mhurhangee/ep-ind-claims huggingface dataset:
An upsliding package comprising: an outer box having an opening end at a top thereof; an inner box accommodated in said outer box so as to be able to slide upward from the opening end of said outer box, said inner box including a main body and a hinge lid connected to the main body via a hinge line, the hinge lid including a top wall for closing the opening end when said inner box is accommodated in said outer box, and a lid rear wall formed between the top wall and the hinge line; and a lid-opening device for opening the hinge lid when the hinge lid of said inner box is projected from said outer box, wherein said lid-opening device includes: a lid flap configured to extend downward from a rear edge of the top wall along the lid rear wall so as to be inserted between an outer rear wall of said outer box and an inner rear wall of said inner box, and having an opening; an insertion tab provided in said outer box, the insertion tab having a distal end portion inserted into the opening from above, and configured to engage a lower edge of the opening with a root thereof so as to regulate further projection of the lid flap when the hinge lid is projected from said outer box together with the lid flap; said lid-opening device further including a first folding line formed in the lid flap in parallel with the hinge line, the first folding line being configured to be located above the opening end of said outer box and extended across the lid flap in the width direction of the lid flap so as to allow the lid flap to be folded in a state where the further projection of the lid flap is regulated, wherein the first folding line is located above an upper edge of the outer rear wall by a distance when the further projection of the lid flap is regulated, characterized in that the first folding line is divided by the opening. an outer box having an opening end at a top thereof; an inner box accommodated in said outer box so as to be able to slide upward from the opening end of said outer box, said inner box including a main body and a hinge lid connected to the main body via a hinge line, the hinge lid including a top wall for closing the opening end when said inner box is accommodated in said outer box, and a lid rear wall formed between the top wall and the hinge line; and a lid-opening device for opening the hinge lid when the hinge lid of said inner box is projected from said outer box, wherein said lid-opening device includes: a lid flap configured to extend downward from a rear edge of the top wall along the lid rear wall so as to be inserted between an outer rear wall of said outer box and an inner rear wall of said inner box, and having an opening;
Use of a multi-component synthetic resin adhesive composition for the fixing sector for embedding an anchoring element in mortar in a hole or crevice, wherein the synthetic resin adhesive composition and an anchoring means are introduced into a hole or crevice, including in a cracked substrate, such as cracked concrete, and the synthetic resin adhesive composition is caused to cure, wherein the synthetic resin adhesive composition comprises reactive diluents and/or resins, and wherein the reactive diluent and/or the reactive resin comprise(s) at least one reactive diluent and/or reactive resin that is biogenic or has a biogenic content, selected from epoxidised soybean oil (meth)acrylate, 1,10-decanediol di(meth)acrylate, tetrahydrofuryl methacrylate, isobornyl methacrylate, sorbitol (meth)acrylate, (meth)acrylated fusel oil, purely biogenic glycerol tri(meth)acrylate and mixtures of two or more such at least partly biogenic reactive diluents and/or resins, wherein biogenic, a biogenic content or at least partly biogenic means that the reactive diluents or those "having biogenic content" have at least parts of their molecules obtained from plants or vegetable or animal materials, which can be detected with reference to ASTM 6866 by way of the 14 C content.
An apparatus for estimating bio-information of a user, the apparatus comprising: a first sensor configured to obtain a fingerprint image of a finger of the user; a second sensor configured to measure a force or a pressure applied by the finger of the user to the first sensor; and a processor configured to: obtain (730, 830), based on the fingerprint image, a first feature value related to pulse waves; obtain a change in distance between ridges or valleys of a fingerprint from the fingerprint image based on the finger pressing the first sensor, and obtain (740, 840) a second feature value based on the change in distance, the second feature value being related to skin elasticity; obtain (750, 850) a third feature value based on the force or the pressure; and estimate (760, 860-870) the bio-information of the user, based on the first feature value, the second feature value, and the third feature value. a first sensor configured to obtain a fingerprint image of a finger of the user; a second sensor configured to measure a force or a pressure applied by the finger of the user to the first sensor; and a processor configured to: obtain (730, 830), based on the fingerprint image, a first feature value related to pulse waves; obtain a change in distance between ridges or valleys of a fingerprint from the fingerprint image based on the finger pressing the first sensor, and obtain (740, 840) a second feature value based on the change in distance, the second feature value being related to skin elasticity; obtain (750, 850) a third feature value based on the force or the pressure; and estimate (760, 860-870) the bio-information of the user, based on the first feature value, the second feature value, and the third feature value. obtain (730, 830), based on the fingerprint image, a first feature value related to pulse waves; obtain a change in distance between ridges or valleys of a fingerprint from the fingerprint image based on the finger pressing the first sensor, and obtain (740, 840) a second feature value based on the change in distance, the second feature value being related to skin elasticity; obtain (750, 850) a third feature value based on the force or the pressure; and estimate (760, 860-870) the bio-information of the user, based on the first feature value, the second feature value, and the third feature value.
A device for imparting a torsional force onto a wire, having a base, a support mounted so as to be rotatable with respect to the base around an axis of rotation, the axis of rotation coinciding with a wire path extending through the base and the support, a wire clutching device mounted on the support and adapted to mechanically engage at a wire guided along the wire path such that it can exert a torsional force onto the wire, and a rotation mechanism which is adapted for rotating the support with respect to the base, thereby imparting a torsional force onto the wire.
Method for determining a welding- or brazing speed during a welding- or brazing process with a welding- or brazing device comprising a tool head, as well as a burner or a welding tong, wherein a welding- or brazing speed is determined, a temperature of a work piece being welded or brazed during a welding- or brazing process is recorded and the welding- or brazing speed and the temperature of the welded or brazed work piece is transmitted to a controller through which at least one welding- or brazing parameter of the welding- or brazing device, depending on the welding- or brazing speed and the temperature of the welded or brazed work piece, is controlled, characterized in that a change of position of the burner is determined per time by a broadcast system comprising several, spread in a welding- or brazing surrounding, permanently installed transmitters (26, 27, 28) emitting infrared laser impulses and a receiver provided on or in the tool head and as a result the respective welding- or brazing speed is determined.
A moisture amount detection device, comprising: a light source including a semiconductor light emitting element that emits light, the light source projecting the light toward an object, means for pulsing the light emitted by the light source at a predetermined frequency; a light receiver that receives the light reflected by the object and outputs a detection signal; an amplifier that receives the detection signal and outputs an amplified signal obtained by amplifying the detection signal by a predetermined amplification factor; a lock-in amplifier that receives the amplified signal and outputs an extracted signal which is obtained by extracting a signal of the predetermined frequency from the amplified signal and from which an alternating current component has been removed by a first low-pass filter, the lock-in amplifier including the first low-pass filter; an A/D converter that receives the extracted signal from which the alternating current component has been removed, performs A/D conversion on the extracted signal, and outputs a digital signal; a second low-pass filter whose cut-off frequency is changeable, and that receives the digital signal and allows a signal of a frequency below the cut-off frequency in the digital signal to pass through the second low-pass filter; and a controller that controls the cut-off frequency, wherein the controller performs first control to change the cut-off frequency of the second low-pass filter according to a signal intensity indicated by the digital signal. a light source including a semiconductor light emitting element that emits light, the light source projecting the light toward an object, means for pulsing the light emitted by the light source at a predetermined frequency; a light receiver that receives the light reflected by the object and outputs a detection signal; an amplifier that receives the detection signal and outputs an amplified signal obtained by amplifying the detection signal by a predetermined amplification factor; a lock-in amplifier that receives the amplified signal and outputs an extracted signal which is obtained by extracting a signal of the predetermined frequency from the amplified signal and from which an alternating current component has been removed by a first low-pass filter, the lock-in amplifier including the first low-pass filter; an A/D converter that receives the extracted signal from which the alternating current component has been removed, performs A/D conversion on the extracted signal, and outputs a digital signal; a second low-pass filter whose cut-off frequency is changeable, and that receives the digital signal and allows a signal of a frequency below the cut-off frequency in the digital signal to pass through the second low-pass filter; and a controller that controls the cut-off frequency, wherein the controller performs first control to change the cut-off frequency of the second low-pass filter according to a signal intensity indicated by the digital signal.
A mutant human DNA polymerase ε according to SEQ ID NO: 1 comprising mutation at amino acid position 952, wherein the mutation comprises mutation of a leucine residue at the position 952 in the amino acid sequence of human DNA polymerase ε into another amino acid residue, wherein the other amino acid residue is a serine residue.
A method for selecting at a user terminal reception and decoding of a transmission mode used by a base station, the user terminal receiving communicated information from the base station, which has multiple antennas, via plural channels, the plural channels including a primary broadcast channel and at least one control channel, the method comprising: receiving at the user terminal initiating data from the base station via the primary broadcast channel; detecting from the received initiating data whether a first or a second transmission mode is used by the base station for the primary broadcast channel, the first transmission mode indicating that a first number of antennas is used by the base station and the second transmission mode indicating that a second number, different than the first number, of antennas is used by the base station to communicate with the user terminal; and decoding the at least one control channel using the detected transmission mode of the primary broadcast channel, wherein the detected transmission mode of the primary broadcast channel determines the transmission mode for the later decoded at least one control channel. receiving at the user terminal initiating data from the base station via the primary broadcast channel; detecting from the received initiating data whether a first or a second transmission mode is used by the base station for the primary broadcast channel, the first transmission mode indicating that a first number of antennas is used by the base station and the second transmission mode indicating that a second number, different than the first number, of antennas is used by the base station to communicate with the user terminal; and decoding the at least one control channel using the detected transmission mode of the primary broadcast channel,
A qubit apparatus comprising: a qubit; a resistive load coupled to the qubit through a filter, the filter having at least a first pass band and a first stop band; and a qubit control configured to provide a bias current to the qubit and alter the provided bias current to tune the qubit to alter an associated transition frequency between a ground state and a first excited state of the qubit from a first frequency in the first stop band of the filter to a second frequency in the first pass band of the filter to initialize the qubit apparatus to the ground state with high fidelity. a qubit; a resistive load coupled to the qubit through a filter, the filter having at least a first pass band and a first stop band; and a qubit control configured to provide a bias current to the qubit and alter the provided bias current to tune the qubit to alter an associated transition frequency between a ground state and a first excited state of the qubit from a first frequency in the first stop band of the filter to a second frequency in the first pass band of the filter to initialize the qubit apparatus to the ground state with high fidelity.
A reading apparatus for a contactless readout of information on objects which can be guided past the reading apparatus, wherein the reading apparatus has a data processing unit, a scanner unit, a communication unit, a contact recognition unit, and a housing, wherein the contact recognition unit is configured to recognize contacts with the housing of the reading apparatus, characterized in that the contact recognition unit is configured to recognize electrostatic discharges at the housing based on contacts and wherein the housing is electrically conductive and is composed of or consists of metal or a metal alloy.
An operating unit for a device, e.g. for a vehicle component, in particular a man-machine interface (MMI or HMI), comprising - a housing that has a control panel and that is provided for attaching in an apparatus, in particular a vehicle dashboard or vehicle center console, - wherein the control panel is mounted elastically at and/or in the housing, - at least one actuator for mechanically exciting the control panel upon detection of an operation of the control panel, - a display unit having a display surface, - the control panel forming the front side of a touch-sensitive touch panel for spatially resolved detection of a touch of the control panel, - wherein the at least one actuator mechanically excites the touch panel when touching of the control panel is detected, and - a compensation weight that is elastically mounted in and/or at the housing and/or is elastically mounted at the touch panel, wherein the compensation weight is mechanically excitable by the actuator or by an actuator for compensating the forces acting on the housing when the touch panel is mechanically excited, characterized in that - the touch panel is arranged separated from the display unit and, - in that - the display unit forms the compensation weight and/or - the display unit has a backlight unit for backlighting the display unit, wherein the backlight unit is arranged separated from the display unit and forms the compensation weight. - a housing that has a control panel and that is provided for attaching in an apparatus, in particular a vehicle dashboard or vehicle center console, - wherein the control panel is mounted elastically at and/or in the housing, - at least one actuator for mechanically exciting the control panel upon detection of an operation of the control panel, - a display unit having a display surface, - the control panel forming the front side of a touch-sensitive touch panel for spatially resolved detection of a touch of the control panel, - wherein the at least one actuator mechanically excites the touch panel when touching of the control panel is detected, and - a compensation weight that is elastically mounted in and/or at the housing and/or is elastically mounted at the touch panel, wherein the compensation weight is mechanically excitable by the actuator or by an actuator for compensating the forces acting on the housing when the touch panel is mechanically excited, - the touch panel is arranged separated from the display unit and, - in that - the display unit forms the compensation weight and/or - the display unit has a backlight unit for backlighting the display unit, wherein the backlight unit is arranged separated from the display unit and forms the compensation weight. - the display unit forms the compensation weight and/or - the display unit has a backlight unit for backlighting the display unit, wherein the backlight unit is arranged separated from the display unit and forms the compensation weight.
A printed circuit board structure (7, 10, 12, 13, 22, 27) with at least two dielectric insulating layers (2, 5o, 5u, 23, 24) and at least one conductive layer (3, 4, 6o, 6u, 14, 25, 26), characterized in that in layers within the printed circuit board structure (7, 10, 12, 13, 22, 27), the at least two insulating layers (5o, 5u, 23, 24) have, arranged between them, a layer (5, 15) made of a dielectric thermally conductive material that is located thermally conductively at least in the vicinity of, or in thermally conductive contact with, an inner conductor track structure (3, 14, 21).
A beverage dispensing machine, the machine adapted to be positioned in at least one first position and at least one second position, the first and second position mutually rotated (α) with respect to an orientation axis, wherein the machine includes a user interface member carried by the machine, the interface member rotatable with respect to said orientation axis with said interface member adapted to maintain a certain orientation in space irrespective of the machine being positioned in said at least one first position or in said at least one second position, wherein the interface element has a cantilever shape with a proximal horizontal part pivoted on the body of the machine about said orientation axis and a distal vertical part that carries at the front a face with pushbuttons and/or display elements for operating and/or controlling the machine.
A linear actuator comprising: - a first part arranged to rotate along with a rotating part of a stepper motor, - a second part arranged to drive a movable valve element, and - a coupling interconnecting the first part and the second part to allow the second part to rotate along with the first part at the same angular velocity as the first part, the coupling defining a fit tolerance between the first part and the second part allowing the first part to rotate a predefined distance before engaging the second part and rotating the second part along with the first part, characterized in that the predefined distance corresponds to at least 0.15 full step and at most 2 full steps of the stepper motor, when the movable valve element is in a closed position. - a first part arranged to rotate along with a rotating part of a stepper motor, - a second part arranged to drive a movable valve element, and - a coupling interconnecting the first part and the second part to allow the second part to rotate along with the first part at the same angular velocity as the first part, the coupling defining a fit tolerance between the first part and the second part allowing the first part to rotate a predefined distance before engaging the second part and rotating the second part along with the first part, characterized in that the predefined distance corresponds to at least 0.15 full step and at most 2 full steps of the stepper motor, when the movable valve element is in a closed position.
Instrument system for minimally invasive surgery in single port technology, comprising a trocar and comprising at least one instrument channel which runs from proximal to distal on the trocar and which has a proximal end that remains extracorporeal when the trocar is inserted into the body of a patient and a distal end that is located intracorporeally, wherein a semi-flexible instrument can be inserted through the instrument channel in such a way that the operating handle of said semi-flexible instrument remains extracorporeal and the distal working element thereof emerges distally from the instrument channel, characterized in that the instrument channel is flexibly bendable and is stable in its longitudinal direction, in that the distal end of the instrument channel is fixed on the trocar, in that the instrument channel can be axially displaced proximally with a middle section in a guide on the trocar, as a result of which the instrument channel is arranged, in its length region between the fixed distal end and the guide on the trocar, externally on the trocar and is bent laterally outwards away from the trocar and forwards beyond the distal end of the trocar when the instrument channel is pushed in the distal direction in the guide, and in that the instrument channel has an exit opening for the distal end of the instrument, which exit opening is located in the outwardly bending length region that is offset in the proximal direction from the fixed distal end.
An aqueous dispersion comprising polymer-enclosed particles, wherein the polymer-enclosed particles comprise particles enclosed by a friable polymer, wherein the particles are selected from an inorganic material and a non-polymeric organic material as well as mixtures of any of the foregoing wherein the aqueous dispersion is obtainable by a method comprising: providing a mixture, in an aqueous medium, of: (a) particles wherein the particles are selected from an inorganic material and a non-polymeric organic material as well as mixtures of any of the foregoing, (b) an ethylenically unsaturated monomer, and (c) a water-dispersible polymerizable dispersant, and polymerizing the ethylenically unsaturated monomer and polymerizable dispersant to form polymer-enclosed particles comprising a water-dispersible polymer. providing a mixture, in an aqueous medium, of: (a) particles wherein the particles are selected from an inorganic material and a non-polymeric organic material as well as mixtures of any of the foregoing, (b) an ethylenically unsaturated monomer, and (c) a water-dispersible polymerizable dispersant, and (a) particles wherein the particles are selected from an inorganic material and a non-polymeric organic material as well as mixtures of any of the foregoing, (b) an ethylenically unsaturated monomer, and (c) a water-dispersible polymerizable dispersant, and polymerizing the ethylenically unsaturated monomer and polymerizable dispersant to form polymer-enclosed particles comprising a water-dispersible polymer.