mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communications in a multi-radio wireless device, the multi-radio wireless device comprising first and second radios (620a-620n) communicating on potentially interfering frequency band using time slots, wherein the first radio (620a-620n) is an LTE radio, wherein the second radio (620a-620n) is an extended synchronous connection oriented, eSCO, Bluetooth radio, wherein the method comprises: determining potential time slot configurations for the communications of the second radio (620a-620n); determining a frame offset between communications of the first radio (620a-620n) and communications of the second radio (620a-620n); and selecting a time slot configuration for the communications of the second radio (620a-620n), from the determined potential time slot configurations, that reduces degradation of the first radio (620a-620n) due to conflicting time slots between the first and the second radios (620a-620n), based on the determined frame offset. determining potential time slot configurations for the communications of the second radio (620a-620n); determining a frame offset between communications of the first radio (620a-620n) and communications of the second radio (620a-620n); and selecting a time slot configuration for the communications of the second radio (620a-620n), from the determined potential time slot configurations, that reduces degradation of the first radio (620a-620n) due to conflicting time slots between the first and the second radios (620a-620n), based on the determined frame offset.
A rotational coupling device, comprising a hub configured for coupling to a shaft for rotation with said shaft about an axis of rotation; a rotor supported on said hub and configured for rotation relative to said hub about said axis of rotation, said rotor including a first member defining a radially extending wall and a chamber on one side of said radially extending wall surrounding said hub, said chamber defining a sump containing a fluid; an armature supported on said hub for rotation therewith and disposed within said chamber, said armature disposed on a first side of said radially extending wall of said rotor and axially spaced from said radially extending wall of said rotor; and, a field shell disposed about said hub on a second side of said radially extending wall of said rotor opposite said armature, said field shell housing a conductor therein and said field shell and said conductor isolated from said fluid wherein energization of said conductor urges said armature in a first axial direction towards said radially extending wall of said rotor to couple said rotor to said hub for rotation therewith further comprising a spring biasing said armature in said first axial direction, said spring configured to counteract an opposing gravitational force biasing said armature in a second axial direction opposite said first axial direction.
An aerosol mousse, comprising a) at least one propellant and b) at least one cosmetic preparation, containing (i) at least one setting active ingredient and (ii) at least one alkoxylated carboxylic acid ester of the following formula in which - R1 represents a straight-chain or branched, saturated or unsaturated alkyl functional group having 6 to 24 carbon atoms, - R2 represents hydrogen or an alkyl functional group having 1 to 4 carbon atoms, - R3 or R4 represent, independently of one another, hydrogen or an alkyl functional group having 1 to 4 carbon atoms, - R5 represents a straight-chain or branched, saturated or unsaturated alkyl functional group having 6 to 24 carbon atoms or a phenyl functional group, and - n and m represent, independently of each other, the numbers 0 or 1 to 20 and (iii) 50 to 98 wt.% water, based on the total weight of the aerosol mousse. a) at least one propellant and b) at least one cosmetic preparation, containing (i) at least one setting active ingredient and (ii) at least one alkoxylated carboxylic acid ester of the following formula in which - R1 represents a straight-chain or branched, saturated or unsaturated alkyl functional group having 6 to 24 carbon atoms, - R2 represents hydrogen or an alkyl functional group having 1 to 4 carbon atoms, - R3 or R4 represent, independently of one another, hydrogen or an alkyl functional group having 1 to 4 carbon atoms, - R5 represents a straight-chain or branched, saturated or unsaturated alkyl functional group having 6 to 24 carbon atoms or a phenyl functional group, and - n and m represent, independently of each other, the numbers 0 or 1 to 20 and (iii) 50 to 98 wt.% water, based on the total weight of the aerosol mousse. (i) at least one setting active ingredient and (ii) at least one alkoxylated carboxylic acid ester of the following formula in which - R1 represents a straight-chain or branched, saturated or unsaturated alkyl functional group having 6 to 24 carbon atoms, - R2 represents hydrogen or an alkyl functional group having 1 to 4 carbon atoms, - R3 or R4 represent, independently of one another, hydrogen or an alkyl functional group having 1 to 4 carbon atoms, - R5 represents a straight-chain or branched, saturated or unsaturated alkyl functional group having 6 to 24 carbon atoms or a phenyl functional group, and - n and m represent, independently of each other, the numbers 0 or 1 to 20 and - R1 represents a straight-chain or branched, saturated or unsaturated alkyl functional group having 6 to 24 carbon atoms, - R2 represents hydrogen or an alkyl functional group having 1 to 4 carbon atoms, - R3 or R4 represent, independently of one another, hydrogen or an alkyl functional group having 1 to 4 carbon atoms, - R5 represents a straight-chain or branched, saturated or unsaturated alkyl functional group having 6 to 24 carbon atoms or a phenyl functional group, and - n and m represent, independently of each other, the numbers 0 or 1 to 20 and (iii) 50 to 98 wt.% water, based on the total weight of the aerosol mousse.
Method for updating a firmware on a device, said device comprising a memory configured to store at least a version of a firmware, the firmware being updated when applying the method from a current version to a new version, said firmware being split into: - a core part (105, 107) comprising means for connecting to a remote server and means for downloading data from this remote server, - an extended part (106, 108) comprising a plurality of entry points callable by the core part (105, 107), the core part being able to work independently from the extended part if the entry points are inhibited, said method comprising: - inhibiting the entry points between the core part of the current version, called current core part, and the extended part of the current version, called current extended part, the inhibition being performed by cutting off at least a binding between the current core part and the current extended part so that the current core part has no functional dependencies on the extended part, this step being realized by the current core part; - erasing the current extended part, this step being realized by the current core part; - downloading in the memory the core part of the new version, called new core part, this step being realized by the current core part; - erasing the current core part, this step being realized by a boot loader of the device; - downloading in the memory the extended part of the new version, called new extended part, this step being realized by the new core part; - activating the entry points between the new core part and the new extended part, this step being realized by the new core part. - a core part (105, 107) comprising means for connecting to a remote server and means for downloading data from this remote server, - an extended part (106, 108) comprising a plurality of entry points callable by the core part (105, 107), the core part being able to work independently from the extended part if the entry points are inhibited, - inhibiting the entry points between the core part of the current version, called current core part, and the extended part of the current version, called current extended part, the inhibition being performed by cutting off at least a binding between the current core part and the current extended part so that the current core part has no functional dependencies on the extended part, this step being realized by the current core part; - erasing the current extended part, this step being realized by the current core part; - downloading in the memory the core part of the new version, called new core part, this step being realized by the current core part; - erasing the current core part, this step being realized by a boot loader of the device; - downloading in the memory the extended part of the new version, called new extended part, this step being realized by the new core part; - activating the entry points between the new core part and the new extended part, this step being realized by the new core part.
An in vitro method for isolating umbilical cord lining stem cells (ULSCs) from an umbilical cord, said method comprising a) obtaining the lining of an umbilical cord, wherein said lining is substantially free of blood, venous tissue, and arterial tissue; and b) culturing explants of said lining on a fibronectin-coated solid substrate in the presence of a low glucose growth medium for a period of time sufficient for said ULSCs to adhere to said fibronectin-coated solid substrate, said growth medium comprising 15% fetal bovine serum, a stabilized dipeptide of L-alanyl-L-glutamine, antibiotic, and a growth factor selected from the group consisting of basic fibroblast growth factor (bFGF), leukemia inhibitory factor, and epidermal growth factor. a) obtaining the lining of an umbilical cord, wherein said lining is substantially free of blood, venous tissue, and arterial tissue; and b) culturing explants of said lining on a fibronectin-coated solid substrate in the presence of a low glucose growth medium for a period of time sufficient for said ULSCs to adhere to said fibronectin-coated solid substrate, said growth medium comprising 15% fetal bovine serum, a stabilized dipeptide of L-alanyl-L-glutamine, antibiotic, and a growth factor selected from the group consisting of basic fibroblast growth factor (bFGF), leukemia inhibitory factor, and epidermal growth factor.
An upper configured to receive a foot, the upper comprising: a first fabric layer; a second fabric layer; and a compressible material layer positioned between the first fabric layer and the second fabric layer, wherein the upper comprises a plurality of cut portions formed by a plurality of separations (120, 122, 133, 135) cut into the first fabric layer and the compressible material layer while the second fabric layer remains intact to form a substrate for the plurality of cut portions, wherein a first cut portion of the plurality of cut portions has a first edge and a second cut portion of the plurality of cut portions, adjacent to the first cut portion, has a second edge, wherein the first and second edges (112, 114) are opposed edges separated by a first separation of the plurality of separations (120, 122, 133, 135), and wherein, when the upper is in an unflexed configuration, the first edge of the first cut portion abuts the second edge of the second cut portion, and wherein the upper is structured so that, upon placement of the upper into a flexed configuration, the first edge is separated from the second edge. a first fabric layer; a second fabric layer; and a compressible material layer positioned between the first fabric layer and the second fabric layer, wherein the upper comprises a plurality of cut portions formed by a plurality of separations (120, 122, 133, 135) cut into the first fabric layer and the compressible material layer while the second fabric layer remains intact to form a substrate for the plurality of cut portions, wherein a first cut portion of the plurality of cut portions has a first edge and a second cut portion of the plurality of cut portions, adjacent to the first cut portion, has a second edge, wherein the first and second edges (112, 114) are opposed edges separated by a first separation of the plurality of separations (120, 122, 133, 135), and wherein, when the upper is in an unflexed configuration, the first edge of the first cut portion abuts the second edge of the second cut portion, and wherein the upper is structured so that, upon placement of the upper into a flexed configuration, the first edge is separated from the second edge.
A shipping aid fastener for use with a surgical staple cartridge comprising: a longitudinally extending cover having a first side having a first edge, a second side having a second edge, a distal end and a proximal end; and a longitudinal rib projecting perpendicularly from an underside of the cover, the rib extending along a centreline of the cover, characterised in that: the first edge has a plurality of areas of maximum distance from the centerline forming posts and a plurality of areas of minimum distance from the centreline forming valleys defining cutouts between adjacent posts. a longitudinally extending cover having a first side having a first edge, a second side having a second edge, a distal end and a proximal end; and a longitudinal rib projecting perpendicularly from an underside of the cover, the rib extending along a centreline of the cover, characterised in that: the first edge has a plurality of areas of maximum distance from the centerline forming posts and a plurality of areas of minimum distance from the centreline forming valleys defining cutouts between adjacent posts.
A 3D printing pen drawing template in the form of a modular modelling kit for drawing geometric structures corresponding to models of chemical molecules, the modular modelling kit comprising construction modules, wherein each construction module comprises: - a base that is substantially flat, at least one post that is substantially vertical and protruding from the base, with a contact point at an end of a free tip of the post, - connection means formed at the base for connecting the base with connection means of other construction modules of the kit, wherein at least two construction modules (1a-1h) differ from each other by a configuration of posts and at least two construction modules (1a-1h) differ from each other by a configuration of connection means. - a base that is substantially flat, at least one post that is substantially vertical and protruding from the base, with a contact point at an end of a free tip of the post, - connection means formed at the base for connecting the base with connection means of other construction modules of the kit,
A method of encoding coefficients associated with a block of video data during a video coding process, the method comprising: encoding information that identifies a position of a last non-zero coefficient within the block according to a scanning order associated with the block prior to encoding information that identifies positions of other non-zero coefficients within the block, wherein encoding the information that identifies the position of the last non-zero coefficient within the block according to the scanning order comprises encoding a two- dimensional position within the block that identifies the position of the last non-zero coefficient within the block according to the scanning order, and wherein encoding the two-dimensional position of the last non-zero coefficient within the block according to the scanning order comprises: determining a horizontal coordinate of the position of the last non-zero coefficient within the block according to the scanning order; determining a vertical coordinate of the position of the last non-zero coefficient within the block according to the scanning order; and encoding the horizontal coordinate and the vertical coordinate, wherein encoding each of the horizontal coordinate and the vertical coordinate comprises binarizing the respective coordinate, such that the coordinate comprises a sequence of one or more bins and encoding the sequence by performing a context adaptive binary arithmetic coding process. determining a horizontal coordinate of the position of the last non-zero coefficient within the block according to the scanning order; determining a vertical coordinate of the position of the last non-zero coefficient within the block according to the scanning order; and encoding the horizontal coordinate and the vertical coordinate, wherein encoding each of the horizontal coordinate and the vertical coordinate comprises binarizing the respective coordinate, such that the coordinate comprises a sequence of one or more bins and encoding the sequence by performing a context adaptive binary arithmetic coding process.
A method for obtaining a soya-based drinkable liquid food product, characterized in that it comprises the steps of: - preparing a mixture with the following ingredients: whole deshelled soy, water, and whole dry marine algae; wherein said dry marine algae and said soy are already crushed or are crushed while preparing the mixture by wet grinding together said dry marine algae and said soy at a temperature in the range of 60-90°C;- heating the ground mixture to provide a fluid paste; - homogenizing said mixture; - separating a liquid part providing said food product from the said mixture paste. - preparing a mixture with the following ingredients: whole deshelled soy, water, and whole dry marine algae; wherein said dry marine algae and said soy are already crushed or are crushed while preparing the mixture by wet grinding together said dry marine algae and said soy at a temperature in the range of 60-90°C;- heating the ground mixture to provide a fluid paste; - homogenizing said mixture; - separating a liquid part providing said food product from the said mixture paste.
A lithium electrode, comprising: a surface oxide layer, wherein the surface oxide layer is a native layer, wherein the surface oxide layer has surface properties defined by the following Sa (arithmetic mean height of surface), Sz (maximum height roughness of surface), Sp (roughness by the number of peaks) and Sdr (degree of interfacial increase): (i) Sa≥1 μm; (ii) Sz≥14 μm; (iii) Sp≥1000 mm -1; and (iv) Sdr≥0.5, wherein the surface properties are measured using laser confocal microscope equipment, wherein, the Sa is an arithmetic mean height of a surface, which is a mean value for absolute values of differences between each point with respect to an average surface of a surface, wherein the Sz is maximum height roughness of a surface, which is a distance between a highest point and a lowest point in a single surface, wherein the Sp is roughness by the number of peaks, which is a measure representing steepness of a peak, and wherein the Sdr is a degree of an interfacial increase, which means an increased ratio of a developed area (surface area of measured shape) with respect to an area when looking at the measured area perpendicularly from the above. a surface oxide layer, wherein the surface oxide layer is a native layer, wherein the surface oxide layer has surface properties defined by the following Sa (arithmetic mean height of surface), Sz (maximum height roughness of surface), Sp (roughness by the number of peaks) and Sdr (degree of interfacial increase): (i) Sa≥1 μm; (ii) Sz≥14 μm; (iii) Sp≥1000 mm -1; and (iv) Sdr≥0.5, (i) Sa≥1 μm; (ii) Sz≥14 μm; (iii) Sp≥1000 mm -1; and (iv) Sdr≥0.5, wherein the surface properties are measured using laser confocal microscope equipment, wherein, the Sa is an arithmetic mean height of a surface, which is a mean value for absolute values of differences between each point with respect to an average surface of a surface, wherein the Sz is maximum height roughness of a surface, which is a distance between a highest point and a lowest point in a single surface, wherein the Sp is roughness by the number of peaks, which is a measure representing steepness of a peak, and wherein the Sdr is a degree of an interfacial increase, which means an increased ratio of a developed area (surface area of measured shape) with respect to an area when looking at the measured area perpendicularly from the above.
Method of assaying peptidoglycans in a sample of glucose polymer, comprising: a) enzymatic treatment of the sample of glucose polymer by a lysozyme, wherein the treatment of the sample comprises incubation of the lysozyme at a concentration of approximately 250 to 2500U/ml in the sample at a glucose polymer concentration of 37.5% (weight/volume) for 30 minutes to 16h at a temperature of 37°C; b) bringing the treated sample or a dilution thereof into contact with a recombinant cell expressing an exogenous TLR2 receptor (Toll-like Receptor 2) and a reporter gene under the direct dependence of the signaling pathway associated with the TLR2 receptor, the reporter gene coding for a colored or fluorescent protein or for a protein whose activity can be measured; c) measuring the reporter gene signal; and d) determining the amount of PGN in the sample using a calibration curve of the correspondence between the amount of PGN and the intensity of the reporter gene signal. a) enzymatic treatment of the sample of glucose polymer by a lysozyme, wherein the treatment of the sample comprises incubation of the lysozyme at a concentration of approximately 250 to 2500U/ml in the sample at a glucose polymer concentration of 37.5% (weight/volume) for 30 minutes to 16h at a temperature of 37°C; b) bringing the treated sample or a dilution thereof into contact with a recombinant cell expressing an exogenous TLR2 receptor (Toll-like Receptor 2) and a reporter gene under the direct dependence of the signaling pathway associated with the TLR2 receptor, the reporter gene coding for a colored or fluorescent protein or for a protein whose activity can be measured; c) measuring the reporter gene signal; and d) determining the amount of PGN in the sample using a calibration curve of the correspondence between the amount of PGN and the intensity of the reporter gene signal.
Electrical switch for a power tool with an electric motor, such as battery-operated and/or mains-operated power tools, having a housing with an actuating member arranged movably on the housing for the manual actuation of the power tool, having a contact system being located within the housing and having an electric switch arrangement being arranged within the housing and designed in the manner of a power electronic for speed control and/or speed regulation of the electric motor forming a load for the power tool, wherein the electric switch arrangement has at least one heat-producing power component, such as a power transistor, an MOS-FET, a triac or similar, for the control and/or regulation of the power of the load by means of appropriate control and/or regulation of the electric load current flowing through the power component to the load, wherein the switch arrangement is arranged on a circuit board, wherein a means exists for monitoring the temperature of the switch arrangement, wherein the means for monitoring the temperature has a temperature-dependent component, wherein the temperature-dependent component is arranged on the circuit board with direct thermal coupling to the power component, and wherein the means for monitoring the temperature upon reaching a threshold temperature effects a reduction of the power of the load with the help of the power component by means of reducing the load current flowing through the power component.