mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: in response to a computing device determining that a native application needs to execute code that is executable by a JAVA virtual machine that is not yet executing on the computing device, (a) creating the JAVA virtual machine as a JAVA library that is embedded within the native application and (b) establishing, by the computing device, a communication channel to facilitate communications between a native entity executed by the computing device and the JAVA virtual machine executed by the computing device, wherein the native entity is configured to run on the computing device's operating system; and enabling, by the computing device, communication of one or more messages using a networking style layered protocol between the native entity and the JAVA virtual machine using the communication channel. in response to a computing device determining that a native application needs to execute code that is executable by a JAVA virtual machine that is not yet executing on the computing device, (a) creating the JAVA virtual machine as a JAVA library that is embedded within the native application and (b) establishing, by the computing device, a communication channel to facilitate communications between a native entity executed by the computing device and the JAVA virtual machine executed by the computing device, wherein the native entity is configured to run on the computing device's operating system; and enabling, by the computing device, communication of one or more messages using a networking style layered protocol between the native entity and the JAVA virtual machine using the communication channel.
A hair removal tool comprising: a driver that electrically drives a blade; a load detector that detects an amount of a load applied to the driver; characterized by a controller that shifts a drive mode of the driver among a first drive mode, in which the driver is driven at a first drive speed, a second drive mode, in which the driver is driven at a second drive speed, which is higher than the first drive speed, and a transition mode, in which the driver is driven at a transition speed that is higher than the second drive speed, wherein the controller shifts the drive mode from the first drive mode to the transition mode and then, after a first time period has elapsed, to the second drive mode, if the detected amount of load has exceeded a first threshold value, wherein the first time period is set that is from when the drive mode is shifted from the first drive mode to the transition mode until the drive mode is shifted from the transition mode to the second drive mode, and wherein the controller shifts the drive mode from the second drive mode to the first drive mode, if the detected amount of load has fallen below a second threshold and if a second time period has elapsed upon the drive mode having been shifted from the transition mode to the second drive mode, and wherein the first time period is shorter than the second time period. a driver that electrically drives a blade; a load detector that detects an amount of a load applied to the driver; characterized by a controller that shifts a drive mode of the driver among a first drive mode, in which the driver is driven at a first drive speed, a second drive mode, in which the driver is driven at a second drive speed, which is higher than the first drive speed, and a transition mode, in which the driver is driven at a transition speed that is higher than the second drive speed, wherein the controller shifts the drive mode from the first drive mode to the transition mode and then, after a first time period has elapsed, to the second drive mode, if the detected amount of load has exceeded a first threshold value, wherein the first time period is set that is from when the drive mode is shifted from the first drive mode to the transition mode until the drive mode is shifted from the transition mode to the second drive mode, and wherein the controller shifts the drive mode from the second drive mode to the first drive mode, if the detected amount of load has fallen below a second threshold and if a second time period has elapsed upon the drive mode having been shifted from the transition mode to the second drive mode, and wherein the first time period is shorter than the second time period.
A liquid, inanimate surface treatment composition which imparts a microbicidal benefit to treated surfaces which composition consists essentially of: a zinc ion source material which releases zinc ions into the treatment composition, preferably a source of Zn ++ ions; at least 35% wt up to but less than 45wt% of at least one C 1 - C 3 monohydric aliphatic alcohol; water; at least one detersive surfactant, other than a cationic quaternary ammonium compound; and a buffer or pH adjusting agent to impart an alkaline pH; wherein the composition has a pH of 9 to 11.5; wherein the surface treatment compositions are characterized in exhibiting a 2 log 10 reduction against poliovirus type 1 (Sabin) ("PV1"), when tested according to one or more of the following standardized test protocols: ASTM E1052 Standard Test Method for Efficacy of Antimicrobial Agents against Viruses in Suspension, or ASTM E1053 Standard Test Method to Assess Virucidal Activity of Chemicals Intended for Disinfection of Inanimate, Nonporous Environmental Surfaces. a zinc ion source material which releases zinc ions into the treatment composition, preferably a source of Zn ++ ions; at least 35% wt up to but less than 45wt% of at least one C 1 - C 3 monohydric aliphatic alcohol; water; at least one detersive surfactant, other than a cationic quaternary ammonium compound; and a buffer or pH adjusting agent to impart an alkaline pH; wherein the composition has a pH of 9 to 11.5; wherein the surface treatment compositions are characterized in exhibiting a 2 log 10 reduction against poliovirus type 1 (Sabin) ("PV1"), when tested according to one or more of the following standardized test protocols: ASTM E1052 Standard Test Method for Efficacy of Antimicrobial Agents against Viruses in Suspension, or ASTM E1053 Standard Test Method to Assess Virucidal Activity of Chemicals Intended for Disinfection of Inanimate, Nonporous Environmental Surfaces.
A surgical stapling and cutting instrument, comprising: a displacement member; a motor coupled to a proximal end of the displacement member to translate the displacement member; a control circuit coupled to the motor; a sensor (1200, 1202, 1204) coupled to the control circuit, the sensor configured to measure an articulation angle of an end effector relative to a longitudinally extending shaft; wherein the control circuit is configured to determine the articulation angle between the end effector and the longitudinally extending shaft; characterised in that the control circuit is further configured to set the motor velocity based on the articulation angle. a displacement member; a motor coupled to a proximal end of the displacement member to translate the displacement member; a control circuit coupled to the motor; a sensor (1200, 1202, 1204) coupled to the control circuit, the sensor configured to measure an articulation angle of an end effector relative to a longitudinally extending shaft; wherein the control circuit is configured to determine the articulation angle between the end effector and the longitudinally extending shaft; characterised in that the control circuit is further configured to set the motor velocity based on the articulation angle.
A backlit tension fabric popup display, comprising: an exhibit grid frame; a plurality of backlit grooved straight rods; wherein the exhibit grid frame is composed of a plurality of X-shaped pull rods; the pull rods are connected to each other by plastic parts with nails; link parts are located inside the exhibit grid frame, and the link parts are fixed to two symmetrically arranged plastic parts with nails when the exhibit grid frame is open; corner grooved plastic parts engaged with the backlit grooved straight rods are fixed to the plastic parts with nails at each corner of the exhibit grid frame; four sides on one plane or eight sides on two planes of the exhibit grid frame are all connected to the backlit grooved straight rods by the corner grooved plastic parts at both ends of the each side; a display is formed on the one plane or the two planes by inserting silicone strips at edges of the display into corresponding grooves of the backlit grooved straight rods; wherein the X-shaped pull rods are provided between the two planes; characterized in that the backlit tension fabric popup display further comprises a plurality of columns of LED light bars, wherein each column of LED light bars includes a plurality of intra-columns of roller-shutter-style LED light bars, wherein the plurality of intra-columns of roller-shutter-style LED light bars are suspended on light bar hooks (7A, 7B) between an upper and a lower X-shaped pull rods. an exhibit grid frame; a plurality of backlit grooved straight rods; wherein the exhibit grid frame is composed of a plurality of X-shaped pull rods; the pull rods are connected to each other by plastic parts with nails; link parts are located inside the exhibit grid frame, and the link parts are fixed to two symmetrically arranged plastic parts with nails when the exhibit grid frame is open; corner grooved plastic parts engaged with the backlit grooved straight rods are fixed to the plastic parts with nails at each corner of the exhibit grid frame; four sides on one plane or eight sides on two planes of the exhibit grid frame are all connected to the backlit grooved straight rods by the corner grooved plastic parts at both ends of the each side; a display is formed on the one plane or the two planes by inserting silicone strips at edges of the display into corresponding grooves of the backlit grooved straight rods; wherein the X-shaped pull rods are provided between the two planes; characterized in that the backlit tension fabric popup display further comprises a plurality of columns of LED light bars, wherein each column of LED light bars includes a plurality of intra-columns of roller-shutter-style LED light bars, wherein the plurality of intra-columns of roller-shutter-style LED light bars are suspended on light bar hooks (7A, 7B) between an upper and a lower X-shaped pull rods.
An apparatus for aerosol delivery of a substance, the apparatus comprising: - a chamber for holding a substance therein; - a flexible membrane comprising a plurality of apertures therethrough; - a vibrator for vibrating the flexible membrane; - a spring element attached or connected to the vibrator; and - a magnetic coupling configured to removably magnetically couple the flexible membrane to the vibrator such that the vibrator delivers vibrations to the spring and thus to the flexible membrane to cause the flow of aerosol droplets of the substance to be ejected through the plurality of apertures; and wherein for the magnetic coupling: i) a magnetic member configured to attach the flexible membrane and the spring element together is provided; or ii) the membrane is made of magnetic material. - a chamber for holding a substance therein; - a flexible membrane comprising a plurality of apertures therethrough; - a vibrator for vibrating the flexible membrane; - a spring element attached or connected to the vibrator; and - a magnetic coupling configured to removably magnetically couple the flexible membrane to the vibrator such that the vibrator delivers vibrations to the spring and thus to the flexible membrane to cause the flow of aerosol droplets of the substance to be ejected through the plurality of apertures; i) a magnetic member configured to attach the flexible membrane and the spring element together is provided; or ii) the membrane is made of magnetic material.
A peptide of between 8 and 20 amino acids comprising at least 8 consecutive amino acids residues with a sequence present in SEQ ID NO 46, wherein at least one of the 8 consecutive amino acids residues selected from the sequence present in SEQ ID NO 46 is citrulline.
A method for an in-vehicle computing system, comprising: receiving aggregated input from a wearable device, the aggregated input regarding a physical condition and an environment of a user of the wearable device; automatically selecting settings for one or more components of the in-vehicle computing system, before receiving input from the user via a user interface, based on the aggregated input, the settings adjusted for the user based on a change in the physical condition and environment of the user; and transmitting control instructions to the one or more components of the in-vehicle computing system based on the automatically selected settings, wherein the wearable device is worn by the user; and the aggregated input from the wearable device is received while the user is outside the vehicle. receiving aggregated input from a wearable device, the aggregated input regarding a physical condition and an environment of a user of the wearable device; automatically selecting settings for one or more components of the in-vehicle computing system, before receiving input from the user via a user interface, based on the aggregated input, the settings adjusted for the user based on a change in the physical condition and environment of the user; and transmitting control instructions to the one or more components of the in-vehicle computing system based on the automatically selected settings, wherein the wearable device is worn by the user; and the aggregated input from the wearable device is received while the user is outside the vehicle.
Coupling device (7; 7'; 7"), comprising - a first wheel (1; 1'; 1"), - a second wheel (2; 2'; 2"), - a horology lever comprising: - at least a first element (61; 61'; 61") for guiding in rotation of the first wheel (1; 1'; 1"), - at least one friction element (62; 62'; 62") which is designed to co-operate with an at least substantially cylindrical portion (10c; 10c'; 10c") of the first wheel, - at least one resilient element (63; 63'; 63"), which is designed to return resiliently the at least one friction element (62; 62'; 62") to a state of co-operation with the said portion (10c; 10c'; 10c") of the first wheel (1; 1'; 1"), notably in contact with the said portion (10c; 10c'; 10c") of the first wheel (1; 1'; 1"), the lever being provided with a first arm, a flank of which is designed to be actuated by an additional control mechanism, and the first wheel (1; 1'; 1") or the second wheel (2; 2'; 2") being able, according to the state of the coupling, and in particular according to the position of the lever, to go into a first position in which it is directly engaged with a third wheel (Dq) of a first kinematic chain, or into a second position in which it is not directly engaged with the third wheel (Dq), and notably into a second position in which it is directly engaged with a fourth wheel (Dj) of a second kinematic chain, and the first wheel (1; 1'; 1") or the second wheel (2; 2'; 2") being connected kinematically, and notably connected kinematically by coupling, and in particular connected kinematically by direct coupling, and the coupling device being arranged such that the rotation around its axis of the first wheel (1; 1'; 1") and/or of the second wheel (2; 2'; 2") involves the rotation of the lever around its axis until the lever or one of the first and second wheels abuts an element (B10, B100), the said device being characterized in that it comprises a second element (66; 66'; 66") for guiding in rotation of the lever around the second wheel (2; 2'; 2"). - a first wheel (1; 1'; 1"), - a second wheel (2; 2'; 2"), - a horology lever comprising: - at least a first element (61; 61'; 61") for guiding in rotation of the first wheel (1; 1'; 1"), - at least one friction element (62; 62'; 62") which is designed to co-operate with an at least substantially cylindrical portion (10c; 10c'; 10c") of the first wheel, - at least one resilient element (63; 63'; 63"), which is designed to return resiliently the at least one friction element (62; 62'; 62") to a state of co-operation with the said portion (10c; 10c'; 10c") of the first wheel (1; 1'; 1"), notably in contact with the said portion (10c; 10c'; 10c") of the first wheel (1; 1'; 1"),
Skin and hand cleansing agents, in particular coarse hand cleansers, characterised in that they have a content of at least 0.1% by weight of at least one hydrophilic emollient having an HLB value of ≥ 10 and in that they have a content, with respect to the total composition of the cleansing agent, of the components of a.) at least 0.1% by weight of at least one polyolester as a hydrophilic emollient having an HLB value of ≥ 10, wherein component a.) is at least one polyglyceryl partial ester of the general formula where R 1 = a linear, branched or cyclical, saturated or unsaturated alkyl or alkenyl radical having from 6 to 18 carbon atoms and n = a whole number from 1 to 9, and/or has polyglycerol ester, b.) from 2 to 40% by weight of at least one surfactant selected from the group of fatty alcohol ethyoxylates, fatty alcohol ether sulphates and salts of sulphated and/or sulphonated fatty acids, characterised in that the agent contains at least one fatty alcohol ether sulphate, c.) from 30 to 90% by weight of water, d.) from 0 to 30% by weight of one or more cleansing intensifiers, selected from the group of polyols, polyether, polyphosphates and phosphates, e.) from 5 to 30% by weight of one or more abrasives, f.) from 0 to 1.0% by weight of propoxylated fatty alcohols, g.) optionally one or more viscosity-forming agents, h.) optionally additional cosmetic auxiliary agents, additives and/or active ingredients, wherein the sum of the components a.) to h.) is 100% by weight. a.) at least 0.1% by weight of at least one polyolester as a hydrophilic emollient having an HLB value of ≥ 10, wherein component a.) is at least one polyglyceryl partial ester of the general formula where R 1 = a linear, branched or cyclical, saturated or unsaturated alkyl or alkenyl radical having from 6 to 18 carbon atoms and n = a whole number from 1 to 9, and/or has polyglycerol ester, R 1 = a linear, branched or cyclical, saturated or unsaturated alkyl or alkenyl radical having from 6 to 18 carbon atoms and n = a whole number from 1 to 9, and/or has polyglycerol ester, b.) from 2 to 40% by weight of at least one surfactant selected from the group of fatty alcohol ethyoxylates, fatty alcohol ether sulphates and salts of sulphated and/or sulphonated fatty acids, characterised in that the agent contains at least one fatty alcohol ether sulphate, c.) from 30 to 90% by weight of water, d.) from 0 to 30% by weight of one or more cleansing intensifiers, selected from the group of polyols, polyether, polyphosphates and phosphates, e.) from 5 to 30% by weight of one or more abrasives, f.) from 0 to 1.0% by weight of propoxylated fatty alcohols, g.) optionally one or more viscosity-forming agents, h.) optionally additional cosmetic auxiliary agents, additives and/or active ingredients,
Fluid-channelling device for channelling fluid in a motor vehicle transmission which comprises a wet-running clutch and a multi-step gearbox, with a base which is designed to be fastened to a gearbox housing, with a collecting device for collecting fluid (78; 94; 100) and with a feeding device which is connected to the collecting device such that collected fluid (78; 94; 100) can be channelled via the feeding device to a fluid consumer, wherein the collecting device comprises a clutch collecting device which is designed, in the installed state, to collect fluid entrained by the clutch during operation, and comprises a gearbox collecting device which is designed, in the installed state, to collect fluid (94; 100) entrained by at least one gearwheel (48; 52) during operation, characterized in that the feeding device extends in a longitudinal direction from the base.
A decoding method for non-binary codes, in particular for non-binary LDPC codes, amenable to representation by a bipartite graph with N variable vertices and M constraint vertices, the variables drawing their values from a non-binary alphabet A = F q and being linearly constrained by means of a constraint matrix having its elements in F q, each variable being represented by binary image comprised of a plurality p of binary values, characterized in that: - a plurality p of binary values, called extended binary values, is generated for each variable, obtained by p linear combinations with coefficients from F 2 of said p binary values, excluding the zero combination, where p < p ≤ q -1; - a parity matrix ( H bin) is calculated, called the extended parity matrix, representing parity checks on the extended binary values of the variables, called extended parity checks, said extended parity checks being induced by the constraints on said variables, said extended parity matrix being obtained from a binary matrix ( H bin) representing the constraints on said variables, where each variable is represented by its binary image; - an iterative message-passing decoding process is carried out with the use of a second bipartite graph (700, 800), called an extended graph, representing the extended parity matrix and connecting the extended parity checks with the extended binary values of the variables; - the binary values of each variable are determined from its extended binary values, obtained at the conclusion of the iterative decoding process. - a plurality p of binary values, called extended binary values, is generated for each variable, obtained by p linear combinations with coefficients from F 2 of said p binary values, excluding the zero combination, where p < p ≤ q -1; - a parity matrix ( H bin) is calculated, called the extended parity matrix, representing parity checks on the extended binary values of the variables, called extended parity checks, said extended parity checks being induced by the constraints on said variables, said extended parity matrix being obtained from a binary matrix ( H bin) representing the constraints on said variables, where each variable is represented by its binary image; - an iterative message-passing decoding process is carried out with the use of a second bipartite graph (700, 800), called an extended graph, representing the extended parity matrix and connecting the extended parity checks with the extended binary values of the variables; - the binary values of each variable are determined from its extended binary values, obtained at the conclusion of the iterative decoding process.
Use of a thermally treated flat steel product, which is optionally formed and/or cut into an end product, as a part or a component of an armouring or as a part or a component with wear protection characteristics, in particular against the influence of abrasive forces, wherein, within the flat product, a structure with a second hardness (2.2) is formed in sections across the thickness of the flat product and, at least in one section (1.1), a structure with a first hardness (1.2) is formed across the thickness of the flat product, wherein the structure with the second hardness (2.2) has a higher level of hardness in comparison with the structure with the first hardness (1.2) and is thermally treated, wherein the structure with the second hardness (2.2) is formed in at least one surface section of the flat product, characterized in that at least between a surface section (2, 2') with the structure with the second hardness (2.2, 2'.2) and the section (1.1) with the structure with the first hardness (1.2), the flat product comprises an annealing section (3, 3') with a structure with a fourth hardness (3.2, 3'.2), which has at least a 10 HV10 lower level of hardness in comparison with the section (1.1) with the structure with the first hardness (1.2), wherein, at least in one of the surface sections (2, 2') with the structure with the second hardness (2.2, 2'.2) and/or third hardness, the flat product comprises a decarburized surface layer or a surface layer (4, 4') with a structure with a fifth hardness (4.2, 4'.2), which has a lower level of hardness in comparison with the surface section (2, 2') with the structure with the second hardness (2.2, 2'.2) and/or third hardness.