mhurhangee/ep-ind-claims huggingface dataset:
Machine for cutting panels, comprising a zone for supplying panels to be cut and a zone for cutting panels according to pre-set and modifiable cutting configurations, said machine providing, in said supply zone, at least a longitudinal elongated member, substantially extending according to the direction of advancement of panels to be cut, at least a longitudinal elongated member being fixed substantially transversely with respect to the advancement direction of the panels to be cut, and at least a elongated member being provided with a plurality of motion elements for moving panels to be cut, said motion elements being slidably and independently movable along said at least a longitudinal elongated member, said machine comprising in said supply zone, at least two longitudinal elongated members, substantially extending along the advancement direction of the panels to be cut, substantially fixed transversely with respect to the advancement direction of the panels to be cut, each one of said at least two elongated members being provided with at least a relevant motion element for moving said panels to be cut, slidably movable along the relevant longitudinal elongated member, said relevant motion elements of the panels being independently movable each other along said panel advancement direction wherein at least a motion element provides at least a grasping group, and / or at least a pushing group and / or at least a suction group, movable with respect to the relevant motion element, along said panel advancement direction, characterized in that said relevant motion elements of the panels are independently movable each other along said panel advancement direction.
An examination method for examining an examination target region of an examination object by capturing images from X-rays output from an X-ray source and transmitted through the target region with an X-ray detection unit, reconstructing a three-dimensional image of the examination target region based on the captured images, and examining the examination target region using the three-dimensional image obtained by the reconstruction, the method comprising the steps of: changing a position of the X-ray detection unit on a virtual circle having an optical axis of the X-ray source as a center, on a virtual plane that intersects perpendicularly with the optical axis; causing the X-ray detection unit to perform X-ray fluorography at each of a plurality of positions on the virtual circle; and generating a tomosynthetic tomographic image based on the result of the X-ray fluorography by the X-ray detection unit; wherein the step of changing the position of the X-ray detection unit includes changing the position of the X-ray detection unit so that a direction of a coordinate system of the images captured by the X-ray detection unit at each of a plurality of positions on the virtual circle remains unchanged; the examination method characterized by: generating an X-ray computed tomography image based on the same result of the X-ray fluorography as used for the generation of the tomosynthetic tomographic image, wherein data of each pixel obtained as the result of the X-ray fluorography by the X-ray detection unit is subjected to a filtering process in a direction which is determined by an angle of rotation of the X-ray detection unit at a respective image capturing position on the virtual circle having the optical axis of the X-ray source as the center. changing a position of the X-ray detection unit on a virtual circle having an optical axis of the X-ray source as a center, on a virtual plane that intersects perpendicularly with the optical axis; causing the X-ray detection unit to perform X-ray fluorography at each of a plurality of positions on the virtual circle; and generating a tomosynthetic tomographic image based on the result of the X-ray fluorography by the X-ray detection unit; wherein the step of changing the position of the X-ray detection unit includes changing the position of the X-ray detection unit so that a direction of a coordinate system of the images captured by the X-ray detection unit at each of a plurality of positions on the virtual circle remains unchanged; the examination method characterized by: generating an X-ray computed tomography image based on the same result of the X-ray fluorography as used for the generation of the tomosynthetic tomographic image, wherein data of each pixel obtained as the result of the X-ray fluorography by the X-ray detection unit is subjected to a filtering process in a direction which is determined by an angle of rotation of the X-ray detection unit at a respective image capturing position on the virtual circle having the optical axis of the X-ray source as the center.
A cushion element for a patient interface for providing a flow of breathable gas to a patient, wherein the cushion element comprises: - a face-contacting layer for contacting a face of the patient during use of the cushion element; and - a multi-layer responsive structure which is covered by the face-contacting layer; wherein the responsive structure comprises a plurality of actuators (38, 40) for moving the face-contacting layer, wherein said plurality of actuators (38, 40) comprises first actuators belonging to a first group of actuators and second actuators belonging to a second group of actuators, wherein each of the first and the second actuators (38, 40) comprises an electrode (44, 46), wherein the electrodes of the first actuators (3 8) are arranged in one or more first layers, and wherein the electrodes of the second actuators are arranged in one or more second layers, wherein the one or more first and second layers (50, 52) are arranged above each other, and wherein the electrodes of the first actuators are, with respect to a first axis which is transverse to the one or more first and second layers (50, 52), arranged spatially offset relative to the electrodes of the second actuators, characterized in that the electrodes of the first actuators (3 8) do not overlap the electrodes of the second actuators when being viewed along the first axis. - a face-contacting layer for contacting a face of the patient during use of the cushion element; and - a multi-layer responsive structure which is covered by the face-contacting layer;
A contact lens mold half and a collet for holding the contact lens mold half during machining of a surface of the mold half, the collet comprising a disc having a face and defining: a central structure, at the centre of the face, for receiving a head portion of the mold half, and a recess, in the face, for receiving a tail portion of the mold half, the recess extending from the central structure along a radius of the disc; CHARACTERISED IN THAT: the recess is elongate and shaped and sized to receive the entire length of the tail portion of the mold half. a central structure, at the centre of the face, for receiving a head portion of the mold half, and a recess, in the face, for receiving a tail portion of the mold half, the recess extending from the central structure along a radius of the disc;
A tape printing apparatus comprising: a print head that applies printing onto a printing tape; a first conveying roller that conveys the printing tape; a second conveying roller that conveys the printing tape with a release sheet adhered thereto; a first cutter that cuts the printing tape without the release sheet adhered thereto, the first cutter being arranged between the print head and the first conveying roller; a second cutter that cuts the printing tape with the release sheet adhered thereto, the second cutter being arranged downstream of the second conveying roller in a printing tape-conveying direction; a control device that controls respective operations of the first conveying roller, the second conveying roller, the first cutter and the second cutter, wherein the control device is configured to: operate the first conveying roller to thereby conduct printing and conveyance of the printing tape; operate, upon detecting that the printing tape has reached the second conveying roller, the second conveying roller to thereby convey the printing tape and the release sheet; and operate, upon detecting that a predetermined position of the printing tape has reached the first cutter, the first cutter to thereby cut the printing tape at the predetermined position. a print head that applies printing onto a printing tape; a first conveying roller that conveys the printing tape; a second conveying roller that conveys the printing tape with a release sheet adhered thereto; a first cutter that cuts the printing tape without the release sheet adhered thereto, the first cutter being arranged between the print head and the first conveying roller; a second cutter that cuts the printing tape with the release sheet adhered thereto, the second cutter being arranged downstream of the second conveying roller in a printing tape-conveying direction; a control device that controls respective operations of the first conveying roller, the second conveying roller, the first cutter and the second cutter, wherein the control device is configured to: operate the first conveying roller to thereby conduct printing and conveyance of the printing tape; operate, upon detecting that the printing tape has reached the second conveying roller, the second conveying roller to thereby convey the printing tape and the release sheet; and operate, upon detecting that a predetermined position of the printing tape has reached the first cutter, the first cutter to thereby cut the printing tape at the predetermined position. operate the first conveying roller to thereby conduct printing and conveyance of the printing tape; operate, upon detecting that the printing tape has reached the second conveying roller, the second conveying roller to thereby convey the printing tape and the release sheet; and operate, upon detecting that a predetermined position of the printing tape has reached the first cutter, the first cutter to thereby cut the printing tape at the predetermined position.
A formulation, comprising in total in the range of 1 to 50% by weight of at least one compound, selected from methylglycinediacetic acid (MGDA), glutamic acid diacetate (GLDA) and salts thereof, in total in the range of 0.01 to 0.4% by weight of at least one zinc salt, stated as zinc, in total in the range of 0.001 to 0.045% by weight of homo- or copolymer of ethyleneimine, and optionally 0.5 to 15% by weight of bleach, based in each case on the solids content of the respective formulation. in total in the range of 1 to 50% by weight of at least one compound, selected from methylglycinediacetic acid (MGDA), glutamic acid diacetate (GLDA) and salts thereof, in total in the range of 0.01 to 0.4% by weight of at least one zinc salt, stated as zinc, in total in the range of 0.001 to 0.045% by weight of homo- or copolymer of ethyleneimine, and optionally 0.5 to 15% by weight of bleach, based in each case on the solids content of the respective formulation.
A tire comprising a sidewall portion, wherein at least one mark formed by a character or a figure is disposed on a surface of the sidewall portion, and wherein a decorative region having a plurality of micro projections is formed adjacent to the mark on the surface of the sidewall portion outside the mark, characterized in that the decorative region comprises a first region formed in at least a part of the decorative region such that the greater a distance from the mark is, the less a height of the micro projections is. a sidewall portion, wherein at least one mark formed by a character or a figure is disposed on a surface of the sidewall portion, and wherein a decorative region having a plurality of micro projections is formed adjacent to the mark on the surface of the sidewall portion outside the mark, characterized in that the decorative region comprises a first region formed in at least a part of the decorative region such that the greater a distance from the mark is, the less a height of the micro projections is.
A module for a tool pack assembly for use in the high cyclic manufacture of container bodies, comprising: a. a generally cylindrical module body with a bore therethrough for a reciprocating can forming punch, an external perimeter wall having a cavity therein, a front face having an annular channel therein and a passageway extending between said annular channel and said cavity in said external perimeter wall; b. a sensor plate assembly comprising a plate body and at least one sensor (24, 31) and at least one raised surface (35A, 35B, 35C, 35D), the plate body configured for placement into said annular channel of said front face of said module body; and c. an electronic element for placement into said cavity of said external perimeter wall of said module body, said electronic element in communication with said sensor plate assembly. a. a generally cylindrical module body with a bore therethrough for a reciprocating can forming punch, an external perimeter wall having a cavity therein, a front face having an annular channel therein and a passageway extending between said annular channel and said cavity in said external perimeter wall; b. a sensor plate assembly comprising a plate body and at least one sensor (24, 31) and at least one raised surface (35A, 35B, 35C, 35D), the plate body configured for placement into said annular channel of said front face of said module body; and c. an electronic element for placement into said cavity of said external perimeter wall of said module body, said electronic element in communication with said sensor plate assembly.
A surgical cartridge assembly, comprising: a proximal end; a distal end; an elongate channel, comprising: a base; and at least one opening within the base; a slot configured to receive a cutting member; a cartridge body configured to be removably received within the elongate channel; and at least one lockout tab extending from the proximal end of the cartridge body, wherein the at least one lockout tab is configured to cover the at least one opening when the cartridge body is received within the elongate channel, and wherein the at least one lockout tab disables a lockout mechanism to allow the cutting member to advance distally through the slot, characterized in that the at least one lockout tab comprises at least one lockout pad configured to be received within the at least one opening when the cartridge body is received within the elongate channel. a proximal end; a distal end; an elongate channel, comprising: a base; and at least one opening within the base; a base; and at least one opening within the base; a slot configured to receive a cutting member; a cartridge body configured to be removably received within the elongate channel; and at least one lockout tab extending from the proximal end of the cartridge body, wherein the at least one lockout tab is configured to cover the at least one opening when the cartridge body is received within the elongate channel, and wherein the at least one lockout tab disables a lockout mechanism to allow the cutting member to advance distally through the slot, characterized in that the at least one lockout tab comprises at least one lockout pad configured to be received within the at least one opening when the cartridge body is received within the elongate channel.
A device comprising - a laser source and - a safety unit, wherein the safety unit comprises a detector for detecting unauthorized access to the laser source, and the safety unit is adapted for causing, upon unauthorized access to the laser source, - a rendering of the laser source inoperable, or - a reduction of the outputtable power of the laser source such that the laser source is permanently disabled. - a laser source and - a safety unit, - a rendering of the laser source inoperable, or - a reduction of the outputtable power of the laser source such that the laser source is permanently disabled.
A wireless communication system for communicating via a wireless communication network, comprising: a setting device configured to create a first information needed for joining a wireless device (11, 10a, 10e) into the wireless communication network and set the first information in the wireless device (11, 10a, 10e) to be joined into the wireless communication network, the setting device being configured to create setting information that correlates the first information with a second information containing at least one of information indicating a method of setting the first information and information indicating an operator who performed an operation of setting the first information; and a management device configured to select the wireless device (11, 10a, 10e), which is to be joined into the wireless communication network, by using the setting information that has been created by the setting device; wherein the second information includes time information indicating a time at which the first information is set in the wireless device (11, 10a, 10e), and the management device is configured to use the setting information including the newest of the time information if there is a plurality of the setting information for a single wireless device (11, 10a, 10e). a setting device configured to create a first information needed for joining a wireless device (11, 10a, 10e) into the wireless communication network and set the first information in the wireless device (11, 10a, 10e) to be joined into the wireless communication network, the setting device being configured to create setting information that correlates the first information with a second information containing at least one of information indicating a method of setting the first information and information indicating an operator who performed an operation of setting the first information; and a management device configured to select the wireless device (11, 10a, 10e), which is to be joined into the wireless communication network, by using the setting information that has been created by the setting device; wherein the second information includes time information indicating a time at which the first information is set in the wireless device (11, 10a, 10e), and the management device is configured to use the setting information including the newest of the time information if there is a plurality of the setting information for a single wireless device (11, 10a, 10e).
A technical test method for testing an engine, the method comprising at least one operating stage corresponding to a stable value of at least one operating setpoint for the engine and/or for a test bench for testing the engine, wherein said operating stage is finalized before a maximum duration threshold if a criterion associated with a set of physical parameters picked up on the engine during the operating stage is satisfied and a confidence level associated with said set of physical parameters reaches at least a predetermined threshold, characterized in that said set of physical parameters comprises a plurality of physical parameters each associated with a respective confidence level, the confidence level associated with the set of physical parameters as a whole being a function of the confidence levels associated with said plurality of physical parameters.
A card handling device, comprising: a card shuffling apparatus for shuffling playing cards; a card output area; and a card output portion for receiving playing cards from the card shuffling apparatus, comprising a card buffer area positioned at an interface of the card shuffling apparatus and the card output portion, the card output portion being configured to move relative to the card shuffling apparatus to alter an orientation of the card buffer area relative to the card shuffling apparatus in order to alter a sequence of playing cards in the card buffer area, the card output portion being further configured to deliver playing cards from the card buffer area to the card output area. a card shuffling apparatus for shuffling playing cards; a card output area; and a card output portion for receiving playing cards from the card shuffling apparatus, comprising a card buffer area positioned at an interface of the card shuffling apparatus and the card output portion, the card output portion being configured to move relative to the card shuffling apparatus to alter an orientation of the card buffer area relative to the card shuffling apparatus in order to alter a sequence of playing cards in the card buffer area, the card output portion being further configured to deliver playing cards from the card buffer area to the card output area.
A tool holder comprising a tool-accommodating fixture in the shape of a sleeve section having a tool-accommodating aperture with a fitting surface which is concentric with the axis of rotation of the tool holder and to which the shank of a tool inserted into the tool-accommodating aperture of the sleeve section as intended can be fixed in a press fit, wherein the sleeve section comprises, from the side of the fitting surface, a number of peripherally extending cuts, wherein the cuts divide the fitting surface into two to a maximum of eight mutually comparable fitting surface segments (4*), which are rigid in themselves in the direction of the axis and which form rigid blocks that do not deform if axial forces, which have the tendency to pull out the tool shank from the sleeve section or to force it deeper into it, arise at the tool shank, wherein the radial depth of the cuts is selected such, depending on the wall thickness of the sleeve section and the nominal diameter of the tool shank to be chucked or the ratio between these two quantities, that the press fits, which the individual fitting surface segments (4*) engage into with the tool shank when the sleeve section is cold, loosen simultaneously when heat is applied to the outer circumference of the sleeve section, so that pulling the tool shank out from the sleeve section is no longer impeded by a single fitting surface segment (4*) at which the press fit has not yet loosened, characterized in that the cuts weaken the sleeve section over more than 1/4 and over less than 1/2 of the wall thickness of the sleeve section.
A cartridge (100, 400, 500) comprising: a chamber structure configured to contain the endodontic material; an electrically conductive heating layer provided adjacent to the chamber structure; a first electrode (118, 402) positioned at one side of the cartridge (100, 400, 500), the first electrode (118, 402) being in electrical contact with the heating layer; a second electrode (120, 406) positioned at a second side of the cartridge (100, 400, 500), the second electrode (120, 406) being in electrical contact with the heating layer; a third electrode positioned between the first electrode (118, 402) and the second electrode (120, 406) along a length of the cartridge (100, 400, 500); and an outer sleeve (102, 402, 502) encasing the chamber structure, the heating layer, and the electrodes (118, 402, 404, 120, 406). a chamber structure configured to contain the endodontic material; an electrically conductive heating layer provided adjacent to the chamber structure; a first electrode (118, 402) positioned at one side of the cartridge (100, 400, 500), the first electrode (118, 402) being in electrical contact with the heating layer; a second electrode (120, 406) positioned at a second side of the cartridge (100, 400, 500), the second electrode (120, 406) being in electrical contact with the heating layer; a third electrode positioned between the first electrode (118, 402) and the second electrode (120, 406) along a length of the cartridge (100, 400, 500); and an outer sleeve (102, 402, 502) encasing the chamber structure, the heating layer, and the electrodes (118, 402, 404, 120, 406).