mhurhangee/ep-ind-claims huggingface dataset:
A peritoneal dialysis machine having a machine housing and having a weighing pan for receiving one or more solution bags, wherein the weighing pan is connected to a weighing cell for weight measurement, characterized in that one or more torque limiting devices are provided which prevent the occurrence of a torque or of a torque exceeding a limit value in the weighing cell, with the torque limiting device being configured such that, with a torque acting on the weighing pan, it moves the weighing pan such that it comes into contact with the machine housing or with an element connected to the machine housing such that the torque is led off into the machine housing or into the element, with the torque limiting device having a first element and a second element, with the first element being formed by a body which has a recess of which at least one surface (320, 330) extends at an inclination with respect to the horizontal and with respect to the vertical, and with the second element being received in the recess, with the first element being rotatable relative to the second element, and with the torque limiting device furthermore having a torsion spring that has a first section which is connected to the weighing pan or to a body arranged at the weighing pan and is subjected to torsion on a tilt movement of the weighing pan.
A computer-implemented method for encoding a current block of image or video data, the method comprising: transforming data of the current block to produce transform coefficients; quantizing the transform coefficients to produce quantized transform coefficients, wherein the quantized transform coefficients include non-zero value coefficients and zero value coefficients; identifying, according to a first scan order, a first bounding box which encloses a first total number of coefficients, wherein the first total number of coefficients includes at least each of the non-zero value coefficients and a first number of the zero value coefficients; characterized by identifying, according to a second scan order, a second bounding box which encloses a second total number of coefficients, wherein the second total number of coefficients also includes at least each of the non-zero value coefficients and a second number of the zero value coefficients; determining that the first total number of coefficients is lower than the second total number of coefficients; and responsive to determining that the first total number of coefficients is lower than the second total number of coefficients, encoding, to a bitstream, data representative of the first total number of coefficients and dimensional information of the bounding box, wherein the dimensional information is configured to signal the bounding box to a decoder. transforming data of the current block to produce transform coefficients; quantizing the transform coefficients to produce quantized transform coefficients, wherein the quantized transform coefficients include non-zero value coefficients and zero value coefficients; identifying, according to a first scan order, a first bounding box which encloses a first total number of coefficients, wherein the first total number of coefficients includes at least each of the non-zero value coefficients and a first number of the zero value coefficients; characterized by identifying, according to a second scan order, a second bounding box which encloses a second total number of coefficients, wherein the second total number of coefficients also includes at least each of the non-zero value coefficients and a second number of the zero value coefficients; determining that the first total number of coefficients is lower than the second total number of coefficients; and responsive to determining that the first total number of coefficients is lower than the second total number of coefficients, encoding, to a bitstream, data representative of the first total number of coefficients and dimensional information of the bounding box, wherein the dimensional information is configured to signal the bounding box to a decoder.
A method of enabling a user of a process control system to obtain details of a process control object, the method being performed by a presenting control arrangement and characterized by comprising the steps of: - guiding the user carrying a mobile terminal to the vicinity of a first process control object, and when in this vicinity further perform - determining (68; 84) distances (D1, D2) between the mobile terminal of the user and process control objects (24, 26) in an area around the mobile terminal, - determining (68; 86) a primary process control object, which is the process control object that is closest to the mobile terminal in the area - obtaining (72; 88) process data (DA1, DA2, DA3) of the primary process control object, and - presenting (76, 78; 92, 94) representations (54, 56) of said process control objects on a display of the mobile terminal, where the presentation of the representation of the primary process control object is emphasized compared with the presentation of the other process control objects in the area, the process data of the primary process control object is presented together with the corresponding representation, and the amount of process data being presented increases with decreasing distance between the mobile terminal and the primary process control object. - guiding the user carrying a mobile terminal to the vicinity of a first process control object, and - determining (68; 84) distances (D1, D2) between the mobile terminal of the user and process control objects (24, 26) in an area around the mobile terminal, - determining (68; 86) a primary process control object, which is the process control object that is closest to the mobile terminal in the area - obtaining (72; 88) process data (DA1, DA2, DA3) of the primary process control object, and - presenting (76, 78; 92, 94) representations (54, 56) of said process control objects on a display of the mobile terminal, where the presentation of the representation of the primary process control object is emphasized compared with the presentation of the other process control objects in the area, the process data of the primary process control object is presented together with the corresponding representation, and the amount of process data being presented increases with decreasing distance between the mobile terminal and the primary process control object. the presentation of the representation of the primary process control object is emphasized compared with the presentation of the other process control objects in the area, the process data of the primary process control object is presented together with the corresponding representation, and the amount of process data being presented increases with decreasing distance between the mobile terminal and the primary process control object.
Module for processing geophysical data coming from at least one geophysical sensor, said module comprising: - an electronic board configured to enable the processing of geophysical data captured by said at least one geophysical sensor, - two cable sections each comprising, at one extremity, a connector designed to be connected to said electronic board, characterized in that each connector forming one half-cage, each connector being arranged so as to cooperate with one other half-cage in such a way as to form a cage in which the electronic board is placed, and in that, the module comprising a top cover and a bottom cover arranged so as to form a sub-assembly in which the electronic board is placed, the bottom cover, the top cover and the connectors cooperate so as to form a tightly sealed cage around the electronic board. - an electronic board configured to enable the processing of geophysical data captured by said at least one geophysical sensor, - two cable sections each comprising, at one extremity, a connector designed to be connected to said electronic board,
Transportable paint spraying device, with an electric pressure-generating unit, which is arranged in a housing, for generating an air stream which is introducible into an air hose which is coupleable to the housing and to which a spray unit is connectable, characterized in that a cable drum for a power cable of the electric pressure-generating unit and a hose drum for the air hose are arranged on the outside of the housing, wherein the cable drum and the hose drum are arranged parallel to each other and are separated from each other via a radial partition.
A computer implemented method for scheduling arrivals of a queue of aircraft at a fixed position, comprising: obtaining first and second controlled times of arrival for first and second aircraft approaching the fixed position, said first and second controlled times of arrival being separated by a separation time; calculating a first spacing buffer time which is dependent on the types of guidance equipage onboard the first and second aircraft, wherein more advanced guidance equipage results in a smaller spacing buffer time; reducing the first spacing buffer time to produce a reduced first spacing buffer time to accommodate a given desired throughput rate of aircraft at the fixed position, wherein the reduction of the first spacing buffer time is applied by favoring the aircraft with the smallest spacing buffer times by first reducing the largest spacing buffer time in the queue; calculating an updated second controlled time of arrival for the second aircraft, wherein the updated second controlled time of arrival is calculated by adding said separation time and said reduced first spacing buffer time to said first controlled time of arrival; and transmitting an instruction to the second aircraft that includes said updated second controlled time of arrival. obtaining first and second controlled times of arrival for first and second aircraft approaching the fixed position, said first and second controlled times of arrival being separated by a separation time; calculating a first spacing buffer time which is dependent on the types of guidance equipage onboard the first and second aircraft, wherein more advanced guidance equipage results in a smaller spacing buffer time; reducing the first spacing buffer time to produce a reduced first spacing buffer time to accommodate a given desired throughput rate of aircraft at the fixed position, wherein the reduction of the first spacing buffer time is applied by favoring the aircraft with the smallest spacing buffer times by first reducing the largest spacing buffer time in the queue; calculating an updated second controlled time of arrival for the second aircraft, wherein the updated second controlled time of arrival is calculated by adding said separation time and said reduced first spacing buffer time to said first controlled time of arrival; and transmitting an instruction to the second aircraft that includes said updated second controlled time of arrival.
A leaf seal arrangement, comprising: a first component having, in use, a high pressure area and a low pressure area therein; a second component which passes from the high pressure area to the low pressure area; a leaf seal having an array of leaf elements between the high and low pressure areas, each leaf element having a fixed end and a free end, wherein the fixed end is attached to the first component and the free end defines a sealing surface through which the second component sealably passes, a sealing gap therebetween; characterised in that. the sealing gap generally converges from the high pressure area toward the lower pressure area; and, wherein the leaf elements have an axial width between the high pressure area and the low pressure area, the convergent portion of the sealing surface extending across between 60% and 100% of the width of the sealing surface. a first component having, in use, a high pressure area and a low pressure area therein; a second component which passes from the high pressure area to the low pressure area; a leaf seal having an array of leaf elements between the high and low pressure areas, each leaf element having a fixed end and a free end, wherein the fixed end is attached to the first component and the free end defines a sealing surface through which the second component sealably passes, a sealing gap therebetween;
A benzotriazole derivative, which has a structural formula as shown below: wherein in the general formula, the group R' is selected from C 1-25 hydrocarbyl, C 3-25 linear or branched heteroalkyl and a hydrocarbyl having a number-average molecular weight Mn of 300-3000; n is selected from an integer of 0-10; n groups R 0 are identical to or different from each other and each independently selected from C 1-10 linear or branched alkylene,; n+2 groups A are identical to or different from each other and each independently selected from hydrogen, the group represented by formula, the group represented by formula, C 1-25 hydrocarbyl and a hydrocarbyl having a number-average molecular weight Mn of 300-3000, provided that at least one of said n+2 groups A is the group represented by formula, and at least one of said n+2 groups A is the group represented by formula; wherein if said at least one group A is C 10-25 linear or branched alkyl, C 10-25 linear or branched alkenyl or hydrocarbyl having a number-average molecular weight Mn of 300-3000, said group R' can also be hydrogen, wherein in the general formula and the general formula, the groups R 5 and R 6 are identical to or different from each other and each independently selected from C 1-20 hydrocarbyl; the groups X and Y are identical to or different from each other and each independently selected from oxygen atom and sulfur atom, two groups R" are identical to or different from each other and each independently selected from hydrogen and C 1-20 hydrocarbyl, groups R 1, R 2, R 3 and R 4 are identical to or different from each other and each independently selected from hydrogen and C 1-20 hydrocarbyl, one of R 2 and R 3 is C 1-10 linear or branched alkyl, the other is hydrogen, said linear or branched heteroalkyl refers to a group obtained by inserting the carbon-chain structure of the linear or branched alkyl with one or more hetero groups selected from -O-, -S- and -NR-, wherein the group R is selected from H and C 1-4 linear or branched alkyl, preferably selected from H and methyl.
A method for manufacturing an inner liner, in particular a cabinet liner or a door liner, of a refrigerator appliance; the method comprising the steps of: - preparing a polypropylene-based material comprising a propylene-ethylene copolymer having a main polypropylene chain with ethylene units arranged along the polypropylene chain; and at least one lamellar or fibrolamellar filler; - extruding the polypropylene-based material into sheets; - thermoforming a sheet of said polypropylene-based material onto a male mold to shape the liner; wherein the thermoforming step comprises the steps of: heating the sheet to reach an operating temperature between about 125°C and about 155°C, at which the sheet is thermoformable; and shaping the sheet onto an outer shaping surface of the male mold. - preparing a polypropylene-based material comprising a propylene-ethylene copolymer having a main polypropylene chain with ethylene units arranged along the polypropylene chain; and at least one lamellar or fibrolamellar filler; - extruding the polypropylene-based material into sheets; - thermoforming a sheet of said polypropylene-based material onto a male mold to shape the liner;
A fluid shunt system (1, 4), comprising: a filter (10, 41) comprising an accommodation chamber, an inlet, a first outlet, a second outlet and a filter element, said inlet, said first outlet and said second outlet being respectively disposed in communication with said accommodation chamber, said filter element being mounted inside said accommodation chamber and aimed at said first outlet; a shunt device (20, 42) connected to said filter (10, 41), said shunt device (20, 42) comprising a first flow path and a second flow path, said first flow path defining an inlet and an outlet, the diameter of said first flow path being larger than the diameter of said second flow path, said second flow path having two opposing ends thereof respectively connected to said first flow path and the second outlet of said filter (10, 41), one of the two opposing ends of said second flow path being disposed between the inlet and outlet of said first flow path; and a water pump (30, 43) connected between the first outlet of said filter (10, 41) and the inlet of said first flow path of said shunt device (20, 42). a filter (10, 41) comprising an accommodation chamber, an inlet, a first outlet, a second outlet and a filter element, said inlet, said first outlet and said second outlet being respectively disposed in communication with said accommodation chamber, said filter element being mounted inside said accommodation chamber and aimed at said first outlet; a shunt device (20, 42) connected to said filter (10, 41), said shunt device (20, 42) comprising a first flow path and a second flow path, said first flow path defining an inlet and an outlet, the diameter of said first flow path being larger than the diameter of said second flow path, said second flow path having two opposing ends thereof respectively connected to said first flow path and the second outlet of said filter (10, 41), one of the two opposing ends of said second flow path being disposed between the inlet and outlet of said first flow path; and a water pump (30, 43) connected between the first outlet of said filter (10, 41) and the inlet of said first flow path of said shunt device (20, 42).
A method of determining concentrations of BCAAs, comprising: placing at least one unfiltered in vitro serum or plasma sample in an NMR spectrometer having a static magnetic field B 0; electronically obtaining an NMR spectrum of the sample that includes peaks associated with a plurality of BCAAs; deconvolving the NMR spectrum using defined curve fitting functions, wherein the deconvolving is carried out using a baseline that is fit using protein and lipoprotein components; computing unitless intensity signals from the deconvolved spectrum associated with respective BCAAs; then electronically calculating concentrations of the plurality of BCAAs using respective correlations of values of the computed intensity signals with known concentrations of corresponding BCAAs, wherein the BCAAs comprise valine, isoleucine and leucine. placing at least one unfiltered in vitro serum or plasma sample in an NMR spectrometer having a static magnetic field B 0; electronically obtaining an NMR spectrum of the sample that includes peaks associated with a plurality of BCAAs; deconvolving the NMR spectrum using defined curve fitting functions, wherein the deconvolving is carried out using a baseline that is fit using protein and lipoprotein components; computing unitless intensity signals from the deconvolved spectrum associated with respective BCAAs; then electronically calculating concentrations of the plurality of BCAAs using respective correlations of values of the computed intensity signals with known concentrations of corresponding BCAAs, wherein the BCAAs comprise valine, isoleucine and leucine.
A filter cigarette (10, 20, 30) with variable ventilation comprising: a rod of smokable material; a mouthpiece attached to the rod of smokable material, the mouthpiece comprising an element rotatable relative to the rest of filter cigarette about the longitudinal axis thereof to vary the ventilation of the filter cigarette; and a ventilation indicator comprising a scale extending circumferentially about the periphery of the filter cigarette and a cursor, wherein the scale is symmetric about the longitudinal axis of the filter cigarette and the cursor and the scale are rotatable relative to one another about the longitudinal axis of the filter cigarette, one of the cursor and the scale rotating with the rotatable element, the level of ventilation being indicated by the longitudinal distance between the cursor and a longitudinally aligned point on the scale. a rod of smokable material; a mouthpiece attached to the rod of smokable material, the mouthpiece comprising an element rotatable relative to the rest of filter cigarette about the longitudinal axis thereof to vary the ventilation of the filter cigarette; and a ventilation indicator comprising a scale extending circumferentially about the periphery of the filter cigarette and a cursor, wherein the scale is symmetric about the longitudinal axis of the filter cigarette and the cursor and the scale are rotatable relative to one another about the longitudinal axis of the filter cigarette, one of the cursor and the scale rotating with the rotatable element, the level of ventilation being indicated by the longitudinal distance between the cursor and a longitudinally aligned point on the scale.
A composition comprising: an impact modified styrene-containing polymer; at least one bromine-containing flame retardant; at least one dialkyl phosphinic acid metal salt M 1 n+ (R 1 R 2 PO 2) n wherein M 1 is a metal cation with valence n and R 1, R 2 are alkyl groups which may be the same or different; at least one anti-dripping agent, wherein the total concentration of the bromine-containing flame retardant and the dialkyl phosphinic acid metal salt is less than 28% by weight based on the sum of all components in the composition, wherein said composition is free of antimony and meets UL-94 V-1/1.6 mm or UL-94 V-0/1.6 mm test requirements. an impact modified styrene-containing polymer; at least one bromine-containing flame retardant; at least one dialkyl phosphinic acid metal salt M 1 n+ (R 1 R 2 PO 2) n wherein M 1 is a metal cation with valence n and R 1, R 2 are alkyl groups which may be the same or different; at least one anti-dripping agent, wherein the total concentration of the bromine-containing flame retardant and the dialkyl phosphinic acid metal salt is less than 28% by weight based on the sum of all components in the composition, wherein said composition is free of antimony and meets UL-94 V-1/1.6 mm or UL-94 V-0/1.6 mm test requirements.
Method for the manufacture a wheel rim with a rim base made of fibre-reinforced composite, characterised in that during the manufacture of the rim base a connecting element (3, 13, 21, 31, 42, 51) is joined to the rim base, where the connecting element (3, 13, 21, 31, 42, 51) is designed and arranged in such a way that a wheel disc (4, 14, 22, 36, 45) can be connected to the connecting element (3, 13, 21, 31, 42, 51).