mhurhangee/ep-ind-claims huggingface dataset:
A system for implementing gesture recognition, comprising: a memory for storing sensor data collected by a plurality of sensors located on a wearable device, wherein the plurality of sensors comprises an accelerometer and a gyroscope, and wherein said wearable device is configured to be worn by a user; and one or more processors configured to: analyze the sensor data by comparing magnitudes of two or more motion vectors comprising a magnitude of an acceleration vector obtained from the accelerometer and a magnitude of an angular velocity vector obtained from the gyroscope, without comparing the motion vectors to a plurality of physical motion profiles, to determine a likelihood of the user performing a predefined gesture; and determine whether the likelihood that the user is performing the predefined gesture is below or above a threshold value. a memory for storing sensor data collected by a plurality of sensors located on a wearable device, wherein the plurality of sensors comprises an accelerometer and a gyroscope, and wherein said wearable device is configured to be worn by a user; and one or more processors configured to: analyze the sensor data by comparing magnitudes of two or more motion vectors comprising a magnitude of an acceleration vector obtained from the accelerometer and a magnitude of an angular velocity vector obtained from the gyroscope, without comparing the motion vectors to a plurality of physical motion profiles, to determine a likelihood of the user performing a predefined gesture; and determine whether the likelihood that the user is performing the predefined gesture is below or above a threshold value. analyze the sensor data by comparing magnitudes of two or more motion vectors comprising a magnitude of an acceleration vector obtained from the accelerometer and a magnitude of an angular velocity vector obtained from the gyroscope, without comparing the motion vectors to a plurality of physical motion profiles, to determine a likelihood of the user performing a predefined gesture; and determine whether the likelihood that the user is performing the predefined gesture is below or above a threshold value.
A liquid-accommodating-body accommodating receptacle comprising: a main receptacle body that is connected to a liquid ejecting apparatus and accommodates a liquid accommodating body which accommodates liquid, a guide portion (65, 73, 74, 75) that guides a tube which comes out from the liquid ejecting apparatus and connected to the liquid accommodating body is provided on the internal surface of the main receptacle body, wherein an insertion portion into which the tube can be inserted is provided on a sidewall of the main receptacle body, and wherein the tube that passes along the guide portion goes outside of the main receptacle body through the insertion portion, wherein the guide portion guides the tube over one part of a distance from the insertion portion to the liquid accommodating body, wherein the main receptacle body includes an edge member that makes up a periphery portion of an opening portion for accommodating the liquid accommodating body, and wherein the edge member covers the guide portion. a main receptacle body that is connected to a liquid ejecting apparatus and accommodates a liquid accommodating body which accommodates liquid, a guide portion (65, 73, 74, 75) that guides a tube which comes out from the liquid ejecting apparatus and connected to the liquid accommodating body is provided on the internal surface of the main receptacle body, wherein an insertion portion into which the tube can be inserted is provided on a sidewall of the main receptacle body, and wherein the tube that passes along the guide portion goes outside of the main receptacle body through the insertion portion, wherein the guide portion guides the tube over one part of a distance from the insertion portion to the liquid accommodating body, wherein the main receptacle body includes an edge member that makes up a periphery portion of an opening portion for accommodating the liquid accommodating body, and wherein the edge member covers the guide portion.
A thermal system for controllably altering a temperature within a reaction chamber in a sample processing assembly, wherein the reaction chamber is bounded by a substrate and a cover member in the sample processing assembly, the thermal system including: a. at least one thermal generator for generating temperature changes; b. one or more transfer layers for transferring temperature changes between the at least one thermal generator and a sample on the substrate; and c. a fluid isolator for isolating the at least one thermal generator from fluid dispensed into the reaction chamber, characterised in that the fluid isolator includes a sealing member between the one or more transfer layers and the at least one thermal generator, wherein the sealing member precludes fluid ingress into the at least one thermal generator. a. at least one thermal generator for generating temperature changes; b. one or more transfer layers for transferring temperature changes between the at least one thermal generator and a sample on the substrate; and c. a fluid isolator for isolating the at least one thermal generator from fluid dispensed into the reaction chamber,
An artificial antigen presenting cell (aAPC) comprising a polymeric nanoparticle having attached polypeptide ligands suitable for activating antigen-specific T cells, the nanoparticle having a size in the range of 20 to 200 nm, and comprising: a poly(lactic-co-glycolic acid (PLGA) polymer core, and a hydrophilic shell formed of polyethylene glycol, wherein the polymeric nanoparticle comprises PLGA-PEG and PLGA-methoxyPEG (PLGA-mPEG) block co-polymers with the PLGA portion having molecular weights of from about 10 kDa to about 30 kDa and the PEG portion having molecular weight(s) of from about 2 kDa to about 10 kDa, with the PEG portion forming the hydrophilic shell, wherein the PLGA-PEG and PLGA-mPEG block co-polymers are present at a ratio of about 1:10 to about 2:1 by mass; and wherein a portion of the PLGA-PEG polymers have a terminal attachment of a polypeptide ligand; wherein the polypeptide ligands comprise peptide-HLA ligands and one or more of anti-CD28 and anti-4-1BB ligands. a poly(lactic-co-glycolic acid (PLGA) polymer core, and a hydrophilic shell formed of polyethylene glycol, wherein the polymeric nanoparticle comprises PLGA-PEG and PLGA-methoxyPEG (PLGA-mPEG) block co-polymers with the PLGA portion having molecular weights of from about 10 kDa to about 30 kDa and the PEG portion having molecular weight(s) of from about 2 kDa to about 10 kDa, with the PEG portion forming the hydrophilic shell, wherein the PLGA-PEG and PLGA-mPEG block co-polymers are present at a ratio of about 1:10 to about 2:1 by mass; and wherein a portion of the PLGA-PEG polymers have a terminal attachment of a polypeptide ligand; wherein the polypeptide ligands comprise peptide-HLA ligands and one or more of anti-CD28 and anti-4-1BB ligands.
An ultrasound transducer, comprising: a transducer substrate having a number of transducer elements formed therein, wherein the substrate has a conductive common ground electrode on a distal face thereof and a number of vias filled with a conductive material, wherein the vias are positioned around a perimeter of the transducer substrate; a conductive frame to which the substrate is attached, wherein the conductive frame is electrically connected to the common ground electrode on the distal face of the substrate through the vias to form a conductive path from the ground electrode on the distal face of the substrate to the conductive frame on a proximal face of the transducer substrate. a transducer substrate having a number of transducer elements formed therein, wherein the substrate has a conductive common ground electrode on a distal face thereof and a number of vias filled with a conductive material, wherein the vias are positioned around a perimeter of the transducer substrate; a conductive frame to which the substrate is attached, wherein the conductive frame is electrically connected to the common ground electrode on the distal face of the substrate through the vias to form a conductive path from the ground electrode on the distal face of the substrate to the conductive frame on a proximal face of the transducer substrate.
Lamp, having - a lamp trough with a circumferential edge area through which a light outlet area of the lamp is defined, - a light-permeable cover arranged to cover the light outlet area, and - at least one fastening element for retaining the cover on the lamp trough, wherein the edge area of the lamp trough has a - with respect to the light outlet area - outwards pointing shank, wherein on the shank is arranged the fastening element as well as a seal being - with respect to the light outlet area - further inward than the fastening element and acting between the cover and the edge area of the lamp trough, wherein the cover has an edge area (8.2) and the seal is arranged - with respect to a bottom area of the edge area (8.2) of the cover - in a vertical distance above the bottom area, wherein the edge area (8.2) of the cover has an essentially U-shaped design viewed in cross-section, wherein the lamp trough has a planar wall area arranged perpendicularly-oriented towards a level specified by the cover, wherein the outwards pointing shank is arranged - with regard to the light outlet area - completely within the level specified by the planar wall area, characterized in that the fastening element is mechanically connected with the shank. - a lamp trough with a circumferential edge area through which a light outlet area of the lamp is defined, - a light-permeable cover arranged to cover the light outlet area, and - at least one fastening element for retaining the cover on the lamp trough, wherein the edge area of the lamp trough has a - with respect to the light outlet area - outwards pointing shank, wherein on the shank is arranged the fastening element as well as a seal being - with respect to the light outlet area - further inward than the fastening element and acting between the cover and the edge area of the lamp trough, wherein the cover has an edge area (8.2) and the seal is arranged - with respect to a bottom area of the edge area (8.2) of the cover - in a vertical distance above the bottom area, wherein the edge area (8.2) of the cover has an essentially U-shaped design viewed in cross-section, wherein the lamp trough has a planar wall area arranged perpendicularly-oriented towards a level specified by the cover, wherein the outwards pointing shank is arranged - with regard to the light outlet area - completely within the level specified by the planar wall area, characterized in that the fastening element is mechanically connected with the shank.
An immunostimulatory RNA molecule for use in a method of therapy for stimulating an immune response in a subject comprising providing to the subject at least one antigen and providing an immunostimulatory RNA molecule, wherein the immunostimulatory molecule is selected from the group consisting of SEQ ID NOs: 1 and 5 to 11 and wherein said immunostimulatory RNA is formulated in a liposomal formulation.
Method for controlling a thermal cyclic process, in particular an Organic Rankine Cycle, which is operated with a working medium in conjunction with a dynamic heat source, comprising: (a) determination of a setpoint value of a process variable of the thermal cyclic process from a value of an input parameter or respective values of a plurality of input parameters of the thermal cyclic process; (b) control of the thermal cyclic process with the determined setpoint value of the process variable as a target variable of the control; and (c) repeated execution of steps (a) and (b) when at least one value of the input parameters changes; wherein the input parameter comprises or the input parameters comprise a mass flow of a gas from the heat source or a quantity that is representative for this mass flow and / or a temperature of the exhaust gas and / or a temperature of the outside air and / or a condensation temperature of the working medium of the cyclic process; and wherein the process variable is or the process variables are the vaporisation temperature or the vaporisation pressure of the working medium and / or the condensation temperature or the condensation pressure in a condenser of the thermal cyclic process and / or the vapour temperature or the vapour pressure at the outlet of an expansion machine of the thermal cyclic process. (a) determination of a setpoint value of a process variable of the thermal cyclic process from a value of an input parameter or respective values of a plurality of input parameters of the thermal cyclic process; (b) control of the thermal cyclic process with the determined setpoint value of the process variable as a target variable of the control; and (c) repeated execution of steps (a) and (b) when at least one value of the input parameters changes;
A fuel tank having a built-in component (6, 26, 36, 46, 56, 66) with a head portion, a neck portion, and a shoulder portion, and having the built-in component (6, 26, 36, 46, 56, 66) anchored to a tank body (Ta) with a parison (S, SA) wrapped around the neck portion during molding, wherein the fuel tank comprises: a deformation prevention structure (6h, 26h, 36h, 46h, 56h) configured to prevent a wrapping parison portion wrapped around the neck portion from being deformed due to pressure acting on the tank body, and configured to include at least one convex stepped portion provided on the shoulder portion, characterized in that the shoulder portion is formed, at a position thereof around the neck portion, with two air vent holes such that air in a gap defined between the shoulder portion and the head portion is dischargeable to a back surface of the shoulder portion through the air vent holes. the fuel tank comprises: a deformation prevention structure (6h, 26h, 36h, 46h, 56h) configured to prevent a wrapping parison portion wrapped around the neck portion from being deformed due to pressure acting on the tank body, and configured to include at least one convex stepped portion provided on the shoulder portion, characterized in that the shoulder portion is formed, at a position thereof around the neck portion, with two air vent holes such that air in a gap defined between the shoulder portion and the head portion is dischargeable to a back surface of the shoulder portion through the air vent holes.
A method of loading an operating program in a secure microcircuit, comprising the steps of: downloading and installing in the microcircuit a boot program, which is launched upon activation of the microcircuit, loading into the microcircuit initialization data including a first public key (SRPK), performing a mutual authentication procedure between the microcircuit and a first server (MSRV) having a private key corresponding to the first public key, and if the mutual authentication is successful, loading from the first server operating program profile data (OSPL) holding a second public key (OPPK), performing a mutual authentication procedure between the microcircuit and a second server (OSRV) having a private key corresponding to the second public key, and if the mutual authentication is successful, loading an operating program from the second server and installing it in the microcircuit, and activating the operating program when it is in the microcircuit. downloading and installing in the microcircuit a boot program, which is launched upon activation of the microcircuit, loading into the microcircuit initialization data including a first public key (SRPK), performing a mutual authentication procedure between the microcircuit and a first server (MSRV) having a private key corresponding to the first public key, and if the mutual authentication is successful, loading from the first server operating program profile data (OSPL) holding a second public key (OPPK), performing a mutual authentication procedure between the microcircuit and a second server (OSRV) having a private key corresponding to the second public key, and if the mutual authentication is successful, loading an operating program from the second server and installing it in the microcircuit, and activating the operating program when it is in the microcircuit.
A composite fiber component for a rotor blade of a wind energy installation, comprising a first sandwich core and a second sandwich core arranged next to the first sandwich core, wherein the sandwich cores (31, 32) each have an inside facing the rotor blade interior and an outside facing a rotor blade exterior, wherein the composite fiber component further comprises a first fiber-containing laminate layer which is arranged, in the case of the first sandwich core, on the inside of the first sandwich core and, in the case of the second sandwich core, on the outside of the second sandwich core, a second fiber-containing laminate layer which is arranged, in the case of the first sandwich core, on the outside of the first sandwich core and, in the case of the second sandwich core, on the outside of the second sandwich core, as well as a third fiber-containing laminate layer which is arranged, in the case of the first sandwich core, on the inside of the first sandwich core and, in the case of the second sandwich core, on the inside of the second sandwich core, wherein the first sandwich core and the second sandwich core, in particular regions thereof, are arranged at an angle with respect to each other, wherein the angle lies in a range between 10° and 170°.
Alarm method for detecting incorrect postures of a user, comprising the following steps: - recording a static initial position of a user in a processing module; - obtaining inertial measurements with respect to the static initial position through inertial sensors; - obtaining from the signals coming from the inertial sensors the deviation of the position of the user with respect to the static initial position in the processing module, being said deviation the angle of inclination of the user with respect to the static initial position; - verifying if the deviation is greater than a pre-established limit; - activating an alarm if the verification of the previous step shows that the deviation is greater than the pre-established limit for a certain time period. - recording a static initial position of a user in a processing module; - obtaining inertial measurements with respect to the static initial position through inertial sensors; - obtaining from the signals coming from the inertial sensors the deviation of the position of the user with respect to the static initial position in the processing module, being said deviation the angle of inclination of the user with respect to the static initial position; - verifying if the deviation is greater than a pre-established limit; - activating an alarm if the verification of the previous step shows that the deviation is greater than the pre-established limit for a certain time period.
A microfluidic platform, comprising: a base having an outer surface and at least one well formed in the outer surface for receiving a fluid therein, the base (11, 122, 302, 370) including a recess in the outer surface being adapted for receiving an absorbent therein; an absorbent received in the recess in the base; and a lid having at least one channel therethrough, the lid including an input portion and an output portion defining an output of the channel, the channel including a first vertical portion terminating at the input portion, a second vertical portion terminating at the output portion, and a horizontal portion interconnecting the first and second vertical portions, wherein the input portion defines an input post extending from the outer surface of the lid and defining a fluidic passage communicating with the channel in the lid, the passage having a first end defining an input to the channel, a second end opening to an outer surface of the input post, and a vertical slot open to both the first and second ends of the passage; the lid being moveable between a first position wherein the lid is disengaged from the base and a second position wherein the input post is received in the well so that the input of the channel communicates with the fluid in the well and the fluid in the well is drawn into the channel by capillary action and the output of the channel is in fluid communication with the absorbent in the recess through the output portion. a base having an outer surface and at least one well formed in the outer surface for receiving a fluid therein, the base (11, 122, 302, 370) including a recess in the outer surface being adapted for receiving an absorbent therein; an absorbent received in the recess in the base; and a lid having at least one channel therethrough, the lid including an input portion and an output portion defining an output of the channel, the channel including a first vertical portion terminating at the input portion, a second vertical portion terminating at the output portion, and a horizontal portion interconnecting the first and second vertical portions, wherein the input portion defines an input post extending from the outer surface of the lid and defining a fluidic passage communicating with the channel in the lid, the passage having a first end defining an input to the channel, a second end opening to an outer surface of the input post, and a vertical slot open to both the first and second ends of the passage; the lid being moveable between a first position wherein the lid is disengaged from the base and a second position wherein the input post is received in the well so that the input of the channel communicates with the fluid in the well and the fluid in the well is drawn into the channel by capillary action and the output of the channel is in fluid communication with the absorbent in the recess through the output portion.
A method of separating oil from a composition comprising an oil and water emulsion, which comprises adding a separation additive to the composition and performing at least one oil separation step, wherein the separation additive comprises a mixture of a fatty ester of an alkoxylated polyol wherein the polyol comprises greater than 3 carbon atoms and a fatty ester of alkoxylated glycerol.