mhurhangee/ep-ind-claims huggingface dataset:
A cosmetic agent containing, in a cosmetically acceptable carrier, a) at least one copolymer A of 2-acrylamido-2-methylpropane sulfonic acid comprising one or more monomers selected from acrylic acid and methacrylic acid, b) at least one polymeric quaternary ammonium compound from the group of copolymers B of vinylpyrrolidone comprising methacrylamido propyl trimethylammonium chloride. a) at least one copolymer A of 2-acrylamido-2-methylpropane sulfonic acid comprising one or more monomers selected from acrylic acid and methacrylic acid, b) at least one polymeric quaternary ammonium compound from the group of copolymers B of vinylpyrrolidone comprising methacrylamido propyl trimethylammonium chloride.
A method of selecting vertices for performing deformable registration on a first and a second triangular surface meshes of corresponding imaged objects, the method comprising: determining (20, 30) the position of a plurality of vertices on the first and second triangular surface meshes; determining a set of corresponding vertex pairs (A-B, C, D), each corresponding vertex pair comprising a vertex from the first triangular surface mesh and a vertex from the second triangular surface mesh; determining the distance between each corresponding vertex pair (A-B, C, D); sorting the set of corresponding vertex pairs (A-B, C, D) based on the distance between each of the corresponding vertex pairs (A-B, C, D); selecting the corresponding vertex pair (A-B) with the greatest distance; discarding vertices on the first triangular surface mesh (C, D) that lie within a selected distance of the vertex belonging to the selected vertex pair (A-B) and to the first triangular surface mesh; discarding the vertices on the second triangular surface mesh corresponding to the discarded vertices on the first triangular surface mesh; and repeating the selecting and discarding steps on corresponding vertex pairs that have not been selected nor discarded until all corresponding vertex pairs (A-B, C, D) are either selected or discarded. determining (20, 30) the position of a plurality of vertices on the first and second triangular surface meshes; determining a set of corresponding vertex pairs (A-B, C, D), each corresponding vertex pair comprising a vertex from the first triangular surface mesh and a vertex from the second triangular surface mesh; determining the distance between each corresponding vertex pair (A-B, C, D); sorting the set of corresponding vertex pairs (A-B, C, D) based on the distance between each of the corresponding vertex pairs (A-B, C, D); selecting the corresponding vertex pair (A-B) with the greatest distance; discarding vertices on the first triangular surface mesh (C, D) that lie within a selected distance of the vertex belonging to the selected vertex pair (A-B) and to the first triangular surface mesh; discarding the vertices on the second triangular surface mesh corresponding to the discarded vertices on the first triangular surface mesh; and repeating the selecting and discarding steps on corresponding vertex pairs that have not been selected nor discarded until all corresponding vertex pairs (A-B, C, D) are either selected or discarded.
Valuables box, in particular banknote container for automatic teller machines, having a base part to receive articles of value, a cover part that can be locked to the base part and having control means which are arranged on a wall of the base part, characterized in that at least one wall of the base part is connected to a facing wall by welding, and in that the wall of the base part and the facing wall that are welded to each other form a double wall, so that security control means on the inside of this double wall are protected against external actions.
A commutator, comprising a body, wherein the body is a cylindrical structure with a shaft hole in the middle and includes a plurality of commutator segments distributed along the circumference thereof, two ends of each of the commutator segments are respectively connected with a wire hanging part and a connector, a plurality of connectors are arranged around an axis of the body and on one side of the body away from the wire hanging parts, and a ring-shaped varistor is mounted on the plurality of connectors, one side of the connector facing the axis is connected with an outer surface of the ring-shaped varistor, the circumferential dimension of the connector along the body is smaller than that of the commutator segment, characterised in that the height of the connector in the direction of the axis of the body is smaller than the height of the ring-shaped varistor in the direction of the axis of the body. one side of the connector facing the axis is connected with an outer surface of the ring-shaped varistor, the circumferential dimension of the connector along the body is smaller than that of the commutator segment, characterised in that the height of the connector in the direction of the axis of the body is smaller than the height of the ring-shaped varistor in the direction of the axis of the body.
A process for the preparation of amorphous Darunavir containing less than 0.1% of the difuranyl impurity of formula 1 comprising the steps of: a) coupling the compound of formula 4 with (3R,3aS,6aR)hexahydrofuro[2,3-b]furan- 3-ol derivative in N-methyl-2-pyrrolidinone (NMPO) to obtain Darunavir; b) dissolving the Darunavir in a solvent; and c) isolating amorphous Darunavir by agitated thin film drying (ATFD). a) coupling the compound of formula 4 with (3R,3aS,6aR)hexahydrofuro[2,3-b]furan- 3-ol derivative in N-methyl-2-pyrrolidinone (NMPO) to obtain Darunavir; b) dissolving the Darunavir in a solvent; and c) isolating amorphous Darunavir by agitated thin film drying (ATFD).
Operating device with a first sensor area (10a-c) having a first operating function, with a second sensor area (12a-c) having a second operating function and with a third sensor area (18a-c) having a third operating function, wherein the sensor areas (10a-c, 12a-c, 18a-c) are surfaces which are embodied as user interfaces and are able to be operated by touch and/or by proximity, with a first sensor means (14a-c) and with a second sensor means (20a-c) and wherein the sensor means (14a-c, 20a-c) are embodied as electrodes (26a-c, 28a-c) and the first sensor means (14a-c) and the second sensor means (20a-c) are provided to detect a touching of and/or proximity to the sensor areas (10a-c, 12a-c, 18a-c) and to transmit a corresponding control signal to at least one control unit (24a-c), with at least one first inactive region (16a-c) of the first sensor means (14a-c) in at least one surface region (17a-c) outside of the first sensor area (10a-c) and the second sensor area (12a-c) and with at least one second inactive region (22a-c) of the second sensor means (20a-c) in at least one surface region (23a-c) outside of the second sensor area (12a-c) and the third sensor area (18a-c), characterised in that the first sensor means (14a-c) is functionally assigned at least to the first sensor area (10a-c) and at least to the second sensor area (12a-c) and the second sensor means (20a-c) is functionally assigned at least to the second sensor area (12a-c) and at least to the third sensor area (18a-c), so that the second sensor area (12a-c) forms a virtual user interface, and that each of the inactive regions (16a-c, 22a-c) is a surface region of a panel unit in which the sensor means (14a-c, 20a-c) is inactive, despite the sensor means (14a-c, 20a-c) being arranged below the surface region, and that the operating device comprises a first shielding unit (30a-c), which at least substantially shields the first sensor means (14a-c) from a touch and/or proximity in the first inactive region (16a-c) and comprises a second shielding unit (62a-c), which at least substantially shields the second sensor means (20a-c) from a touch and/or proximity in the second inactive region (22a-c), wherein a touching of the inactive region (16a-c, 22a-c), due to the shielding unit (30a-c, 62a-c), brings about such a small change in at least one parameter assigned to the sensor means (14a-c, 20a-c) that this change is ignored by the control unit (24a-c).
A sample tube array system comprising: a panel forming a cover; a plurality of sample tubes; a plurality of protrusions extending downward from the panel, each protrusion comprising: a tapered upper wall dimensioned to rest against an inner edge of an upper lip of a respective one of the sample tubes, and a generally vertical lower wall extending below the upper wall and spaced from an adjacent portion of an inner wall of the respective sample tube by a gap sized to create a capillary seal in the presence of a liquid contained in the respective sample tube. a panel forming a cover; a plurality of sample tubes; a plurality of protrusions extending downward from the panel, each protrusion comprising: a tapered upper wall dimensioned to rest against an inner edge of an upper lip of a respective one of the sample tubes, and a generally vertical lower wall extending below the upper wall and spaced from an adjacent portion of an inner wall of the respective sample tube by a gap sized to create a capillary seal in the presence of a liquid contained in the respective sample tube. a tapered upper wall dimensioned to rest against an inner edge of an upper lip of a respective one of the sample tubes, and a generally vertical lower wall extending below the upper wall and spaced from an adjacent portion of an inner wall of the respective sample tube by a gap sized to create a capillary seal in the presence of a liquid contained in the respective sample tube.
A vehicle seat provided with safety belt system comprising: - a safety belt adapted to be diagonally located across the chest of the passenger; - a recoil and restraint device that supplies the safety belt and keeps it tight in normal conditions; said recoil and restraint device being arranged on one side of the seat-back; - two lower anchor points (2 and 3) located on the two sides of a seat; - a first deflection point for the belt located at the shoulder height of the passenger; - a height adjustment device adapted to redirect the safety belt from one of the lower anchor points (2 or 3) to said recoil and restraint device; said height adjustment device being located on the same side as the recoil and restraint device; - a second deflection point fixed and located behind the seat-back, which is interposed between the first deflection point and the height adjustment device, wherein said recoil and restraint device, said first deflection point, said second deflection point and said height adjustment device are all located on the same side of the seat-back, characterized in that said second deflection point consists in a rod with sliding reel having perpendicular axis to the plane of the seat-back; and said recoil and restraint device is provided with recoil axis substantially perpendicular to the plane of the seat-back. - a safety belt adapted to be diagonally located across the chest of the passenger; - a recoil and restraint device that supplies the safety belt and keeps it tight in normal conditions; said recoil and restraint device being arranged on one side of the seat-back; - two lower anchor points (2 and 3) located on the two sides of a seat; - a first deflection point for the belt located at the shoulder height of the passenger; - a height adjustment device adapted to redirect the safety belt from one of the lower anchor points (2 or 3) to said recoil and restraint device; said height adjustment device being located on the same side as the recoil and restraint device; - a second deflection point fixed and located behind the seat-back, which is interposed between the first deflection point and the height adjustment device,
A method for the detection of an increased likelihood of virus infection in a subject within five days of the subject having been infected, the method comprising determining the level of at least one miRNA associated with virus infection in a blood sample from said subject, wherein an altered level of the at least one miRNA in the sample when compared to a control is indicative of the increased likelihood of virus infection.
Closed container for the lyophilization of a liquid or semi-liquid product comprising a container body comprising an upper portion provided with a membrane which is permeable to water vapour and a lower portion comprising a reservoir suitable for receiving the product on a bottom, characterized in that the container comprises internal partitions in the reservoir which form a plurality of product-receiving volumes (22 - 27), the internal partitions being configured such that the introduction of product into a predefined one of the receiving volumes causes said receiving volumes (22 - 27) to be successively filled in a predetermined order, a receiving volume only starting to fill if the preceding receiving volume is full.
A charge pattern creating device estimating an inner state parameter of a first battery to be charged and calculating a charge pattern for the first battery on the basis of an estimation value of the inner state parameter of the first battery, the charge pattern creating device comprising: a battery characteristic estimator arranged for estimating the estimation value of the inner state parameter of the first battery on the basis of data on current and voltage of the first battery measured during charge or discharge of the first battery; and a charge pattern calculator arranged for calculating the charge pattern for the first battery on the basis of a first reference data and a specified value of a deterioration speed of the first battery, characterized in that the first reference data being reference data considered to correspond to the first battery from the reference data indicating at least a relationship among a deterioration speed of a secondary battery, one or more reference parameters related to the secondary battery, and a charge current of the secondary battery; and the charge pattern indicating a value of the charge current corresponding to a first reference parameter which is one of the reference parameters. a battery characteristic estimator arranged for estimating the estimation value of the inner state parameter of the first battery on the basis of data on current and voltage of the first battery measured during charge or discharge of the first battery; and a charge pattern calculator arranged for calculating the charge pattern for the first battery on the basis of a first reference data and a specified value of a deterioration speed of the first battery, characterized in that the first reference data being reference data considered to correspond to the first battery from the reference data indicating at least a relationship among a deterioration speed of a secondary battery, one or more reference parameters related to the secondary battery, and a charge current of the secondary battery; and the charge pattern indicating a value of the charge current corresponding to a first reference parameter which is one of the reference parameters.
Process for manufacturing a shoe rubber outsole, comprising the steps of: treating an uncured rubber material by UV irradiation or plasma; applying an adhesive composition to the treated rubber material of the step and drying the rubber material, wherein said adhesive composition comprises a heat and pressure stable water-based polyurethane dispersion; curing the rubber material obtained in the step. treating an uncured rubber material by UV irradiation or plasma; applying an adhesive composition to the treated rubber material of the step and drying the rubber material, wherein said adhesive composition comprises a heat and pressure stable water-based polyurethane dispersion; curing the rubber material obtained in the step.
An automatic scaffold providing to reach high buildings during construction, repair, dyeing, coating and maintenance processes, and it wherein it comprises - One or more scaffold modules comprising multiple superimposed layers, - moving columns providing the scaffold module to be carried and left in up (s-direction) and down (S1-direction) direction as a whole and to be opened by means of a drive unit or by manually so as to generate a working distance between the said module layers, - said moving columns comprise outer carrier columns carrying upwards the scaffold modules, that they are connected, to in s-direction with the movement it has received from the said drive unit and - an inner moving column, which is connected with a control rod and located in the movement space of the said outer carrier column, - vertical, horizontal and short profiles (119, 120, 121) located between module layers within the said working distance, - multiple carrier plates onto which said profiles are located comprising guide elements providing the said vertical carrier profiles to be fixed between each of said guide element to form the said working distance. - One or more scaffold modules comprising multiple superimposed layers, - moving columns providing the scaffold module to be carried and left in up (s-direction) and down (S1-direction) direction as a whole and to be opened by means of a drive unit or by manually so as to generate a working distance between the said module layers, - said moving columns comprise outer carrier columns carrying upwards the scaffold modules, that they are connected, to in s-direction with the movement it has received from the said drive unit and - an inner moving column, which is connected with a control rod and located in the movement space of the said outer carrier column, - said moving columns comprise outer carrier columns carrying upwards the scaffold modules, that they are connected, to in s-direction with the movement it has received from the said drive unit and - an inner moving column, which is connected with a control rod and located in the movement space of the said outer carrier column, - vertical, horizontal and short profiles (119, 120, 121) located between module layers within the said working distance, - multiple carrier plates onto which said profiles are located comprising guide elements providing the said vertical carrier profiles to be fixed between each of said guide element to form the said working distance.
A battery system comprising: a nickel hydride battery; and an electronic control unit, characterized in that the electronic control unit is configured to: store data indicating a corresponding relationship between an elapsed time (TIME) from start of use of the nickel hydride battery and a memory quantity, the data being data determined in a classified manner individually for each of conditions of use (P, Q, R) that are defined in such a manner as to include an open circuit voltage of the nickel hydride battery and a temperature (Tb) of the nickel hydride battery, sequentially calculate, with reference to the data, the memory quantity (Mp, M Q, M R) within a time when classification of the conditions of use does not change, the memory quantity being a quantity indicating an amount of change in voltage resulting from a memory effect of the nickel hydride battery, and estimate a current memory quantity of the nickel hydride battery by integrating, which is adding, the sequentially calculated memory quantities. a nickel hydride battery; and an electronic control unit, characterized in that the electronic control unit is configured to: store data indicating a corresponding relationship between an elapsed time (TIME) from start of use of the nickel hydride battery and a memory quantity, the data being data determined in a classified manner individually for each of conditions of use (P, Q, R) that are defined in such a manner as to include an open circuit voltage of the nickel hydride battery and a temperature (Tb) of the nickel hydride battery, sequentially calculate, with reference to the data, the memory quantity (Mp, M Q, M R) within a time when classification of the conditions of use does not change, the memory quantity being a quantity indicating an amount of change in voltage resulting from a memory effect of the nickel hydride battery, and estimate a current memory quantity of the nickel hydride battery by integrating, which is adding, the sequentially calculated memory quantities. store data indicating a corresponding relationship between an elapsed time (TIME) from start of use of the nickel hydride battery and a memory quantity, the data being data determined in a classified manner individually for each of conditions of use (P, Q, R) that are defined in such a manner as to include an open circuit voltage of the nickel hydride battery and a temperature (Tb) of the nickel hydride battery, sequentially calculate, with reference to the data, the memory quantity (Mp, M Q, M R) within a time when classification of the conditions of use does not change, the memory quantity being a quantity indicating an amount of change in voltage resulting from a memory effect of the nickel hydride battery, and estimate a current memory quantity of the nickel hydride battery by integrating, which is adding, the sequentially calculated memory quantities.
An electronic device comprising: a display; and a processor, the processor is configured to: playback, using the display, display data of content based on a designated field of view "FoV"; determine whether the display data of the content based on the designated field of view "FoV", corresponding to a designated frame number is played; and, after playback of the display data corresponding to the designated frame number based on the designated FoV, playback, using the display, display data of the content based on a determined FoV. a display; and a processor, the processor is configured to: playback, using the display, display data of content based on a designated field of view "FoV"; determine whether the display data of the content based on the designated field of view "FoV", corresponding to a designated frame number is played; and, after playback of the display data corresponding to the designated frame number based on the designated FoV, playback, using the display, display data of the content based on a determined FoV. playback, using the display, display data of content based on a designated field of view "FoV"; determine whether the display data of the content based on the designated field of view "FoV", corresponding to a designated frame number is played; and, after playback of the display data corresponding to the designated frame number based on the designated FoV, playback, using the display, display data of the content based on a determined FoV.
A fish tape assembly comprising: a fish tape tool including a housing, a chamber defined in the housing and a motor supported by the housing; and a fish tape drum configured to be inserted into the chamber of the housing, the fish tape drum containing a type of fish tape and including a rotatable drum portion configured to rotate in response to receiving torque from the motor, characterised in that: the fish tape tool includes a sensor configured to detect the type of fish tape in the fish tape drum inserted into the chamber of the housing; and the fish tape tool is configured to set a torque level of the motor, to rotate the fish tape drum, based on the type of fish tape detected by the sensor. a fish tape tool including a housing, a chamber defined in the housing and a motor supported by the housing; and a fish tape drum configured to be inserted into the chamber of the housing, the fish tape drum containing a type of fish tape and including a rotatable drum portion configured to rotate in response to receiving torque from the motor, characterised in that: the fish tape tool includes a sensor configured to detect the type of fish tape in the fish tape drum inserted into the chamber of the housing; and the fish tape tool is configured to set a torque level of the motor, to rotate the fish tape drum, based on the type of fish tape detected by the sensor. the fish tape tool includes a sensor configured to detect the type of fish tape in the fish tape drum inserted into the chamber of the housing; and the fish tape tool is configured to set a torque level of the motor, to rotate the fish tape drum, based on the type of fish tape detected by the sensor.