode and an object arranged at the testing station being necessary. characterised in that the testing station comprises means for adjusting the distance between the electrode and a respective object located at the testing station and the testing station is designed to detect voltage changes between the electrode and a respective object arranged at the testing station without contact between the electrode and an object arranged at the testing station being necessary.