mhurhangee/ep-ind-claims huggingface dataset:
Method for avoiding collision in a machine tool, wherein an object is captured optically by a camera (2, 3, 37) and image information of the object is generated, wherein said image information is used to determine a 3-dimensional geometrical model of the object based on a camera coordinate system (X',Y',Z'), wherein the 3-dimensional geometrical model of the object based on the camera coordinate system (X',Y',Z') is transformed into a 3-dimensional geometrical model of the object based on a machine coordinate system (X,Y,Z), wherein with reference to the machine coordinate system (X,Y,Z) a 3-dimensional geometrical model of a machine element of the machine tool is determined using geometrical data of the machine element and position data (x solli), wherein in the event of a movement of the object and/or the machine element monitoring takes place to establish whether a collision between the 3-dimensional geometrical model of the object based on the machine coordinate system (X,Y,Z) and the 3-dimensional geometrical model of the machine element is to be expected should the movement continue, wherein the movement is stopped if a collision is to be expected, characterised in that the object is optically captured by a single camera, wherein the camera and/or the object is/are moved in order to capture the object and the object is captured optically from at least two different perspectives by the camera, wherein the camera is clamped into a tool mounting device of the machine tool during capture.
Bag manufacturing apparatus for manufacturing open-mouth bags, comprising a storage device with a supply of bag film, a control device, a welding device including welding means (9, 10) for making a bottom seam in the bag film, a cutting device with a cutting means (13, 14) for separating a predetermined film length of the bag film for forming a bag body of an open-mouth bag, and at least one conveying device for conveying the bag film and/or the bag body along a conveying path, characterized in that the control device is set up and configured to control the conveying device so as to cause a relative motion of the bag body and the bag film, and a distance between the bag body and the bag film is generated prior to making the bottom seam, and that the control device is set up and configured to control the conveying device and the welding means (9, 10) such that while welding the bottom seam, the welding means (9, 10) extend beyond the bottom end in the longitudinal direction of the bag film of the bag body, wherein during cutting, the cutting means (13, 14) is positioned in the same longitudinal section as are the welding means (8, 9), wherein the longitudinal section is defined by the length of the welding means (9, 10) along the conveying path. a control device, a welding device including welding means (9, 10) for making a bottom seam in the bag film, a cutting device with a cutting means (13, 14) for separating a predetermined film length of the bag film for forming a bag body of an open-mouth bag, and at least one conveying device for conveying the bag film and/or the bag body along a conveying path, characterized in that the control device is set up and configured to control the conveying device so as to cause a relative motion of the bag body and the bag film, and a distance between the bag body and the bag film is generated prior to making the bottom seam, and that the control device is set up and configured to control the conveying device and the welding means (9, 10) such that while welding the bottom seam, the welding means (9, 10) extend beyond the bottom end in the longitudinal direction of the bag film of the bag body, wherein during cutting, the cutting means (13, 14) is positioned in the same longitudinal section as are the welding means (8, 9), wherein the longitudinal section is defined by the length of the welding means (9, 10) along the conveying path.
A mutant methylglyoxal synthase enzyme, comprising the protein sequence selected from the group consisting of SEQ ID NO:1, SEQ ID NO:2 and SEQ ID NO:3.
A panel comprising a frame consisting of two longitudinal members and two cross members opposite to each other and a part made from a flexible material described as a metal sheet, folded back onto itself so as to form at least one edge seam in which passes at least one ring, a respective groove being formed in each of the longitudinal members and cross members, so as to receive by sliding within them at least one ring in such a way that the latter is unable to leave the groove transversely in which at least one stretcher tube or preferably a number of stretcher tubes, are provided, essentially parallel to each other, which extend from one longitudinal member to the other, and means (37, 38) for adjusting the tension in order to adjust the force exerted by the stretcher tube or stretcher tubes on the two side members with which it acts to adjust the tension of the sheet, characterised in that the stretcher tube or tubes being held at at least one of its/their ends, in particular at each of them, by a respective end piece comprising on one side a recess of the same shape as the end of the stretcher tube and on the other side a screw and a stem, in particular of a square shape, that is held by sliding in a lateral interior groove of the section forming a respective longitudinal member, the groove for the stem being essentially parallel to the groove holding the ring of the sheet, the end piece being fixed to the longitudinal member by screwing the stem to the end piece to lock the two edges of the groove between the stem and the end piece.
A multibeam field emission X-ray tube, MBFEX tube, for an x-ray device which comprises, in a vacuum tube, an anode fixedly arranged therein and also designed as a cooling finger, and a plurality of fixedly arranged cathodes (40, 41, 42), wherein the vacuum tube comprises a plurality of cathode feed lines and no more than two high-voltage bushings (51, 52), in a high-voltage bushing, a coolant pipe with an internal coolant inner pipe is passed through, the coolant pipe and the coolant inner pipe are provided with a liquid coolant for cooling the anode, the cathodes (40, 41, 42) are provided for field emission of electrons and are in each case oriented towards the anode for generating x-ray sources, wherein the cathode feed lines and the high-voltage bushings (51, 52) are arranged in a row and lying opposite the anode on the vacuum tube. the vacuum tube comprises a plurality of cathode feed lines and no more than two high-voltage bushings (51, 52), in a high-voltage bushing, a coolant pipe with an internal coolant inner pipe is passed through, the coolant pipe and the coolant inner pipe are provided with a liquid coolant for cooling the anode, the cathodes (40, 41, 42) are provided for field emission of electrons and are in each case oriented towards the anode for generating x-ray sources, wherein the cathode feed lines and the high-voltage bushings (51, 52) are arranged in a row and lying opposite the anode on the vacuum tube.
A method of performing measurement by a user equipment, UE, in a wireless communication system supporting time division duplex, TDD, the method comprising: receiving (i) first information regarding slots, in which to measure a received signal strength indicator, RSSI, from among a plurality of slots included in a measurement window and (ii) second information regarding a set of orthogonal frequency division multiplexing, OFDM, symbol locations in which to measure the RSSI, and the method characterized in that: the second information comprises information indicating one of a plurality of predefined formats, wherein each of the plurality of predefined formats represents a different set of OFDM symbol locations, within a slot, in which to measure the RSSI, and the method further comprises: measuring the RSSI in the set of OFDM symbol locations represented by the predefined format indicated by the second information, for each slot in the slots indicated by the first information. receiving (i) first information regarding slots, in which to measure a received signal strength indicator, RSSI, from among a plurality of slots included in a measurement window and (ii) second information regarding a set of orthogonal frequency division multiplexing, OFDM, symbol locations in which to measure the RSSI, and the method characterized in that: the second information comprises information indicating one of a plurality of predefined formats, wherein each of the plurality of predefined formats represents a different set of OFDM symbol locations, within a slot, in which to measure the RSSI, and the method further comprises: measuring the RSSI in the set of OFDM symbol locations represented by the predefined format indicated by the second information, for each slot in the slots indicated by the first information.
Method for checking the plausibility of a signal from a seat sensor for acquiring an item of information relating to a weight of a driver in a motor vehicle, the method having the following step of: acquiring the signal from the seat sensor, characterized in that the method has the following steps of: acquiring a setting value which indicates an intensity of a force with which an accelerator pedal is intended to transmit a haptically perceptible signal to the driver, checking the plausibility of the signal from the seat sensor by comparison with the acquired setting value. acquiring the signal from the seat sensor, characterized in that the method has the following steps of: acquiring a setting value which indicates an intensity of a force with which an accelerator pedal is intended to transmit a haptically perceptible signal to the driver, checking the plausibility of the signal from the seat sensor by comparison with the acquired setting value. acquiring a setting value which indicates an intensity of a force with which an accelerator pedal is intended to transmit a haptically perceptible signal to the driver, checking the plausibility of the signal from the seat sensor by comparison with the acquired setting value.
A linear compressor, comprising: a fixed member having a compression space therein; a movable member linearly reciprocated in the fixed member to compress a refrigerant sucked into the compression space; one or more springs provided to elastically support the movable member in the motion direction of the movable member; a motor connected to the movable member to linearly reciprocate the movable member in the axial direction; and a motor control unit performing the cooling capacity modulation by the reciprocation of the movable member according to a load, by controlling an AC voltage applied to the motor so that a stroke of the movable member can be proportional to the magnitude of the AC voltage applied to the motor, characterized in that the motor control unit comprises a rectification unit receiving AC power and outputting a DC voltage, an inverter unit receiving the DC voltage, converting the DC voltage to an AC voltage according to a control signal, and supplying the AC voltage to the motor, a current sensing unit sensing a current flowing between the motor and the inverter unit, and a control unit integrating the current from the current sensing unit, operating an attenuation voltage by multiplying the integrated value by a constant (1/Cr), generating a control signal for producing an AC voltage corresponding to a difference between the set voltage and the attenuation voltage, and applying the control signal to the inverter unit. a fixed member having a compression space therein; a movable member linearly reciprocated in the fixed member to compress a refrigerant sucked into the compression space; one or more springs provided to elastically support the movable member in the motion direction of the movable member; a motor connected to the movable member to linearly reciprocate the movable member in the axial direction; and a motor control unit performing the cooling capacity modulation by the reciprocation of the movable member according to a load, by controlling an AC voltage applied to the motor so that a stroke of the movable member can be proportional to the magnitude of the AC voltage applied to the motor, characterized in that the motor control unit comprises a rectification unit receiving AC power and outputting a DC voltage, an inverter unit receiving the DC voltage, converting the DC voltage to an AC voltage according to a control signal, and supplying the AC voltage to the motor, a current sensing unit sensing a current flowing between the motor and the inverter unit, and a control unit integrating the current from the current sensing unit, operating an attenuation voltage by multiplying the integrated value by a constant (1/Cr), generating a control signal for producing an AC voltage corresponding to a difference between the set voltage and the attenuation voltage, and applying the control signal to the inverter unit.
A process for detecting qualitatively or quantitatively the presence of a single-stranded or double-stranded nucleic acid of interest in a sample, said process comprising the steps of: (a) providing as parts of a homogenous assay system (i) a sample suspected of containing said nucleic acid of interest; (ii) a nucleic acid primer that comprises: a nucleic acid sequence complementary to at least a portion of said nucleic acid of interest; and a first energy transfer element; wherein the nucleic acid primer is not fixed or immobilized to a solid support; (iii) labeled nucleotides comprising a second energy transfer element and unlabeled nucleotides; and (iv) reagents for carrying out nucleic acid strand extension; (b) forming a reaction mixture comprising (i), (ii), (iii) and (iv) above; (c) contacting under hybridization conditions said nucleic acid primer with said nucleic acid of interest; (d) extending said nucleic acid primer by more than one nucleotide, thereby incorporating said labeled nucleotides; (e) separating the extended nucleic acid primer from the nucleic acid of interest; (f) repeating step (c) and (d); and (g) detecting the presence or quantity of said nucleic acid of interest by means of energy transfer between said first energy transfer element in said nucleic acid primer and said second energy transfer element in an incorporated nucleotide. (a) providing as parts of a homogenous assay system (i) a sample suspected of containing said nucleic acid of interest; (ii) a nucleic acid primer that comprises: a nucleic acid sequence complementary to at least a portion of said nucleic acid of interest; and a first energy transfer element; wherein the nucleic acid primer is not fixed or immobilized to a solid support; (iii) labeled nucleotides comprising a second energy transfer element and unlabeled nucleotides; and (iv) reagents for carrying out nucleic acid strand extension; (i) a sample suspected of containing said nucleic acid of interest; (ii) a nucleic acid primer that comprises: a nucleic acid sequence complementary to at least a portion of said nucleic acid of interest; and a first energy transfer element; wherein the nucleic acid primer is not fixed or immobilized to a solid support; a nucleic acid sequence complementary to at least a portion of said nucleic acid of interest; and a first energy transfer element; (iii) labeled nucleotides comprising a second energy transfer element and unlabeled nucleotides; and (iv) reagents for carrying out nucleic acid strand extension; (b) forming a reaction mixture comprising (i), (ii), (iii) and (iv) above; (c) contacting under hybridization conditions said nucleic acid primer with said nucleic acid of interest; (d) extending said nucleic acid primer by more than one nucleotide, thereby incorporating said labeled nucleotides; (e) separating the extended nucleic acid primer from the nucleic acid of interest; (f) repeating step (c) and (d); and (g) detecting the presence or quantity of said nucleic acid of interest by means of energy transfer between said first energy transfer element in said nucleic acid primer and said second energy transfer element in an incorporated nucleotide.
An information processing device comprising: an information acquisition unit configured to acquire action information indicating a detected action of a user; and a content providing unit configured to recognize an environmental state of the user on a basis of an image capturing a periphery of the user; predict a spatial sequence of actions on a basis of the environmental state of the user; provide content that develops in accordance with a temporal or spatial sequence of the action, wherein the content providing unit provides content in which a position (1103; 1203) included in the spatial sequence and a task action to be detected at the position are designated; present a screen including objects displaying the position (1103; 1203) and the task action to the user by superimposing the screen on a real space in which the action occurs; and determine whether or not the user has succeeded in the designated action at the position set for the task action. an information acquisition unit configured to acquire action information indicating a detected action of a user; and a content providing unit configured to recognize an environmental state of the user on a basis of an image capturing a periphery of the user; predict a spatial sequence of actions on a basis of the environmental state of the user; provide content that develops in accordance with a temporal or spatial sequence of the action, wherein the content providing unit provides content in which a position (1103; 1203) included in the spatial sequence and a task action to be detected at the position are designated; present a screen including objects displaying the position (1103; 1203) and the task action to the user by superimposing the screen on a real space in which the action occurs; and determine whether or not the user has succeeded in the designated action at the position set for the task action. recognize an environmental state of the user on a basis of an image capturing a periphery of the user; predict a spatial sequence of actions on a basis of the environmental state of the user; provide content that develops in accordance with a temporal or spatial sequence of the action, wherein the content providing unit provides content in which a position (1103; 1203) included in the spatial sequence and a task action to be detected at the position are designated; present a screen including objects displaying the position (1103; 1203) and the task action to the user by superimposing the screen on a real space in which the action occurs; and determine whether or not the user has succeeded in the designated action at the position set for the task action.
A computer implemented method for providing data in accordance with an access restriction, the method comprising: receiving a request of a user to access first data, the first data being subject to the access restriction, wherein the access restriction applies to the user; determining first data characteristics associated with the first data; determining second data characteristics associated with second data not being subject to the access restriction; determining whether a similarity of the first and second data characteristics meets a predetermined threshold; and automatically providing, in particular outputting or indicating, the second data to the user in response to the receipt of the user request if the similarity meets the predetermined threshold. receiving a request of a user to access first data, the first data being subject to the access restriction, wherein the access restriction applies to the user; determining first data characteristics associated with the first data; determining second data characteristics associated with second data not being subject to the access restriction; determining whether a similarity of the first and second data characteristics meets a predetermined threshold; and automatically providing, in particular outputting or indicating, the second data to the user in response to the receipt of the user request if the similarity meets the predetermined threshold.
A blow mould assembly for forming plastic preforms into plastic containers, comprising a blow mould unit forming a cavity, within which the plastic preforms can be expanded into plastic containers, wherein said blow mould unit is formed at least in two parts, and comprises a blow mould holder for receiving the blow mould unit, wherein the blow mould holder has at least two mould holder elements (4a, 4b) for receiving parts (2a, 2b) of the blow mould unit, and comprising a locking mechanism in order to arrest at least a part of the blow mould unit in relation to at least one mould holder element, wherein said locking mechanism has an engagement member (12, 52) pivotable in relation to a specified axis, which engagement member rests in an arrested state of part of the blow mould unit in relation to a mould holder element on a section of the part of the blow mould unit, wherein the locking mechanism has an actuating member (14, 54), in order to release an arrest between the mould holder element and the blow mould unit, and a movement of this actuating member (14, 54) is coupled to the movement of the engagement member (12, 52), wherein the blow mould unit is a blow mould that directly forms the cavity for expanding the preform, and wherein the blow mould holder is a blow mould shell that directly receives the blow mould, wherein the engagement member includes at least one rounded outer surface, characterized in that this rounded outer surface is provided at one end of the engagement member, which is located opposite an engagement area where the engagement member contacts the blow mould in an arrested state. wherein the locking mechanism has an actuating member (14, 54), in order to release an arrest between the mould holder element and the blow mould unit, and a movement of this actuating member (14, 54) is coupled to the movement of the engagement member (12, 52), wherein the blow mould unit is a blow mould that directly forms the cavity for expanding the preform, and wherein the blow mould holder is a blow mould shell that directly receives the blow mould, wherein the engagement member includes at least one rounded outer surface, characterized in that this rounded outer surface is provided at one end of the engagement member, which is located opposite an engagement area where the engagement member contacts the blow mould in an arrested state.