mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling the pressure of a two-wheeled vehicle tire, in particular of a bicycle tire, comprising following method steps: - the actual pressure of the two-wheeled vehicle tire is determined, - a target pressure of the two-wheeled vehicle tire is determined, - the actual pressure is compared with the target pressure, - the actual pressure and/or the target pressure or the difference between target pressure and actual pressure of the two-wheeled vehicle tire are displayed or signalled, characterised in that information which corresponds to the target pressure or allows a determination of the target pressure is taken from a database, and/or that information made available by the user is used for the determination of the target pressure, wherein the information made available by the user concerns the weight of additional loads and/or the route profile of the route to be traversed. - the actual pressure of the two-wheeled vehicle tire is determined, - a target pressure of the two-wheeled vehicle tire is determined, - the actual pressure is compared with the target pressure, - the actual pressure and/or the target pressure or the difference between target pressure and actual pressure of the two-wheeled vehicle tire are displayed or signalled,
A method for encoding 3D video data, the 3D video data comprising checkerboard multiplexed image data comprising left view picture data and right view picture data that are multiplexed in a checkerboard arrangement, the method comprising: generating checkerboard multiplexed residual data according to a video coding standard from the checkerboard multiplexed image data and from checkerboard multiplexed reference data, the checkerboard multiplexed reference data coming from a motion estimation and compensation loop, the checkerboard multiplexed residual data comprising left view residual data and right view residual data, de-multiplexing the checkerboard multiplexed residual data to generate a plurality of de-multiplexed residual data sets that comprise an even row left view residual data set, an odd row left view residual data set, an even row right view residual data set, and an odd row right view residual data set, and performing, for each of the plurality of de-multiplexed residual data sets, a respective transform and quantization process. generating checkerboard multiplexed residual data according to a video coding standard from the checkerboard multiplexed image data and from checkerboard multiplexed reference data, the checkerboard multiplexed reference data coming from a motion estimation and compensation loop, the checkerboard multiplexed residual data comprising left view residual data and right view residual data, de-multiplexing the checkerboard multiplexed residual data to generate a plurality of de-multiplexed residual data sets that comprise an even row left view residual data set, an odd row left view residual data set, an even row right view residual data set, and an odd row right view residual data set, and performing, for each of the plurality of de-multiplexed residual data sets, a respective transform and quantization process.
Arrangement with at least two bus subscribers (1; 2), a voltage source shared therebetween and connected to two current lines (5, 6) as well as a bus having at least one bus line (10, 11), wherein each of the bus subscribers (1; 2) has in each case two power supply terminals (3, 4; 18, 19) for connection to the two current lines (5, 6), at least one bus line terminal (7, 8; 20, 21) for connection to the bus and a bus interface circuit (12; 22) for controlling a data traffic by way of the bus, characterised in that a controllable switch (15, 16; 24, 25) is located in each of the bus subscribers (1; 2) between its bus interface circuit (12; 22) and its at least one bus line terminal (7, 8; 20, 21) and that each bus subscriber (1; 2) contains a sensor circuit (17; 26), which is embodied to record the voltage between its power supply terminals (3, 4; 18, 19) or a voltage derived therefrom and to close the controllable switch (15; 16; 24, 25) if the recorded voltage exceeds a threshold value and to open the same if the recorded voltage does not reach the threshold value in order to prevent a cross current via the bus if, with one of the bus subscribers (e.g. 2), only one of its power supply terminals (e.g. 18) is connected with the assigned current line.
A toner container, comprising: a first electrode (321, 322) disposed within the toner container; a second electrode (309, 603) electrically connected to the first electrode and disposed within the toner container opposite the first electrode; and a sense electrode disposed between the first electrode and the second electrode, the sense electrode and the first electrode forming a first capacitor having a first capacitance that changes in response to a change in toner amount existing therebetween, and the sense electrode and the second electrode forming a second capacitor having a second capacitance that changes in response to a change in toner amount existing therebetween, wherein the first capacitor is formed by the first electrode and a first side surface area of the sense electrode and the second capacitor is formed by the second electrode and a second side surface area of the sense electrode, characterised in that the toner container further comprises a roller, wherein the second electrode includes a doctor blade positioned in proximity to the roller for removing or smoothing a part of a layer of toner on the roller.. a first electrode (321, 322) disposed within the toner container; a second electrode (309, 603) electrically connected to the first electrode and disposed within the toner container opposite the first electrode; and a sense electrode disposed between the first electrode and the second electrode, the sense electrode and the first electrode forming a first capacitor having a first capacitance that changes in response to a change in toner amount existing therebetween, and the sense electrode and the second electrode forming a second capacitor having a second capacitance that changes in response to a change in toner amount existing therebetween, wherein the first capacitor is formed by the first electrode and a first side surface area of the sense electrode and the second capacitor is formed by the second electrode and a second side surface area of the sense electrode, characterised in that the toner container further comprises a roller, wherein the second electrode includes a doctor blade positioned in proximity to the roller for removing or smoothing a part of a layer of toner on the roller..
Use of a molding compound comprising or consisting of the following components: 37 to 90 wt% of a polyamide mixture consisting of the components and, wherein 75 - 95 wt% at least one aliphatic polyamide comprising at least one PA unit V16 (V = acyclic aliphatic diamine having 4 to 12 carbon atoms, 16 = 1,16-hexadecaneidioic acid); and 5 - 25 wt% at least one transparent polyamide VX/WX/VY/WY/Z, where at least one of the polyamide units WX or WY is present and where the abbreviations V to Z are derived from the following molecules: V: acyclic aliphatic diamine having 4 to 12 carbon atoms; W: cycloaliphatic diamine; X: acyclic aliphatic dicarboxylic acids having 9 to 18 carbon atoms; Y: aromatic dicarboxylic acids; Z: lactams and aminocarboxylic acids having 6 to 12 carbon atoms; where the sum of and produces the totality of the polyamide mixture; 10 - 60 wt% fillers or reinforcements; 0 - 3 wt% auxiliary substances and/or additives; where the sum of the components to adds up to 100 wt%, for the manufacture of a molded body for drinking water, in particular of a container, a fitting, or a pipe, where at least regions of the processed molding compound are directly in contact with the drinking water at times or permanently during its intended use. 37 to 90 wt% of a polyamide mixture consisting of the components and, wherein 75 - 95 wt% at least one aliphatic polyamide comprising at least one PA unit V16 (V = acyclic aliphatic diamine having 4 to 12 carbon atoms, 16 = 1,16-hexadecaneidioic acid); and 5 - 25 wt% at least one transparent polyamide VX/WX/VY/WY/Z, where at least one of the polyamide units WX or WY is present and where the abbreviations V to Z are derived from the following molecules: V: acyclic aliphatic diamine having 4 to 12 carbon atoms; W: cycloaliphatic diamine; X: acyclic aliphatic dicarboxylic acids having 9 to 18 carbon atoms; Y: aromatic dicarboxylic acids; Z: lactams and aminocarboxylic acids having 6 to 12 carbon atoms; where the sum of and produces the totality of the polyamide mixture; 75 - 95 wt% at least one aliphatic polyamide comprising at least one PA unit V16 (V = acyclic aliphatic diamine having 4 to 12 carbon atoms, 16 = 1,16-hexadecaneidioic acid); and 5 - 25 wt% at least one transparent polyamide VX/WX/VY/WY/Z, where at least one of the polyamide units WX or WY is present and where the abbreviations V to Z are derived from the following molecules: V: acyclic aliphatic diamine having 4 to 12 carbon atoms; W: cycloaliphatic diamine; X: acyclic aliphatic dicarboxylic acids having 9 to 18 carbon atoms; Y: aromatic dicarboxylic acids; Z: lactams and aminocarboxylic acids having 6 to 12 carbon atoms; 10 - 60 wt% fillers or reinforcements; 0 - 3 wt% auxiliary substances and/or additives; where the sum of the components to adds up to 100 wt%, for the manufacture of a molded body for drinking water, in particular of a container, a fitting, or a pipe, where at least regions of the processed molding compound are directly in contact with the drinking water at times or permanently during its intended use.
A clip for holding at least one photovoltaic structure to a support structure, said clip comprising: a clip frame having a bottom extension for securing the clip to the support structure, a top extension for holding the at least one photovoltaic structure to the support structure, and a sidewall connecting one end of the bottom extension to one end of the top extension; and a c-shaped holding element having a bottom section, a top section, and a vertical barrier abutting the sidewall and connecting the bottom section and the top section to form a channel for holding an edge portion of the photovoltaic structure, wherein the top extension comprises a top surface and at least two protruding angled structures located on the top surface and configured to cooperate with the respective c-shaped holding element to hold the c-shaped holding element in place with the clip frame. a clip frame having a bottom extension for securing the clip to the support structure, a top extension for holding the at least one photovoltaic structure to the support structure, and a sidewall connecting one end of the bottom extension to one end of the top extension; and a c-shaped holding element having a bottom section, a top section, and a vertical barrier abutting the sidewall and connecting the bottom section and the top section to form a channel for holding an edge portion of the photovoltaic structure, wherein the top extension comprises a top surface and at least two protruding angled structures located on the top surface and configured to cooperate with the respective c-shaped holding element to hold the c-shaped holding element in place with the clip frame.
Method for diagnosing Alzheimer's disease in a patient, comprising: creating an expression profile of miRNAs from a blood sample provided from a patient, and comparing the expression level of an miRNA which comprises a sequence selected from hsa-miR-345-5p and/or which comprises a sequence deviating from this sequence by, in each case, up to 3 bases, preferably up to 2 bases, further preferably 1 base, with a reference level, the comparison allowing the diagnosis of Alzheimer's disease. creating an expression profile of miRNAs from a blood sample provided from a patient, and comparing the expression level of an miRNA which comprises a sequence selected from hsa-miR-345-5p and/or which comprises a sequence deviating from this sequence by, in each case, up to 3 bases, preferably up to 2 bases, further preferably 1 base, with a reference level, the comparison allowing the diagnosis of Alzheimer's disease.
A money processing apparatus, comprising: a dispensing unit; an escape unit; one storage unit, among one or more storage units (24a-24d), configured to store banknotes of different kinds of denominations which include at least a banknote of a first denomination and a banknote of a second denomination; and a control unit configured to perform a dispensing processing such that the banknote of the first denomination and the banknote of the second denomination both to be dispensed from the one storage unit are grouped for each of the denominations and dispensed to the dispensing unit, wherein the dispensing processing includes a first dispensing processing and a second dispensing processing, the control unit is further configured to perform the first dispensing processing including processing in which the banknote of the first denomination fed out from the one storage unit is transported to the dispensing unit and a banknote of a denomination other than the first denomination fed out from the one storage unit is transported to the escape unit, the processing being repeated until a number of banknotes of the first denomination that have been transported to the dispensing unit reaches a dispensing number of the first denomination, and the control unit is further configured to perform, after performing the first dispensing processing, the second dispensing processing in which the banknote of the second denomination fed out from the one storage unit is transported to the dispensing unit. a dispensing unit; an escape unit; one storage unit, among one or more storage units (24a-24d), configured to store banknotes of different kinds of denominations which include at least a banknote of a first denomination and a banknote of a second denomination; and a control unit configured to perform a dispensing processing such that the banknote of the first denomination and the banknote of the second denomination both to be dispensed from the one storage unit are grouped for each of the denominations and dispensed to the dispensing unit, wherein the dispensing processing includes a first dispensing processing and a second dispensing processing, the control unit is further configured to perform the first dispensing processing including processing in which the banknote of the first denomination fed out from the one storage unit is transported to the dispensing unit and a banknote of a denomination other than the first denomination fed out from the one storage unit is transported to the escape unit, the processing being repeated until a number of banknotes of the first denomination that have been transported to the dispensing unit reaches a dispensing number of the first denomination, and the control unit is further configured to perform, after performing the first dispensing processing, the second dispensing processing in which the banknote of the second denomination fed out from the one storage unit is transported to the dispensing unit.
A ketoreductase polypeptide capable of converting the substrate, methyl-2-benzamidomethyl-3-oxobutyrate, to the product, 2S, 3R-methyl-2-benzamidomethyl-3-hydroxybutyrate, with a percent stereomeric excess of at least 60%, which comprises an amino acid sequence: (i) that is at least 85% identical to a reference sequence based on SEQ ID NO:2 or 4 or 86 having the following features: residue corresponding to X94 is threonine; residue corresponding to X199 is histidine and residue corresponding to X202 is valine or leucine; and (ii) in which the residue corresponding to X94 is alanine or threonine; residue corresponding to X199 is alanine, histidine, or asparagine; and residue corresponding to X202 is valine or leucine. (i) that is at least 85% identical to a reference sequence based on SEQ ID NO:2 or 4 or 86 having the following features: residue corresponding to X94 is threonine; residue corresponding to X199 is histidine and residue corresponding to X202 is valine or leucine; and (ii) in which the residue corresponding to X94 is alanine or threonine; residue corresponding to X199 is alanine, histidine, or asparagine; and residue corresponding to X202 is valine or leucine.
A computer-implemented migration service method for software modules (111, 112, 121, 122), the method comprising: detecting a security flaw in a first environment in which the software modules (111, 112) are running by detecting security issues related to the software modules running on the first environment in a subscribed mailing list, on a web page, in a database or a web forum; when a security flaw is detected, identifying the software modules which are sensitive to the security flaw based on a pre-determined or calculated sensitivity rating; and migrating the identified software modules from the first environment to a second environment. detecting a security flaw in a first environment in which the software modules (111, 112) are running by detecting security issues related to the software modules running on the first environment in a subscribed mailing list, on a web page, in a database or a web forum; when a security flaw is detected, identifying the software modules which are sensitive to the security flaw based on a pre-determined or calculated sensitivity rating; and migrating the identified software modules from the first environment to a second environment.
A dressing for treating a tissue site, comprising: a fluid transport layer for providing fluid communication with the tissue site comprising a first side, a second side and a periphery, the fluid transport layer being configured to be in fluid communication with the tissue site, the first side of the fluid transport layer adapted to be positioned facing the tissue site; an offloading layer in fluid communication with the fluid transport layer, the offloading layer comprising a force offloading region and a target region; and a liquid deflector positioned between the second side of the fluid transport layer and the offloading layer, the liquid deflector configured to deflect a liquid from the tissue site into contact with the target region of the offloading layer; and wherein the target region of the offloading layer is adapted to expand normal to the fluid transport layer upon contact with the liquid, and wherein the force offloading region of the offloading layer is adapted to be substantially free of expansion, wherein the target region is for positioning at or around the periphery of the tissue site and the liquid deflector, and the force offloading region is for covering the tissue site. a fluid transport layer for providing fluid communication with the tissue site comprising a first side, a second side and a periphery, the fluid transport layer being configured to be in fluid communication with the tissue site, the first side of the fluid transport layer adapted to be positioned facing the tissue site; an offloading layer in fluid communication with the fluid transport layer, the offloading layer comprising a force offloading region and a target region; and a liquid deflector positioned between the second side of the fluid transport layer and the offloading layer, the liquid deflector configured to deflect a liquid from the tissue site into contact with the target region of the offloading layer; and
An apparatus, comprising: a first marker coupled to a garment at a first location, a second marker coupled to the garment at a second location, the garment being substantially planar and configured to be adhesively coupled to a dynamic body, wherein the first and second markers change in orientation relative to each other during a path of motion of the dynamic body; a first element coupled to the garment proximate the location of the first marker; and a second element coupled to the garment proximate the location of the second marker, the first element and the second element each being coupled to a receiving device and configured to simultaneously send to the receiving device position data associated with a plurality of positions in three-dimensional space of the first element and position data associated with a plurality of positions in three-dimensional space of the second element during the path of motion of the dynamic body, wherein the receiving device determines a vector distance between the position of the first element and the position of the second element based on the position data for each instant of time for a plurality of instants of time during the motion of the dynamic body. a first marker coupled to a garment at a first location, a second marker coupled to the garment at a second location, the garment being substantially planar and configured to be adhesively coupled to a dynamic body, wherein the first and second markers change in orientation relative to each other during a path of motion of the dynamic body; a first element coupled to the garment proximate the location of the first marker; and a second element coupled to the garment proximate the location of the second marker, the first element and the second element each being coupled to a receiving device and configured to simultaneously send to the receiving device position data associated with a plurality of positions in three-dimensional space of the first element and position data associated with a plurality of positions in three-dimensional space of the second element during the path of motion of the dynamic body, wherein the receiving device determines a vector distance between the position of the first element and the position of the second element based on the position data for each instant of time for a plurality of instants of time during the motion of the dynamic body.