mhurhangee/ep-ind-claims huggingface dataset:
Headlamp for a motor vehicle, wherein the headlamp comprises: a headlamp housing; a light module for generating an emission light distribution, in particular a dipped beam distribution comprising a light-dark boundary; a light module frame on which the light module is fixed rigidly or so as to be rotatable about a bending-light axis, and which is fixed to the headlamp housing so as to be rotatable about a headlamp range axis; a headlamp range adjusting device which is rigidly fixed to the headlamp housing and has a drive system for setting a rotational position of the light module frame about the headlamp range axis and has a compensation device, characterized in that the compensation device corrects the rotational position of the light module frame depending on temperature, wherein the compensation device comprises: a first compensation portion having a first temperature expansion coefficient and a second compensation portion having a second temperature expansion coefficient different from the first temperature expansion coefficient, wherein a distal connecting portion connects the first and the second compensation portion (30, 32) to one another, the first and/or the second compensation portion has sub-portions (602, 604) having different temperature expansion coefficients. a headlamp housing; a light module for generating an emission light distribution, in particular a dipped beam distribution comprising a light-dark boundary; a light module frame on which the light module is fixed rigidly or so as to be rotatable about a bending-light axis, and which is fixed to the headlamp housing so as to be rotatable about a headlamp range axis; a headlamp range adjusting device which is rigidly fixed to the headlamp housing and has a drive system for setting a rotational position of the light module frame about the headlamp range axis and has a compensation device, characterized in that the compensation device corrects the rotational position of the light module frame depending on temperature, wherein the compensation device comprises: a first compensation portion having a first temperature expansion coefficient and a second compensation portion having a second temperature expansion coefficient different from the first temperature expansion coefficient, wherein a distal connecting portion connects the first and the second compensation portion (30, 32) to one another, the first and/or the second compensation portion has sub-portions (602, 604) having different temperature expansion coefficients. a first compensation portion having a first temperature expansion coefficient and a second compensation portion having a second temperature expansion coefficient different from the first temperature expansion coefficient, wherein a distal connecting portion connects the first and the second compensation portion (30, 32) to one another, the first and/or the second compensation portion has sub-portions (602, 604) having different temperature expansion coefficients.
Shading apparatus having a tensionable cloth and at least one lateral guide profile strip in which the cloth and/or a drop rod attached to the cloth is movably guided, the guide profile strip being attachable to a support structure via at least one holder which is in engagement with the guide profile strip via at least one engagement device, the engagement device having at least one latching element which is formed on the holder and engages behind a projection of the guide profile strip in a latching position, and a blocking element being provided which can be brought into a blocking position in which it blocks the latching element in the latching position thereof, characterized in that the blocking element is locked in its blocking position with the latching element and/or the guide profile strip.
An inkjet ink, comprising component containing at least one kind of amide acid derivative selected from the group of compound having a constitutional unit represented by formula below and having at least one kind of molecular terminal group selected from the group of groups represented by formulas and below, and compounds represented by formulas to below, or an imidized substance of the amide acid derivative, and solvent and solvent, wherein solvent is dimethyl sulfoxide, solvent is at least one kind of solvent selected from diethylene glycol ethylmethyl ether, triethylene glycol dimethyl ether and γ-butyrolactone, and solvent is contained in the range of 10 to 30% by weight based on 100% by weight of a total of solvent and solvent: wherein, in formulas and, X is each independently carbon or an organic group having 2 to 100 carbons, in formulas, and, Y is each independently an organic group having 1 to 100 carbons, in formula, Z is an organic group having 1 to 100 carbons, in formulas, and, X' is each independently an organic group having 1 to 100 carbons, and in formulas, and, Y' is each independently an organic group having 1 to 100 carbons. in formulas and, X is each independently carbon or an organic group having 2 to 100 carbons, in formulas, and, Y is each independently an organic group having 1 to 100 carbons, in formula, Z is an organic group having 1 to 100 carbons, in formulas, and, X' is each independently an organic group having 1 to 100 carbons, and in formulas, and, Y' is each independently an organic group having 1 to 100 carbons.
A head-up display device comprising: a case accommodating therein a projector which projects light for displaying an image, a control board which controls the projector, a reflection unit which reflects the light projected from the projector, and a light-shielding body which blocks light from outside; and a lid body covering an upper part of the case, the reflection unit being configured to hold a flat reflecting mirror by a holder, wherein the holder comprises a flat portion having a front surface, to which the mirror is attached, and a back surface opposite the front surface, a light-receiving unit which detects the light from the outside being connected to the control board via a connecting member, the light-receiving unit being configured to hold a light-receiving sensor by a sensor holding portion, wherein the sensor holding portion is held by the holder, wherein the sensor holding portion is located: on the back surface; and above the flat portion. the reflection unit being configured to hold a flat reflecting mirror by a holder, wherein the holder comprises a flat portion having a front surface, to which the mirror is attached, and a back surface opposite the front surface, a light-receiving unit which detects the light from the outside being connected to the control board via a connecting member, the light-receiving unit being configured to hold a light-receiving sensor by a sensor holding portion, wherein the sensor holding portion is held by the holder, wherein the sensor holding portion is located: on the back surface; and above the flat portion.
A blood flow control apparatus for controlling a flow of blood and/or other bodily matter in a patient's blood vessel, characterized in that the apparatus comprises: an implantable constriction device (2, 27, 97, 213) configured to gently constrict at least one portion of the tissue wall of the blood vessel to restrict the flow in the blood vessel, an implantable stimulation device configured to stimulate the constricted wall portion of the wall of the blood vessel, and a control device operable to control the stimulation device to stimulate the wall portion, as the constriction device constricts the wall portion, to cause contraction of the wall portion to further restrict the flow in the blood vessel (12, 19). an implantable constriction device (2, 27, 97, 213) configured to gently constrict at least one portion of the tissue wall of the blood vessel to restrict the flow in the blood vessel, an implantable stimulation device configured to stimulate the constricted wall portion of the wall of the blood vessel, and a control device operable to control the stimulation device to stimulate the wall portion, as the constriction device constricts the wall portion, to cause contraction of the wall portion to further restrict the flow in the blood vessel (12, 19).
Balancing machine for balancing vehicle wheels, comprising: - a base frame supporting a balancing shaft for balancing a vehicle wheel, said base frame having a side panel from which the balancing shaft protrudes overhanging along a horizontal direction; and - at least one pattern generator (6a, 6b, 6c, 6d) adapted to project at least an image (7a, 7b, 7c, 7d) onto said wheel for identifying at least a reference point thereon, characterised in that it comprises: - illumination means for illuminating said wheel and having a plurality of light sources which are associated to said side panel substantially at the point of connection of said balancing shaft with said base frame, are arranged in a ring pattern around said balancing shaft and are split into a plurality of sectors, wherein each of said sectors extends around said balancing shaft on a circumference arc, said at least one pattern generator (6a, 6b, 6c, 6d) being integrated with said illumination means and arranged between two of said sectors of light sources. - a base frame supporting a balancing shaft for balancing a vehicle wheel, said base frame having a side panel from which the balancing shaft protrudes overhanging along a horizontal direction; and - at least one pattern generator (6a, 6b, 6c, 6d) adapted to project at least an image (7a, 7b, 7c, 7d) onto said wheel for identifying at least a reference point thereon, - illumination means for illuminating said wheel and having a plurality of light sources which are associated to said side panel substantially at the point of connection of said balancing shaft with said base frame, are arranged in a ring pattern around said balancing shaft and are split into a plurality of sectors, wherein each of said sectors extends around said balancing shaft on a circumference arc, said at least one pattern generator (6a, 6b, 6c, 6d) being integrated with said illumination means and arranged between two of said sectors of light sources.
An operation terminal operated by a user, comprising: a terminal side transmitting means for transmitting and receiving information to/from an information processing unit; a terminal side display means capable of emitting different colored lights; and a terminal side display control means for performing display control of the terminal side display means; characterized in that the terminal side transmitting means receives correspondence information assigned to the operation terminal from the information processing unit, the correspondence information represents correspondence of the operation terminal to one of the game characters capable of being operated by the operation terminal, and when the terminal side transmitting means has received the correspondence information from the information processing unit, the terminal side display control means controls the terminal side display means to emit light of a color corresponding to the correspondence information received by the terminal side transmitting means, for visually being recognized that the one of the game characters is capable of being operated by the operation terminal. a terminal side transmitting means for transmitting and receiving information to/from an information processing unit; a terminal side display means capable of emitting different colored lights; and a terminal side display control means for performing display control of the terminal side display means; characterized in that the terminal side transmitting means receives correspondence information assigned to the operation terminal from the information processing unit, the correspondence information represents correspondence of the operation terminal to one of the game characters capable of being operated by the operation terminal, and when the terminal side transmitting means has received the correspondence information from the information processing unit, the terminal side display control means controls the terminal side display means to emit light of a color corresponding to the correspondence information received by the terminal side transmitting means, for visually being recognized that the one of the game characters is capable of being operated by the operation terminal.
Metal oxide particles for a cathode active material of a lithium secondary battery, the metal oxide represented by the following Chemical Formula 1: [Chemical Formula 1] Li a Ni x Co y M z O 2 in Chemical Formula 1, M is any one selected from aluminum, magnesium, titanium, gallium and indium, and a, x, y and z satisfy 1.01≤a≤1.05, 0.7≤x≤0.9, 0≤y≤0.17, 0.02≤z≤0.16, and x+y+z=1, respectively, and the metal oxide particles has a concentration gradient at which the concentration of M is decreased from the surface of the metal oxide particle toward the center thereof.
A method for collecting energy in a well, comprising providing an energy collecting arrangement in a well, and characterised in using the energy collecting arrangement to collect energy from variations in fluid pressure in the well due to variations in lithostatic pressure.
Process for producing aqueous formulations free of organic solvents, characterized in that at least one active agrochemical ingredient a) having a melting temperature range between 50°C and 80°C is first melted in a first step, then the melt is added to water while stirring, the water containing at least one ionic and/or nonionic dispersant b), and the mixture is cooled below the melting point of the active ingredient in a second step, characterized in that the active ingredient a) is mefenpyr-diethyl, and wherein in the first step component a) is added to an aqueous solution comprising an ionic dispersant b1) and a carrier material c1) and also a filler c2), and wherein the water has a temperature between 0°C and 40°C, and wherein, in the second step, the mixture is stirred during the cooling for a period of 5 minutes to 24 h, and wherein mefenpyr-diethyl crystals can be detected under the microscope to an extent of at least 90% by weight, based on mefenpyr-diethyl used, and the crystalline active ingredient no longer has an amorphous structure, and wherein c1) is selected from the group of the highly absorptive carriers having an absorption capacity of at least 200 g of dibutyl phthalate per 100 g of carrier material, wherein the highly adsorptive carrier is selected from the group of the silicas. characterized in that the active ingredient a) is mefenpyr-diethyl, and wherein in the first step component a) is added to an aqueous solution comprising an ionic dispersant b1) and a carrier material c1) and also a filler c2), and wherein the water has a temperature between 0°C and 40°C, and wherein, in the second step, the mixture is stirred during the cooling for a period of 5 minutes to 24 h, and wherein mefenpyr-diethyl crystals can be detected under the microscope to an extent of at least 90% by weight, based on mefenpyr-diethyl used, and the crystalline active ingredient no longer has an amorphous structure, and wherein c1) is selected from the group of the highly absorptive carriers having an absorption capacity of at least 200 g of dibutyl phthalate per 100 g of carrier material, wherein the highly adsorptive carrier is selected from the group of the silicas.
Valve, in particular lift axle valve, lifting-lowering-valve or air suspension valve, for a pressurized air system of a commercial vehicle with a) a housing and b) a mounting device for screwing the housing to a console or bracket, c) the mounting device comprising at least two mounting means (5, 6) being located with a distance from each other and used for mounting the housing to the console or bracket, characterised in that d) there is only one single screwable mounting means and e) there is at least one positively-engaging mounting means by which the housing is supported at the console or bracket at least fixed against rotation with respect to a rotation about a screw axis of the screwable mounting means. a) a housing and b) a mounting device for screwing the housing to a console or bracket, c) the mounting device comprising at least two mounting means (5, 6) being located with a distance from each other and used for mounting the housing to the console or bracket, d) there is only one single screwable mounting means and e) there is at least one positively-engaging mounting means by which the housing is supported at the console or bracket at least fixed against rotation with respect to a rotation about a screw axis of the screwable mounting means.
A feedback method in a multiple-stream, multiple-antenna receiver, the method comprising the steps of: measuring a composite channel between a multiple-antenna transmitter and a multiple-antenna receiver to produce a composite channel measurement wherein the multiple-antenna transmitter includes an antenna array and the antenna array comprising a number of antenna elements; selecting a plurality of antenna array weight sets for use in the multiple-antenna transmitter in response to the composite channel measurement, wherein each antenna array weight set is associated with one of multiple data streams (30, 32), and wherein the step of selecting a plurality of antenna array weight sets further includes selecting a plurality of antenna array weight sets having a correlation between the plurality of antenna array weight sets that is less than a desired correlation threshold or equal to zero; and transmitting information describing the plurality of antenna array weight sets for use in the multiple-antenna transmitter. measuring a composite channel between a multiple-antenna transmitter and a multiple-antenna receiver to produce a composite channel measurement wherein the multiple-antenna transmitter includes an antenna array and the antenna array comprising a number of antenna elements; selecting a plurality of antenna array weight sets for use in the multiple-antenna transmitter in response to the composite channel measurement, wherein each antenna array weight set is associated with one of multiple data streams (30, 32), and wherein the step of selecting a plurality of antenna array weight sets further includes selecting a plurality of antenna array weight sets having a correlation between the plurality of antenna array weight sets that is less than a desired correlation threshold or equal to zero; and transmitting information describing the plurality of antenna array weight sets for use in the multiple-antenna transmitter.
Probiotic composition for use in the treatment of bacterial vaginosis in a subject, wherein said composition has been obtained by in vitro culturing a sample comprising bacteria from the vagina from said subject, wherein said subject already suffers from bacterial vaginosis, under conditions that favour beneficial bacteria, wherein said beneficial bacteria are Lactobacilli.
An inverter-integrated electric compressor having an inverter unit integrated therein, characterized in that the inverter unit is provided with a plurality of CAN (Controller Area Network) receiver circuits (31,32) for CAN communications with a vehicle-side control unit, at least one of the CAN receiver circuits (31,32) being a high-speed CAN receiver circuit allowing connection with a high-speed CAN bus and at least one of the other CAN receiver circuits (31,32) being a low-speed CAN receiver circuit, allowing connection with a low-speed CAN bus; wherein the high-speed CAN bus and the low-speed CAN bus are connected to the vehicle side control unit.
An aerial drone comprising: an airframe (10, 210, 310); a propulsion system mounted to the airframe (10, 210, 310), the propulsion system being configured to control the movement of the aerial drone; a capturing device mounted to the airframe (10, 210, 310), the capturing device being configured to receive and capture an aerial object located above the aerial drone; and a catch detection system configured to detect whether an aerial object has been caught by the capturing device, wherein the catch detection system is configured to monitor the acceleration of the aerial drone with respect to motor speed commands provided by a flight control system to the propulsion system and wherein the catch detection system is further configured to determine based on such motor speed commands and the monitored acceleration of the aerial drone whether an aerial object has been captured by the capturing device. an airframe (10, 210, 310); a propulsion system mounted to the airframe (10, 210, 310), the propulsion system being configured to control the movement of the aerial drone; a capturing device mounted to the airframe (10, 210, 310), the capturing device being configured to receive and capture an aerial object located above the aerial drone; and a catch detection system configured to detect whether an aerial object has been caught by the capturing device, wherein the catch detection system is configured to monitor the acceleration of the aerial drone with respect to motor speed commands provided by a flight control system to the propulsion system and wherein the catch detection system is further configured to determine based on such motor speed commands and the monitored acceleration of the aerial drone whether an aerial object has been captured by the capturing device.
An absorbent article comprising topsheet, backsheet and an absorbent core between the topsheet and the backsheet, wherein the article comprises a front waist region, a back waist region, and a central region between the front and back waist regions, and further comprising fastening elements for securing the article around the waist of a wearer, wherein the article comprises an attachment region for securing the fastening elements in the waist region and for securing a wearable sensing device to the side of the backsheet opposite to the absorbent core, characterised in that the attachment region overlies at least a part of the front waist region and overlies at least a part of the absorbent core, the attachment region comprises first surface comprising outwardly facing fibres, wherein the fastening elements comprise a fastening surface comprising outwardly facing fibres, and wherein the outwardly facing fibres interact to form a releaseable attachment between the fastenening elements and the attachment region; wherein the attachment region comprises a single discrete material and in that the attachment region overlies a sensor attachment point S, the sensor attachment point S defined as a point placed on the longitudinal axis at a distance of one quarter (1/4) of length L of the absorbent article starting from a front edge of the absorbent article.
A self-centering chuck provided with at least three multi-annulus-sector jaws for machining a pipe to be machined each jaw is provided with at least three annulus sectors delimited by walls, a driving device comprising a motor equipped with a first gear suitable for transmitting the movement to second gears each of which is suitable for radially and in a controlled manner moving its respective jaw characterised in that the driving device is suitable for receiving electronic signals sent by a CPU programmed by the manufacturer for controlling the motor in order for the jaws to be positioned in such a way that the pipe to be machined can be inserted into the middle part of the most suitable annulus sectors of the jaws on the basis of the diameter of the pipe to be machined wherein at least one discontinuous wall of each individual jaw comprises at least one push rod slidable in the discontinuity section able to machine the pipe having a diameter that each individual jaw is not positionable for the insertion of the pipe to be machined into the middle part of the annulus sector of each individual jaw machining that pipe by means of the mentioned push rods coming out.