mhurhangee/ep-ind-claims huggingface dataset:
A smart ring device, comprising: a finger band configured to accommodate a user's finger; at least one pressure sensor secured to the finger band in a manner that can detect pressure imparted by tendons passing through the finger band during performance of actions by the finger, wherein the at least one pressure sensor is configured to detect the finger touching a surface by sensing the pressure imparted by a lateral tendon of the finger; and, a gesture component configured to analyze signals from the at least one pressure sensor to identify an individual action performed by the finger. a finger band configured to accommodate a user's finger; at least one pressure sensor secured to the finger band in a manner that can detect pressure imparted by tendons passing through the finger band during performance of actions by the finger, wherein the at least one pressure sensor is configured to detect the finger touching a surface by sensing the pressure imparted by a lateral tendon of the finger; and, a gesture component configured to analyze signals from the at least one pressure sensor to identify an individual action performed by the finger.
A backing material layer for a release liner, wherein the backing material layer comprises: - bleached chemical pulp (PULPV1), and - bleached recycled release liner pulp (BRELP1) wherein color (C/2°) of the backing material layer, determined according to standard ISO 5631, valid in 2017, is as follows: - lightness L* of the backing material layer is at least 90, - color channel b* of the backing material layer is between 2 and 12, - color channel a* of the backing material layer is between -7 and +3, and - amount of the bleached recycled release liner pulp (BRELP1) is at least 1 wt.-% based on the total weight of said backing material layer, and - the backing material layer has a grammage equal to or higher than 30 grams per square meter. wherein the backing material layer comprises: - bleached chemical pulp (PULPV1), and - bleached recycled release liner pulp (BRELP1) - bleached chemical pulp (PULPV1), and - bleached recycled release liner pulp (BRELP1) wherein color (C/2°) of the backing material layer, determined according to standard ISO 5631, valid in 2017, is as follows: - lightness L* of the backing material layer is at least 90, - color channel b* of the backing material layer is between 2 and 12, - color channel a* of the backing material layer is between -7 and +3, and - amount of the bleached recycled release liner pulp (BRELP1) is at least 1 wt.-% based on the total weight of said backing material layer, and - the backing material layer has a grammage equal to or higher than 30 grams per square meter. - lightness L* of the backing material layer is at least 90, - color channel b* of the backing material layer is between 2 and 12, - color channel a* of the backing material layer is between -7 and +3, and - amount of the bleached recycled release liner pulp (BRELP1) is at least 1 wt.-% based on the total weight of said backing material layer, and - the backing material layer has a grammage equal to or higher than 30 grams per square meter.
A lead-acid battery comprising: a positive electrode plate comprising a current collector and a positive electrode material supported by the current collector; a negative electrode plate; a separator disposed between the positive electrode plate and the negative electrode plate; and a glass mat containing a glass fiber and disposed on the positive electrode material in the positive electrode plate, wherein the glass fiber contained in the glass mat comprises a first glass fiber having a diameter of 8 pm or more and 20 μm or less and a second glass fiber having a diameter of 50 pm or more and 100 pm or less, and wherein a specific region where the positive electrode material, the first glass fiber, and the second glass fiber are mixed is present in at least one cross section substantially orthogonal to the positive electrode plate in the positive electrode material and the glass mat. a positive electrode plate comprising a current collector and a positive electrode material supported by the current collector; a negative electrode plate; a separator disposed between the positive electrode plate and the negative electrode plate; and a glass mat containing a glass fiber and disposed on the positive electrode material in the positive electrode plate, wherein the glass fiber contained in the glass mat comprises a first glass fiber having a diameter of 8 pm or more and 20 μm or less and a second glass fiber having a diameter of 50 pm or more and 100 pm or less, and wherein a specific region where the positive electrode material, the first glass fiber, and the second glass fiber are mixed is present in at least one cross section substantially orthogonal to the positive electrode plate in the positive electrode material and the glass mat.
A determination apparatus comprising: a first acquisition unit configured to acquire a facial photograph image, included in a medium holding the facial photograph image, as a first facial image; a second acquisition unit configured to acquire a captured image obtained by capturing an image of an imaging area (Ai), in which a face of a driver of a moveable body is assumed to be located, at a start of driving and/or during driving; and a controller configured to extract an image of the face of the driver as a second facial image from the captured image acquired from the second acquisition unit, compare the first facial image and the second facial image, and determine during driving whether the driver is a person in the facial photograph image held by the medium, wherein the controller is configured to measure a driving time of the driver and issue a warning when the driving time of the driver exceeds a predetermined time. a first acquisition unit configured to acquire a facial photograph image, included in a medium holding the facial photograph image, as a first facial image; a second acquisition unit configured to acquire a captured image obtained by capturing an image of an imaging area (Ai), in which a face of a driver of a moveable body is assumed to be located, at a start of driving and/or during driving; and a controller configured to extract an image of the face of the driver as a second facial image from the captured image acquired from the second acquisition unit, compare the first facial image and the second facial image, and determine during driving whether the driver is a person in the facial photograph image held by the medium, wherein the controller is configured to measure a driving time of the driver and issue a warning when the driving time of the driver exceeds a predetermined time.
A protection device (20, 54) for protecting a vessel from compression during catheterbased mitral annuloplasty in which an annuloplasty tension-device extends at least partially through a coronary sinus (50, 60) of the heart over an outer surface of a coronary artery, the device (20, 54) comprising: a surgically sterile protection device (20, 54) configured to pass through a transvascular catheter and fit within the coronary sinus (50, 60) as it passes over a coronary artery, wherein a annuloplasty tension element can extend and be placed under tension, characterised in that the protection device (20, 54) further comprises a central arch (24, 56, 58) of sufficient rigidity and dimensions to inhibit application of pressure to the underlying coronary artery when the annuloplasty tension element is placed under tension during mitral annuloplasty, wherein the central arch (24, 56, 58) is configured to extend between a proximal end (26, 58) and a distal end (28, 59) of the protection device (20, 54) that are substantially collinear with one another so that the proximal (26, 58) and distal (28, 59) ends form stabilizing members. a surgically sterile protection device (20, 54) configured to pass through a transvascular catheter and fit within the coronary sinus (50, 60) as it passes over a coronary artery, wherein a annuloplasty tension element can extend and be placed under tension, characterised in that the protection device (20, 54) further comprises a central arch (24, 56, 58) of sufficient rigidity and dimensions to inhibit application of pressure to the underlying coronary artery when the annuloplasty tension element is placed under tension during mitral annuloplasty, wherein the central arch (24, 56, 58) is configured to extend between a proximal end (26, 58) and a distal end (28, 59) of the protection device (20, 54) that are substantially collinear with one another so that the proximal (26, 58) and distal (28, 59) ends form stabilizing members.
A method comprising: determining, by a computer, a plurality of rendering layers that describe relations of elements to be displayed for a page of content, wherein successive rendering layers are displayed on top of preceding rendering layers; determining a hierarchy of rendering layers in the plurality of rendering layers based on styles specified in the style descriptions that affect the front-to-back ordering of the page elements; determining a first rendering layer in the hierarchy of rendering layers that is appropriate for hardware compositing support instead of software rendering based on styles associated with elements for the first rendering layer, wherein the styles define at least one of animation and non-affine transforms or apply to elements that display video; generating rendered content for the first rendering layer using the hardware compositing support instead of the software rendering; for each subsequent rendering layer in the hierarchy of rendering layers that overlaps the first rendering layer, generating rendered content using the hardware compositing support instead of the software rendering; and for each subsequent rendering layer in the hierarchy of rendering layers that does not overlap the first rendering layer, generating rendered content using the software rendering. determining, by a computer, a plurality of rendering layers that describe relations of elements to be displayed for a page of content, wherein successive rendering layers are displayed on top of preceding rendering layers; determining a hierarchy of rendering layers in the plurality of rendering layers based on styles specified in the style descriptions that affect the front-to-back ordering of the page elements; determining a first rendering layer in the hierarchy of rendering layers that is appropriate for hardware compositing support instead of software rendering based on styles associated with elements for the first rendering layer, wherein the styles define at least one of animation and non-affine transforms or apply to elements that display video; generating rendered content for the first rendering layer using the hardware compositing support instead of the software rendering; for each subsequent rendering layer in the hierarchy of rendering layers that overlaps the first rendering layer, generating rendered content using the hardware compositing support instead of the software rendering; and for each subsequent rendering layer in the hierarchy of rendering layers that does not overlap the first rendering layer, generating rendered content using the software rendering.
A launcher system comprising: a) a launcher tube having a muzzle and a breech and comprising a propulsion blank chamber at the breech; b) a receiver attached to the launcher tube comprising a firing mechanism that mates with the propulsion blank chamber; c) a primer-activated cartridge sized for axial movement within the launcher tube, the cartridge comprising a case, a primer, a propellant, and a payload; d) a gas expansion-compression zone at the breech end of the launcher tube, in communication with the propulsion blank chamber; e) a pressure relief means to vent gas from the gas expansion-compression zone; and f) a primer activating means for activating the primer when the cartridge is moved a selected distance from breech to muzzle in the launcher tube. a) a launcher tube having a muzzle and a breech and comprising a propulsion blank chamber at the breech; b) a receiver attached to the launcher tube comprising a firing mechanism that mates with the propulsion blank chamber; c) a primer-activated cartridge sized for axial movement within the launcher tube, the cartridge comprising a case, a primer, a propellant, and a payload; d) a gas expansion-compression zone at the breech end of the launcher tube, in communication with the propulsion blank chamber; e) a pressure relief means to vent gas from the gas expansion-compression zone; and f) a primer activating means for activating the primer when the cartridge is moved a selected distance from breech to muzzle in the launcher tube.
A lamella block for the calibration of an extruded profile within a calibration device, wherein the lamella block comprises a spine structure and a lamella structure having a plurality of lamellae, wherein the lamellae are arranged on the spine structure spaced apart from one another and in longitudinal direction of the spine structure, wherein the spine structure has a plurality of apertures (122, 122a), the shape and/or arrangement of which within the spine structure depends on a predetermined mechanical load capacity for the spine structure, characterized in that the apertures (122, 122a) are configured in their cross-sectional shape and arranged along the spine structure such that the spine structure has an optimized net weight whilst maintaining the predetermined mechanical load capacity.
Lamp having a housing enclosing a receiving space, wherein a control element for setting an operating parameter of the lamp is arranged in the receiving space, and wherein the housing has an opening through which the control element is accessible from the outside for an actuating tool, wherein the control element is designed as a push button, characterized in that the housing has an inner wall or an inner web arranged at the rear of the control element as seen from the perspective of the opening. wherein the housing has an opening through which the control element is accessible from the outside for an actuating tool, wherein the control element is designed as a push button, characterized in that the housing has an inner wall or an inner web arranged at the rear of the control element as seen from the perspective of the opening.
An aqueous polymer dispersion, wherein the polymer comprises as polymerized units, based on the weight of the polymer, (a) from 0.5% to 3.2% by weight of a phosphorous-containing acid monomer, (b) from 10% to 50% by weight of a cycloalkyl (meth)acrylate, (c) from 0.3% to 1.2% by weight of a ureido monomer, (d) from 25% to 60% by weight of a soft monomer, selected from vinyl esters of versatic acid, butyl acrylate, 2-ethylhexylacrylate, lauryl acrylate, n-butyl methacrylate, lauryl methylacrylate, n-decyl methacrylate, isobutyl acrylate, or mixtures thereof, and (e) a hard monomer, selected from vinyl aromatic compounds, (meth)acrylic acids, C1-C2 alkyl esters of (meth)acrylic acid, or mixtures thereof; wherein the polymer has a weight average molecular weight of 110,000 or less as measured by Gel Permeation Chromatography with polystyrene standard. (a) from 0.5% to 3.2% by weight of a phosphorous-containing acid monomer, (b) from 10% to 50% by weight of a cycloalkyl (meth)acrylate, (c) from 0.3% to 1.2% by weight of a ureido monomer, (d) from 25% to 60% by weight of a soft monomer, selected from vinyl esters of versatic acid, butyl acrylate, 2-ethylhexylacrylate, lauryl acrylate, n-butyl methacrylate, lauryl methylacrylate, n-decyl methacrylate, isobutyl acrylate, or mixtures thereof, and (e) a hard monomer, selected from vinyl aromatic compounds, (meth)acrylic acids, C1-C2 alkyl esters of (meth)acrylic acid, or mixtures thereof;
A damper for a cutting dye, the damper consisting of two elements which slide in one axis and a spring that aligns the position of the two elements against each other, characterised in that an internal sleeve together with a top mushroom-shaped element is placed in a pass-through body provided with a fixing flat bar that supports an external spring which from the top rests against the mushroom-shaped element.
A cleaning composition comprising 0.01-1000 ppm DNase, 0.01-1000 ppm hexosaminidase, and at least one cleaning component, wherein the cleaning component comprises at least a surfactant, optionally a builder, and optionally a bleach component; wherein the DNase is a polypeptide having at least 80% sequence identity to the polypeptide shown in SEQ ID NO: 67; and wherein the hexosaminidase is a polypeptide having at least 80% sequence identity to the polypeptide shown in SEQ ID NO: 98. wherein the cleaning component comprises at least a surfactant, optionally a builder, and optionally a bleach component; wherein the DNase is a polypeptide having at least 80% sequence identity to the polypeptide shown in SEQ ID NO: 67; and wherein the hexosaminidase is a polypeptide having at least 80% sequence identity to the polypeptide shown in SEQ ID NO: 98.
A method for lithiation of an anode, comprising the steps of: (a) providing an anode; (b) providing a bath comprising gamma-butyrolactone, and at least one dissolved lithium halide salt, wherein said bath contacts the anode, preferably in a continuous process, and wherein a dry gas blanket covers said bath; (c) providing an electrolytic field plate comprising an inert conductive material wherein said field plate establishes a field between the anode and the field plate; and (d) applying a reducing current to the anode and an oxidizing current to the field plate, wherein lithium ions from the bath lithiate into the anode. (a) providing an anode; (b) providing a bath comprising gamma-butyrolactone, and at least one dissolved lithium halide salt, wherein said bath contacts the anode, preferably in a continuous process, and wherein a dry gas blanket covers said bath; (c) providing an electrolytic field plate comprising an inert conductive material wherein said field plate establishes a field between the anode and the field plate; and (d) applying a reducing current to the anode and an oxidizing current to the field plate, wherein lithium ions from the bath lithiate into the anode.
A method for liquid cooling of an electric motor and a transmission configuration (40, 42, 44; 140), which electric motor comprises a rotor with a rotor shaft and a stator provided with windings, and where the transmission configuration (40, 42, 44; 140) comprises a transmission shaft (42a, 44a, 140a), wherein rotor and transmission configuration (40, 42, 44; 140) are journally supported by means of a support configuration, comprising the step of supplying a liquid for said cooling via said support configuration (52, 54; 150; 250; 350; 450; 550) in such a way that said electric motor is cooled, and characterized by the step of supplying the liquid for said cooling via said support configuration (52, 54; 150; 250; 350; 450; 550) in such a way that said transmission configuration (40, 42, 44; 140) is cooled as well.
A motorizing device for moving an aircraft equipped with a landing device having wheels on the ground, the motorizing device comprising at least one electric motor having an output shaft provided with means for its rotational connection to at least one of the wheels of the landing device for driving said wheel in rotation, and an electronic control unit connected on the one hand to the motor to control it and on the other hand to a control interface comprising a control element that the aircraft pilot can move to transmit control signals which the electronic control unit is arranged to transform into motor control signals, the control unit being arranged to implement a first control law having determined dynamics to promote an aircraft movement speed and a second control law having dynamics to promote aircraft manoeuvrability, characterized in that the first control law determines a predetermined acceleration greater than an acceleration determined by the second control law for the same movement amplitude of the control element.
An evacuation support apparatus for an elevator, for causing an elevator to perform an evacuation operation for conveying people stranded in a building including a plurality of floors to an evacuation floor in an emergency, comprising: rescue floor setting means for setting a floor determined based on a predetermined condition as a rescue floor, the floor being selected from the plurality of floors; characterised by further comprising response floor setting means for registering a call only for the floor on which a call input device for specific persons is operated in a case of the evacuation operation as the call for an evacuation response floor, the call input device for specific persons and a call input device for general persons being provided on each of the plurality of floors, wherein: the elevator includes a common car which moves in a reciprocating manner between the rescue floor and the evacuation floor in the case of the evacuation operation; and the common car is capable of responding to the registered call for the evacuation response floor in the case of the evacuation operation. rescue floor setting means for setting a floor determined based on a predetermined condition as a rescue floor, the floor being selected from the plurality of floors; characterised by further comprising response floor setting means for registering a call only for the floor on which a call input device for specific persons is operated in a case of the evacuation operation as the call for an evacuation response floor, the call input device for specific persons and a call input device for general persons being provided on each of the plurality of floors, wherein: the elevator includes a common car which moves in a reciprocating manner between the rescue floor and the evacuation floor in the case of the evacuation operation; and the common car is capable of responding to the registered call for the evacuation response floor in the case of the evacuation operation. the elevator includes a common car which moves in a reciprocating manner between the rescue floor and the evacuation floor in the case of the evacuation operation; and the common car is capable of responding to the registered call for the evacuation response floor in the case of the evacuation operation.
A method of calibrating a sensor, comprising: - initiating a calibration procedure from a mobile device, - establishing a communication between a mobile device and the sensor, - obtaining an identification of the sensor by the mobile device, - determining a position of the mobile device, - sending a request for calibration data to a calibration data provider, the request comprising at least the identification of the sensor and the position of the mobile device, - receiving calibration data from the calibration data provider, the calibration data corresponding to currently sensed values by at least one other sensor that is already calibrated and of the same type as the sensor to be calibrated, - providing the sensor with the calibration data, - calibrating the sensor in accordance with the calibration data. - initiating a calibration procedure from a mobile device, - establishing a communication between a mobile device and the sensor, - obtaining an identification of the sensor by the mobile device, - determining a position of the mobile device, - sending a request for calibration data to a calibration data provider, the request comprising at least the identification of the sensor and the position of the mobile device, - receiving calibration data from the calibration data provider, the calibration data corresponding to currently sensed values by at least one other sensor that is already calibrated and of the same type as the sensor to be calibrated, - providing the sensor with the calibration data, - calibrating the sensor in accordance with the calibration data.