mhurhangee/ep-ind-claims huggingface dataset:
An insulator comprising a threaded unit which has running through it a hole with a diameter d 1 intended to accommodate a corresponding threaded rod, characterised in that the insulator comprises also a buffer unit made of elastic material and having at one end a hole with a diameter d 2, which buffer unit is secured to the threaded unit so that the threaded hole running through the unit and the hole in the buffer unit are connected, the diameter d 2 of the hole in the buffer unit being 1-4 mm smaller than the diameter d 1 of the hole in the threaded unit, thereby allowing a threaded rod which is screwed through the hole of the threaded unit to further be threaded into the hole of the buffer unit, in which the buffer unit at least partly runs over the outer circumference of the threaded unit, wherein the threaded unit is embedded in the buffer unit by vulcanising, and the insulator is arranged to serve as a thread locking mechanism for the threaded rod.
Flyback converter circuit, comprising a first controllable switch having a parasitic capacitor or an external capacitor that is connected in parallel, a second controllable switch, a transformer having a primary winding which is electrically connected to the first switch and a secondary winding which is electrically connected to the second switch, a controller which is designed to switch off the first switch at a point in time and switch on the second switch, the capacitor being charged, and to switch off the second switch when the current through the second switch has reached a negative value after it has decreased to zero, the capacitor being discharged after the second switch is switched off, characterized by means for ascertaining a measure of the discharge rate of the capacitor in order to determine the current flowing through the second switch at the point in time when it is switched off, the controller being designed to control at least the first switch on the basis of the determined current. a first controllable switch having a parasitic capacitor or an external capacitor that is connected in parallel, a second controllable switch, a transformer having a primary winding which is electrically connected to the first switch and a secondary winding which is electrically connected to the second switch, a controller which is designed to switch off the first switch at a point in time and switch on the second switch, the capacitor being charged, and to switch off the second switch when the current through the second switch has reached a negative value after it has decreased to zero, the capacitor being discharged after the second switch is switched off, characterized by means for ascertaining a measure of the discharge rate of the capacitor in order to determine the current flowing through the second switch at the point in time when it is switched off, the controller being designed to control at least the first switch on the basis of the determined current.
A papermaker's fabric for use as a forming fabric comprising: a plurality of machine direction yarns and cross machine direction yarns interwoven in a m-shed repeat pattern, wherein m ≥ 2, and a plurality of MD reinforcing yarns each having a n-shed repeat pattern, wherein n ≥ 2, and said MDR yarns form knuckles with one CD yarn per repeat, characterized in that said MD and CD yarns (72, 74), and said MDR yarns are monofilament yams; wherein at least some of said MDR yarns and at least some of said CD yarns have a first melting point temperature and the MD yarns have one or more melting point temperatures each higher than said first melting point temperature; wherein said fabric is heated to a predetermined temperature which is at least equal to said first melting point temperature yet lower than each of said one or more melting point temperatures of the MD yarns; and wherein said MDR yarns which are in contact with or in close proximity to CD yarns prior to being heated, bond to said CD yarns after being heated to said predetermined temperature. a plurality of machine direction yarns and cross machine direction yarns interwoven in a m-shed repeat pattern, wherein m ≥ 2, and a plurality of MD reinforcing yarns each having a n-shed repeat pattern, wherein n ≥ 2, and said MDR yarns form knuckles with one CD yarn per repeat, characterized in that said MD and CD yarns (72, 74), and said MDR yarns are monofilament yams; wherein at least some of said MDR yarns and at least some of said CD yarns have a first melting point temperature and the MD yarns have one or more melting point temperatures each higher than said first melting point temperature; wherein said fabric is heated to a predetermined temperature which is at least equal to said first melting point temperature yet lower than each of said one or more melting point temperatures of the MD yarns; and wherein said MDR yarns which are in contact with or in close proximity to CD yarns prior to being heated, bond to said CD yarns after being heated to said predetermined temperature.
A method for authenticating dosage forms, namely tablets or pills, along the supply chain thereof, comprising: detecting, at a location along the supply chain, a digital signature of a package containing a plurality of the dosage forms, wherein each of the plurality of the dosage forms is formed with one of a plurality of different code structures, and each of the plurality of dosage forms is placed at an identifiable position of the package, characterized in that each of the plurality of the dosage forms is formed with the one of the plurality of different code structures, and each of the plurality of dosage forms is randomly placed at an identifiable position in the package thereby creating a unique digital signature for each package which is detectable at a location along the supply chain, and wherein the code structures of the plurality of dosage forms and the identifiable positions of the plurality of dosage forms with respect to the package create the unique digital signature of the package, wherein the unique digital signature of the package has been stored in a database and associated with the package, and comparing the detected digital signature of said package with the digital signature that is stored in the database and associated with said package, thereby to enable verification of the authenticity of the dosage forms at any location along the supply chain, wherein part of the code structures on the dosage form contains a private cryptographic key that is used to unlock encrypted information of the digital signature on the package of the dosage forms, or vice versa. detecting, at a location along the supply chain, a digital signature of a package containing a plurality of the dosage forms, wherein each of the plurality of the dosage forms is formed with one of a plurality of different code structures, and each of the plurality of dosage forms is placed at an identifiable position of the package, characterized in that each of the plurality of the dosage forms is formed with the one of the plurality of different code structures, and each of the plurality of dosage forms is randomly placed at an identifiable position in the package thereby creating a unique digital signature for each package which is detectable at a location along the supply chain, and wherein the code structures of the plurality of dosage forms and the identifiable positions of the plurality of dosage forms with respect to the package create the unique digital signature of the package, wherein the unique digital signature of the package has been stored in a database and associated with the package, and comparing the detected digital signature of said package with the digital signature that is stored in the database and associated with said package, thereby to enable verification of the authenticity of the dosage forms at any location along the supply chain, wherein part of the code structures on the dosage form contains a private cryptographic key that is used to unlock encrypted information of the digital signature on the package of the dosage forms, or vice versa.
A temperature detection device provided in a battery pack for an electric power tool and configured to detect a temperature inside of the battery pack, the temperature detection device comprising: a signal output circuit (6, D2) configured to output an output signal for use other than for indicating an ambient temperature thereof, the output signal being a signal that changes a state of the output signal depending on the ambient temperature; an output signal-based temperature detection unit configured to detect the temperature inside of the battery pack based on the state of the output signal from the signal output circuit (6, D2); and characterised in that it also comprises a temperature detection signal-based temperature detection unit which includes a temperature detection element adapted to output a temperature detection signal indicating an ambient temperature thereof, and which is configured to detect the temperature inside of the battery pack based on the temperature detection signal from the temperature detection element. a signal output circuit (6, D2) configured to output an output signal for use other than for indicating an ambient temperature thereof, the output signal being a signal that changes a state of the output signal depending on the ambient temperature; an output signal-based temperature detection unit configured to detect the temperature inside of the battery pack based on the state of the output signal from the signal output circuit (6, D2); and
A virtual reality attraction system comprising: virtual reality and/or augmented reality headgear configured to display AR images and/or VR images to a user; and at least one user-assisted vehicle configured to accommodate the user, the at least one user-assisted vehicle comprising: a frame, wherein the frame is configured to permit the user to at least partially provide motor power to move the at least one user-assisted vehicle within the attraction and wherein the frame defines a boundary about the user; a harness coupled to the frame and configured to provide support to the user when the user is in the at least one user-assisted vehicle; and a controller configured to communicate the AR and/or VR images to the virtual reality and/or augmented reality headgear. virtual reality and/or augmented reality headgear configured to display AR images and/or VR images to a user; and at least one user-assisted vehicle configured to accommodate the user, the at least one user-assisted vehicle comprising: a frame, wherein the frame is configured to permit the user to at least partially provide motor power to move the at least one user-assisted vehicle within the attraction and wherein the frame defines a boundary about the user; a harness coupled to the frame and configured to provide support to the user when the user is in the at least one user-assisted vehicle; and a controller configured to communicate the AR and/or VR images to the virtual reality and/or augmented reality headgear. a frame, wherein the frame is configured to permit the user to at least partially provide motor power to move the at least one user-assisted vehicle within the attraction and wherein the frame defines a boundary about the user; a harness coupled to the frame and configured to provide support to the user when the user is in the at least one user-assisted vehicle; and a controller configured to communicate the AR and/or VR images to the virtual reality and/or augmented reality headgear.
A rotary press comprising at least one press station, each having a height-adjustable upper and lower pressure roller which are mounted by means of axles in the at least one press station, wherein cam-guided upper punches with punch heads are fed to the upper pressure roller by means of a control cam and an elevator cam raises the upper punches to a highest point above a filling device, characterized in that, in the at least one press station below the upper pressure roller, there is a catch cam adjustable in height relative to this upper pressure roller.
An inkjet textile printing method comprising a step of performing direct printing on a textile by an inkjet method with an inkjet ink including an aqueous dispersion of a dye polymer having a structure derived from a dye having a xanthene skeleton, wherein the dye polymer has a repeating unit represented by a general formula below, where, in the general formula, L 2 and L 3 each independently represent a linking group, and D 1 represents a dye residue in which any one hydrogen atom has been removed from a dye having a xanthene skeleton, wherein D 1 in the general formula represents a dye residue in which any one hydrogen atom has been removed from a dye represented by a general formula below, where, in the general formula, R 201 to R 210 and R 212 to R 215 each independently represent a hydrogen atom or a substituent, R 211 represents a sulfonate group or an alkoxycarbonyl group, X 201 represents a monovalent anion, and n201 represents 0 or 1.
A hair dryer comprising: a main body including a gas outlet for discharging gas therethrough; a handle extending from the main body; and a diffuser removably coupled to the main body to introduce the gas discharged from the gas outlet therein and discharge the gas introduced therein to outside, wherein the diffuser includes: a diffusing case having a rear side coupled to the main body, wherein the gas discharged from the gas outlet is introduced into the diffusing case through a gas inlet hole defined at the rear side, a discharge cover disposed at a front side of the diffusing case, wherein the discharge cover includes a gas discharge hole for discharging the gas introduced into the diffusing case to outside, wherein the discharge cover includes a plurality of massage protrusions protruding forward to press a target located in front of the discharge cover, characterized in that the plurality of massage protrusions include a moisture measurement protrusion disposed to measure a moisture amount of the target. a main body including a gas outlet for discharging gas therethrough; a handle extending from the main body; and a diffuser removably coupled to the main body to introduce the gas discharged from the gas outlet therein and discharge the gas introduced therein to outside, wherein the diffuser includes: a diffusing case having a rear side coupled to the main body, wherein the gas discharged from the gas outlet is introduced into the diffusing case through a gas inlet hole defined at the rear side, a discharge cover disposed at a front side of the diffusing case, wherein the discharge cover includes a gas discharge hole for discharging the gas introduced into the diffusing case to outside, wherein the discharge cover includes a plurality of massage protrusions protruding forward to press a target located in front of the discharge cover, characterized in that the plurality of massage protrusions include a moisture measurement protrusion disposed to measure a moisture amount of the target. a diffusing case having a rear side coupled to the main body, wherein the gas discharged from the gas outlet is introduced into the diffusing case through a gas inlet hole defined at the rear side, a discharge cover disposed at a front side of the diffusing case, wherein the discharge cover includes a gas discharge hole for discharging the gas introduced into the diffusing case to outside, wherein the discharge cover includes a plurality of massage protrusions protruding forward to press a target located in front of the discharge cover, characterized in that the plurality of massage protrusions include a moisture measurement protrusion disposed to measure a moisture amount of the target.
A variable displacement pump which includes a rotation shaft rotatably supported by a housing, a cylinder block including a plurality of cylinder bores formed in the rotation shaft in a circumferential direction and rotating together with the rotation shaft, a piston provided inside each of the plurality of cylinder bores to be slidable, and a swash plate supported to be tiltable with respect to the rotation shaft while a front end portion of the piston is slidable thereon and which sucks and discharges a working fluid by moving the piston in a reciprocating manner with a stroke in response to an inclination angle of the swash plate, the variable displacement pump comprising: a control piston which includes a columnar piston portion pressing the swash plate and adjusts the inclination angle of the swash plate between a maximal inclination angle in which a discharge capacity of the working fluid becomes maximal and a minimal inclination angle in which the discharge capacity of the working fluid becomes minimal; a piston accommodation portion which is formed in the housing and accommodates the piston portion; and a pressed portion which is disposed between the swash plate and the piston portion and is pressed toward the swash plate by the piston portion, characterized in that when the inclination angle of the swash plate is an intermediate inclination angle in which the discharge capacity of the working fluid becomes an intermediate amount between the maximal amount and the minimal amount, a contact point between the piston portion and the pressed portion is located at a center portion (58a 1) including an axis center of the piston portion in an end surface on the side of the swash plate in the piston portion. a control piston which includes a columnar piston portion pressing the swash plate and adjusts the inclination angle of the swash plate between a maximal inclination angle in which a discharge capacity of the working fluid becomes maximal and a minimal inclination angle in which the discharge capacity of the working fluid becomes minimal; a piston accommodation portion which is formed in the housing and accommodates the piston portion; and a pressed portion which is disposed between the swash plate and the piston portion and is pressed toward the swash plate by the piston portion, characterized in that when the inclination angle of the swash plate is an intermediate inclination angle in which the discharge capacity of the working fluid becomes an intermediate amount between the maximal amount and the minimal amount, a contact point between the piston portion and the pressed portion is located at a center portion (58a 1) including an axis center of the piston portion in an end surface on the side of the swash plate in the piston portion.
A step assembly (I, I') for a transport vehicle, in particular of the train, tram, underground train, bus or trolleybus type, this assembly comprising - a framework including fastening means (26, 28) on the frame of the transport vehicle, this framework delimiting a side opening; - a pivoting floor, located in use in proximity to the door of the transport vehicle, this pivoting floor being intended for the progress of passengers, in particular mobility-impaired people, this pivoting floor comprising a progress surface and being pivotably mounted relative to the framework about a first pivot axis, provided opposite to said side opening; - an intermediate device, located below the progress surface, this intermediate device being pivotably mounted relative to the framework about a second pivot axis, which is in particular the same as the first pivot axis, the intermediate device and the pivoting floor being capable of pivoting relative to the framework mutually independently; - a sliding system translationally movable relative to the intermediate device between a folded position and an unfolded position, in which this sliding system forms, together with the progress surface, a ramp extending through said side opening this assembly being characterised in that it further comprises first motive means and first transmission means (5, 56, 57, 58, 24) for pivoting the intermediate device, as well as second motive means and second transmission means (5, 56, 57, 58, 97) for pivoting the pivoting floor. - a framework including fastening means (26, 28) on the frame of the transport vehicle, this framework delimiting a side opening; - a pivoting floor, located in use in proximity to the door of the transport vehicle, this pivoting floor being intended for the progress of passengers, in particular mobility-impaired people, this pivoting floor comprising a progress surface and being pivotably mounted relative to the framework about a first pivot axis, provided opposite to said side opening; - an intermediate device, located below the progress surface, this intermediate device being pivotably mounted relative to the framework about a second pivot axis, which is in particular the same as the first pivot axis, the intermediate device and the pivoting floor being capable of pivoting relative to the framework mutually independently; - a sliding system translationally movable relative to the intermediate device between a folded position and an unfolded position, in which this sliding system forms, together with the progress surface, a ramp extending through said side opening
Stand magnifier comprising a magnifier base to be placed on reading material or another surface to be inspected, specifically a supporting surface, and a magnifier element having a handle and a magnifier body, which is arranged on a handle end, the magnifier element being detachably fixed to the magnifier base and, when the magnifier base is put in place, the magnifier element can be pivoted with respect to the supporting surface, characterized in that the magnifier base is formed in at least two parts, at least two magnifier base parts (2a, 2b) that can be pivoted relative to each other are supported in each other in a light-tight manner, and the magnifier element is designed as a separately usable hand-held magnifier, and the handle is shaped in such a way that when the magnifier base is put in place, the magnifier base and the handle of the magnifier element make contact with the supporting surface with its free handle end region.