mhurhangee/ep-ind-claims huggingface dataset:
A printing apparatus comprising: a carriage configured to reciprocally move in a predetermined direction; a printhead mounted on the carriage; a first motor arranged on a side of one end of a range of movement of the carriage and configured to drive the carriage; a second motor arranged on a side of the other end of the range of movement of the carriage, configured to drive the carriage, and has the same kind of driving characteristics as driving characteristics of the first motor; detection means (13, 14) for detecting a position of the carriage related to the predetermined direction; and control means (101, 102, 130, 131) for controlling a first driving unit and a second driving unit by feeding back a detection result detected by the detection means, characterized in that: the first driving unit is configured to drive the first motor based on a driving signal which is output from the control means, and the second driving unit is configured to drive the second motor based on the driving signal. a carriage configured to reciprocally move in a predetermined direction; a printhead mounted on the carriage; a first motor arranged on a side of one end of a range of movement of the carriage and configured to drive the carriage; a second motor arranged on a side of the other end of the range of movement of the carriage, configured to drive the carriage, and has the same kind of driving characteristics as driving characteristics of the first motor; detection means (13, 14) for detecting a position of the carriage related to the predetermined direction; and control means (101, 102, 130, 131) for controlling a first driving unit and a second driving unit by feeding back a detection result detected by the detection means, characterized in that: the first driving unit is configured to drive the first motor based on a driving signal which is output from the control means, and the second driving unit is configured to drive the second motor based on the driving signal. the first driving unit is configured to drive the first motor based on a driving signal which is output from the control means, and the second driving unit is configured to drive the second motor based on the driving signal.
An apparatus for determining three-dimensional coordinate data of a target to be measured, comprising: a surveying instrument configured for measuring at least three reference points (al, a2, a3) and at least three path points (b1, b2, b3) as collimation targets; at least one camera configured for acquiring, from a plurality of different directions, stereo images of the target including collimation targets (a1, a2, a3, b1, b2, b3); and an arithmetic processing means configured for calculating a tilt of the camera, including roll, pitch and yaw, from positions of the at least three measured reference points (a1, a2, a3) in the acquired stereo image and for calculating a tilt of the camera, including roll, pitch and yaw, from the positions of the path points (b1, b2, b3) corresponding to the path points measured by the surveying instrument for mutual orientation of the acquired stereo images, performing matching of the stereo images acquired by the camera; associating the position of the path points (b1, b2, b3) measured by the surveying instrument with the path points (b1, b2, b3) on the matched stereo images; and calculating three-dimensional coordinate data of the target to be measured on the basis of the association. a surveying instrument configured for measuring at least three reference points (al, a2, a3) and at least three path points (b1, b2, b3) as collimation targets; at least one camera configured for acquiring, from a plurality of different directions, stereo images of the target including collimation targets (a1, a2, a3, b1, b2, b3); and an arithmetic processing means configured for calculating a tilt of the camera, including roll, pitch and yaw, from positions of the at least three measured reference points (a1, a2, a3) in the acquired stereo image and for calculating a tilt of the camera, including roll, pitch and yaw, from the positions of the path points (b1, b2, b3) corresponding to the path points measured by the surveying instrument for mutual orientation of the acquired stereo images, performing matching of the stereo images acquired by the camera; associating the position of the path points (b1, b2, b3) measured by the surveying instrument with the path points (b1, b2, b3) on the matched stereo images; and calculating three-dimensional coordinate data of the target to be measured on the basis of the association.
A lattice boom comprising: a plurality of main pipes extending in a longitudinal direction of the lattice boom; a plurality of lattice pipes extending in a connecting direction that intersects with the longitudinal direction and each including two ends respectively connected to a pair of adjacent main pipes, among the plurality of main pipes, to connect the pair of main pipes; and a reinforcing part provided on at least one of an outer circumferential surface of a main pipe and an outer circumferential surface of a lattice pipe, the reinforcing part being provided to at least one of a first area between connecting parts adjacent to each other at a predetermined interval along the longitudinal direction on the outer circumferential surface of the main pipe, among a plurality of connecting parts each connecting the main pipe and the lattice pipe, and a second area between the connecting parts on two end sides of the lattice pipe, and the reinforcing part including a plurality of reinforcing members that extend along an axial direction of a pipe, out of the main pipe and the lattice pipe, which includes the reinforcing part, and are arranged at intervals on the outer circumferential surface of the pipe along a circumferential direction of the pipe, characterized in that a length of the reinforcing member in the axial direction is set to less than an interval between the connecting parts adjacent to each other in the axial direction. a plurality of main pipes extending in a longitudinal direction of the lattice boom; a plurality of lattice pipes extending in a connecting direction that intersects with the longitudinal direction and each including two ends respectively connected to a pair of adjacent main pipes, among the plurality of main pipes, to connect the pair of main pipes; and a reinforcing part provided on at least one of an outer circumferential surface of a main pipe and an outer circumferential surface of a lattice pipe, the reinforcing part being provided to at least one of a first area between connecting parts adjacent to each other at a predetermined interval along the longitudinal direction on the outer circumferential surface of the main pipe, among a plurality of connecting parts each connecting the main pipe and the lattice pipe, and a second area between the connecting parts on two end sides of the lattice pipe, and the reinforcing part including a plurality of reinforcing members that extend along an axial direction of a pipe, out of the main pipe and the lattice pipe, which includes the reinforcing part, and are arranged at intervals on the outer circumferential surface of the pipe along a circumferential direction of the pipe, characterized in that a length of the reinforcing member in the axial direction is set to less than an interval between the connecting parts adjacent to each other in the axial direction.
A composition comprising: one or more cylindrical elongated particles having a diameter from 5 nm to 500 nm and a length that is greater than the diameter, such cylindrical elongated particles having a diameter that is within 10% of 9 4 z 0 α 2; and wherein the separation distance, z 0, is 1 nm and the aspect ratio, a, is greater than 1, the diameter and the aspect ratio affecting the orientation of such cylindrical elongated particles in relation to a surface on which the composition is applied. one or more cylindrical elongated particles having a diameter from 5 nm to 500 nm and a length that is greater than the diameter, such cylindrical elongated particles having a diameter that is within 10% of 9 4 z 0 α 2; and wherein the separation distance, z 0, is 1 nm and the aspect ratio, a, is greater than 1, the diameter and the aspect ratio affecting the orientation of such cylindrical elongated particles in relation to a surface on which the composition is applied.
A safety switching element for use in combination with programming and/or operating elements of a machine and/or robot controller for manual control and/or programming operations on machines or robots, comprising an emergency stop switching means, wherein the emergency stop switching means enables the alternate assumption of the emergency stop switching states inactive state and active state; and an enabling switch, wherein the enabling switch enables the alternate assumption of at least two enabling switch switching states, such as rest state and enabling state; characterized in that the enabling switch is supported in a load-bearing manner on the emergency stop switching means. an emergency stop switching means, wherein the emergency stop switching means enables the alternate assumption of the emergency stop switching states inactive state and active state; and an enabling switch, wherein the enabling switch enables the alternate assumption of at least two enabling switch switching states, such as rest state and enabling state; characterized in that the enabling switch is supported in a load-bearing manner on the emergency stop switching means.
Hydrothermally hardened sand-lime molded body, preferably sand-lime brick, comprising a binding matrix of calcium silicate hydrate phases and lightweight aggregate grains of lightweight aggregate, wherein the binding matrix agglutinates the lightweight aggregate grains with each other, characterized in that the sand-lime molded body comprises lightweight aggregate grains of autoclaved aerated or foamed concrete, pumice and expanded clay and is manufactured without the use of fly ash.
A directional coupler arrangement, comprising: an air waveguide; characterised by a dielectric waveguide having a coupling slot; which is arranged inside the air waveguide; wherein the air waveguide and the dielectric waveguide are coupled by the coupling slot; the dielectric waveguide comprises a further coupling slot named third coupling slot which is arranged inside the air waveguide, wherein the dielectric waveguide comprises a dielectric material covered by metallization, openings in the metallization forming the coupling slot and the third coupling slot, the dielectric waveguide further comprises a coupled port coupled to the coupling slot, the coupled port being connectable to a microstrip line; and an isolated port coupled to the third coupling slot, the isolated port being connectable to a microstrip line. an air waveguide; characterised by a dielectric waveguide having a coupling slot; which is arranged inside the air waveguide; wherein the air waveguide and the dielectric waveguide are coupled by the coupling slot; the dielectric waveguide comprises a further coupling slot named third coupling slot which is arranged inside the air waveguide, wherein the dielectric waveguide comprises a dielectric material covered by metallization, openings in the metallization forming the coupling slot and the third coupling slot, the dielectric waveguide further comprises a coupled port coupled to the coupling slot, the coupled port being connectable to a microstrip line; and an isolated port coupled to the third coupling slot, the isolated port being connectable to a microstrip line.
A sensor module for use in an on-skin sensor system configured for transcutaneous glucose monitoring of a host, the sensor module comprising: a sensor module housing; a glucose sensor (138a, 138b) having a first section configured for subcutaneous sensing and a second section mechanically coupled to the sensor module housing; an electrical interconnect mechanically coupled to the sensor module housing and electrically coupled to the glucose sensor (138a, 138b), wherein the electrical interconnect comprises a spring; wherein the sensor module housing comprises at least three proximal protrusions located around and configured to contact a perimeter of the spring and configured to orient the spring; and wherein a portion of the second section of the glucose sensor is located between the at least three proximal protrusions. a sensor module housing; a glucose sensor (138a, 138b) having a first section configured for subcutaneous sensing and a second section mechanically coupled to the sensor module housing; an electrical interconnect mechanically coupled to the sensor module housing and electrically coupled to the glucose sensor (138a, 138b), wherein the electrical interconnect comprises a spring; wherein the sensor module housing comprises at least three proximal protrusions located around and configured to contact a perimeter of the spring and configured to orient the spring; and wherein a portion of the second section of the glucose sensor is located between the at least three proximal protrusions.
A high output and large capacity secondary battery module, which can be charged or discharged by a plurality of unit cells electrically connected one another, wherein the unit cells comprise: a chargeable or dischargeable battery cell; a cell case receiving the battery cell; a heat-dissipating member covering the side which is opposite to the side facing the cell case; and a terminal unit insulating cover covering the terminal unit of the battery cell, wherein one side of the terminal unit insulating cover is slidingly inserted into the heat-dissipating member. a chargeable or dischargeable battery cell; a cell case receiving the battery cell; a heat-dissipating member covering the side which is opposite to the side facing the cell case; and a terminal unit insulating cover covering the terminal unit of the battery cell, wherein one side of the terminal unit insulating cover is slidingly inserted into the heat-dissipating member.
A dispenser for producing a micro-foam without requiring the use of liquefied gas, from an outlet, said dispenser comprising: a receptacle for holding a surfactant solution; means for supplying a gas; means for conveying said surfactant solution in said receptacle and said gas along a flow path towards said outlet; wherein said conveying means comprises a conduit having a foaming section for generating said foam from said surfactant solution and said gas; wherein said gas supplying means and said conveying means are configured to provide said gas and said surfactant solution to the foaming section with fluid flow characteristics comprising a superficial gas velocity 'V G ' and a superficial liquid velocity 'V L '; and wherein said fluid flow characteristics are characterised by a relationship between superficial gas velocity 'V G ', the superficial liquid velocity 'V L ', and constants C 1 and C 2, in which V G is not more than C 1 times V L plus C 2 and constants C 1 and C 2 have values 18.4 and 507.4 respectively within a 10% tolerance. a receptacle for holding a surfactant solution; means for supplying a gas; means for conveying said surfactant solution in said receptacle and said gas along a flow path towards said outlet; wherein said conveying means comprises a conduit having a foaming section for generating said foam from said surfactant solution and said gas; wherein said gas supplying means and said conveying means are configured to provide said gas and said surfactant solution to the foaming section with fluid flow characteristics comprising a superficial gas velocity 'V G ' and a superficial liquid velocity 'V L '; and wherein said fluid flow characteristics are characterised by a relationship between superficial gas velocity 'V G ', the superficial liquid velocity 'V L ', and constants C 1 and C 2, in which V G is not more than C 1 times V L plus C 2 and constants C 1 and C 2 have values 18.4 and 507.4 respectively within a 10% tolerance.
A fine particles-coated amine comprising a solid amine having a melting point equal to or higher than 50°C and a mean particle size equal to or smaller than 20 μm, wherein the fine particles-coated amine has an amount of heat in the second absorption peak, measured by a differential scanning calorimeter by increasing the temperature from room temperature to 200°C at a rate of 5°C/min, equal to or less than 220 J/g, and the surface of the solid amine is coated with fine particles having a mean particle size equal to or smaller than 2 μm, wherein the particle size and the particle size distribution of the solid amine particles and the fine particles are determined by a laser diffraction-scattering particle size distribution measuring apparatus conducted according to a dry method and taking the particle size with which the resulting passing substance cumulative distribution was 50% as the mean particle size.
A programmable reference buffer comprising: a stacked source follower comprising a first transistor and a second transistor in a common drain configuration; a pass device separating the first transistor and the second transistor, the pass device comprising a first terminal and a second terminal connected respectively to a source of the first transistor and a source of the second transistor, wherein the pass device comprises selectable diode-connected transistors and a controller having output control signals for selecting one or more of the diode-connected transistors to be used as part of the pass device using the switches and based on a reference voltage to be provided at the first terminal and the second terminal of the pass device; characterized in that the pass device further comprises switches for selecting the one or more of the diode-connected transistors, each diode-connected transistor having a switch connected between a respective gate and a respective drain of the diode-connected transistor, such that the switches are not in a signal path of the diode-connected transistors. a stacked source follower comprising a first transistor and a second transistor in a common drain configuration; a pass device separating the first transistor and the second transistor, the pass device comprising a first terminal and a second terminal connected respectively to a source of the first transistor and a source of the second transistor, wherein the pass device comprises selectable diode-connected transistors and a controller having output control signals for selecting one or more of the diode-connected transistors to be used as part of the pass device using the switches and based on a reference voltage to be provided at the first terminal and the second terminal of the pass device;
A packaging comprising at least one first piece of packaging material, wherein the first piece of packaging material has a coated paper, which has a base paper and at least three coatings (3, 4, 5) applied one on top of the other on the base paper, wherein the at least three coatings (3, 4, 5) have in the sequence in which they are given, starting from the base paper, a first barrier layer, comprising at least one hydrophobic polymer, a second barrier layer, comprising at least one hydrophilic polymer, and a third barrier layer, comprising at least one hydrophobic polymer, wherein the packaging is closed in a gas-tight manner, characterised in that a precoat comprising at least one inorganic pigment and a polymeric binder is present between the base paper and the first barrier layer.
A computer-implemented method, comprising: determining, by a computing system, an access request provided by an entity that seeks to interact with one or more backend systems through a middleware system, the access request including a genuine access token that authorizes the entity to access the one or more backend systems; authenticating, by the computing system, the entity based on the genuine access token; said computer-implemented method being characterized by modifying, by the computing system, the genuine access token to replace the genuine access token with an invalid access token that provides no rights to access data from the one or more backend systems; and providing, by the computing system, the access request to the middleware system, wherein the access request includes the invalid access token and not the genuine access token which is not made accessible to the middleware system. determining, by a computing system, an access request provided by an entity that seeks to interact with one or more backend systems through a middleware system, the access request including a genuine access token that authorizes the entity to access the one or more backend systems; authenticating, by the computing system, the entity based on the genuine access token; said computer-implemented method being characterized by modifying, by the computing system, the genuine access token to replace the genuine access token with an invalid access token that provides no rights to access data from the one or more backend systems; and providing, by the computing system, the access request to the middleware system, wherein the access request includes the invalid access token and not the genuine access token which is not made accessible to the middleware system.
A method of correcting registration errors of media sheets (20; 20') that are fed to a print station in a duplex printer via a first liftable pinch and a steering mechanism, the first liftable pinch being arranged in a sheet supply path upstream of the steering mechanism, the method comprising: - at the print station alternating sheets (20; 20') supplied from the supply path with sheets supplied from a duplex loop which returns sheets from a downstream side to an upstream side of the print station; - for each sheet fed to the print station via the supply path, a step of checking the sheet for registration errors and, if a registration error is detected, lifting the first liftable pinch and operating the steering mechanism so as to rotate the sheet; and - for a fraction of the sheets, when an image has been printed on a first side of the sheet, returning the sheet via a duplex loop and feeding it again to the print station, again with registration error correction, characterized in that the sheets that are returned via the duplex loop are fed to the print station via a second liftable pinch without passing through the first liftable pinch again, and the liftable pinches (26, 36) are operated independently of one another. - at the print station alternating sheets (20; 20') supplied from the supply path with sheets supplied from a duplex loop which returns sheets from a downstream side to an upstream side of the print station; - for each sheet fed to the print station via the supply path, a step of checking the sheet for registration errors and, if a registration error is detected, lifting the first liftable pinch and operating the steering mechanism so as to rotate the sheet; and - for a fraction of the sheets, when an image has been printed on a first side of the sheet, returning the sheet via a duplex loop and feeding it again to the print station, again with registration error correction,