mhurhangee/ep-ind-claims huggingface dataset:
Method for print finishing, in which • a printing material and a transfer film having a transfer layer are provided; • the printing material is moved along a transport path at a transport speed; • during the movement of the printing material, a radiation-curing plastic is applied to the printing material in a first section of the transport path; • following the application of the radiation-curing plastic, the printing material is irradiated in a second section of the transport path while, at the same time, the transfer film is pressed onto the printing material and is moved along the transport path with the printing material, and • as it leaves the second section of the transport path, the transfer film is removed from the printing material; wherein the printing material is moved lying horizontally and, in the second area of the transport path, the transfer film is led around a partial circumference of a pressure roll, which is pressed onto the printing material, and the pressure roll is pressed onto the transport path when a printing material is moved through underneath it and is raised when no printing material is moved through underneath it. • a printing material and a transfer film having a transfer layer are provided; • the printing material is moved along a transport path at a transport speed; • during the movement of the printing material, a radiation-curing plastic is applied to the printing material in a first section of the transport path; • following the application of the radiation-curing plastic, the printing material is irradiated in a second section of the transport path while, at the same time, the transfer film is pressed onto the printing material and is moved along the transport path with the printing material, and • as it leaves the second section of the transport path, the transfer film is removed from the printing material;
A docking station, characterized in that the docking station comprises a cleaning system disposed in a base of the docking station; wherein the cleaning system comprises a cutting chamber, an upper end cover and a lower end cover; the cutting chamber is configured to receive a to-be-cleaned object, and the upper end cover is detachably connected to an upper end of the cutting chamber; the lower end cover is disposed at a lower end of the cutting chamber and is rotatably connected with the cutting chamber; the to-be-cleaned object is detachably fixed to the lower end cover; and a blade assembly configured to clean the to-be-cleaned object is provided at an inner wall of the cutting chamber. the cleaning system comprises a cutting chamber, an upper end cover and a lower end cover; the cutting chamber is configured to receive a to-be-cleaned object, and the upper end cover is detachably connected to an upper end of the cutting chamber; the lower end cover is disposed at a lower end of the cutting chamber and is rotatably connected with the cutting chamber; the to-be-cleaned object is detachably fixed to the lower end cover; and a blade assembly configured to clean the to-be-cleaned object is provided at an inner wall of the cutting chamber.
Drain assembly, in particular for a floor drain or a wall drain, comprising an inlet housing with a wall which delimits an interior space, and with an inlet opening as well as an outlet opening and a sealing film, wherein the inlet housing is substantially made of plastic and wherein the interior space is accessible through the inlet opening and the outlet opening and the water to be drained can be conveyed from the inlet opening through the interior space to the outlet opening, wherein the inlet housing is injection-moulded to the sealing film, as a result of which an adhesion section between the inlet housing and the sealing film is produced, which adhesion section provides a seal area, characterized in that a surface region facing the interior space and extending from the inlet opening in the flow direction of the water is connected to the inlet opening, wherein in the installation position, the surface region is supplemented at the sides and at the top by a flange extending substantially at right angles to the aforementioned surface region, and wherein at the bottom, the surface region is exclusively limited by the wall, that the inlet housing is injection-moulded to the sealing film at the sides and at the top exclusively via the aforementioned surface region and via the aforementioned flange and that the inlet housing is injection-moulded to the sealing film on the bottom exclusively via the aforementioned surface region.
A document having an integrated display device (102; 200; 300), a means for receiving a first input, and a processor means, wherein the display device (102; 200; 300) is configured to display a limited number of characters of a character set at the same time, wherein the processor means is configured to control the display device (102; 200; 300) so as to: - display a first portion of the characters of the character set at the same time, - following receipt of the first input, replace the simultaneous display of the first portion of the characters with a display of a second portion of the characters of the character set, wherein the second portion is different from the first portion at least in part, wherein the first input comprises a predefined movement of the document and/or the transfer or holding of the document in a predefined position, characterised in that the means for receiving the first input comprises a communications interface to a mobile telecommunications device, wherein the communications interface is configured to receive, as the first input, a movement or position of the document detected by the telecommunications device. - display a first portion of the characters of the character set at the same time, - following receipt of the first input, replace the simultaneous display of the first portion of the characters with a display of a second portion of the characters of the character set, wherein the second portion is different from the first portion at least in part, wherein the first input comprises a predefined movement of the document and/or the transfer or holding of the document in a predefined position, characterised in that the means for receiving the first input comprises a communications interface to a mobile telecommunications device, wherein the communications interface is configured to receive, as the first input, a movement or position of the document detected by the telecommunications device.
A modular multilevel converter cell comprising: a first terminal; a second terminal; a plurality of switching element (S1-S4) provided with respective gate units (GU1-GU4); an energy storage element; characterized in that the modular multilevel converter cell further comprises a clamp inductor in a serial connection with the energy storage element, wherein the energy storage element is provided in parallel, via said clamp inductor, across a first leg of two switching elements (S1, S2), thereby the clamp inductor is configured to restrict a rate of change of current from the energy storage element to the switching elements (S1-S4); and a first energy converter in the form of a DC, direct current, to DC converter provided in parallel to the clamp inductor, the first energy converter being configured to power the gate units (GU1-GU4) by utilising energy from the clamp inductor when the converter cell changes state to be in a short circuit state. a first terminal; a second terminal; a plurality of switching element (S1-S4) provided with respective gate units (GU1-GU4); an energy storage element; characterized in that the modular multilevel converter cell further comprises a clamp inductor in a serial connection with the energy storage element, wherein the energy storage element is provided in parallel, via said clamp inductor, across a first leg of two switching elements (S1, S2), thereby the clamp inductor is configured to restrict a rate of change of current from the energy storage element to the switching elements (S1-S4); and a first energy converter in the form of a DC, direct current, to DC converter provided in parallel to the clamp inductor, the first energy converter being configured to power the gate units (GU1-GU4) by utilising energy from the clamp inductor when the converter cell changes state to be in a short circuit state.
A method for providing remote access to multiple subsystems of an elevator control system comprising: receiving a request to establish a remote connection at an elevator control subsystem from a remote user system via a communication unit connected to the elevator control subsystem of the multiple subsystems; determining whether a local connection is established between the elevator control subsystem and service equipment; establishing the remote connection in response to determining that the local connection is not established between the elevator control subsystem and the service equipment; further characterized by sending a time since the service equipment was last active on the local connection and providing an option to complete the remote connection in response to determining that the local connection is established between the elevator control subsystem and the service equipment, the elevator control subsystem is operating in a first mode of operation, and a configurable local activity timeout period for communication between the elevator control subsystem and the service equipment has not expired. receiving a request to establish a remote connection at an elevator control subsystem from a remote user system via a communication unit connected to the elevator control subsystem of the multiple subsystems; determining whether a local connection is established between the elevator control subsystem and service equipment; establishing the remote connection in response to determining that the local connection is not established between the elevator control subsystem and the service equipment; further characterized by sending a time since the service equipment was last active on the local connection and providing an option to complete the remote connection in response to determining that the local connection is established between the elevator control subsystem and the service equipment, the elevator control subsystem is operating in a first mode of operation, and a configurable local activity timeout period for communication between the elevator control subsystem and the service equipment has not expired.
Pistol comprising a plastics housing on which a slide containing a barrel is guided in the longitudinal direction, which housing has a trigger guard at the transition to a grip, and in which housing a locking block is arranged which forms a unit together with a guide of the slide, which unit is arranged in front of the magazine well and extends forwards approximately as far as the trigger guard, and which locking block comprises a cavity that extends in the longitudinal direction, characterised in that the locking block consists of a plastics material and the guide of the slide consists of a guide plate (6 and 6') arranged in front of the magazine well on each of the two sides of the locking block, the guide plates (6 and 6') being connected to the locking block and the housing by means of a first transverse pin and the locking bolt.
Device consisting of plastic for determining the dimension of the upper concrete cover of a concrete component, having plastic base body with the following characteristics: - at least one fastening (5, 7, 9, 11) by means of which the device can be fixed to a reinforcement for a concrete component; - at least one section (37,) capable of projecting above the upper concrete cover on concreting the reinforcement, characterized in that on said section a further slideable element is located, said slideable element having means of configuration (59, 61, 63) by which the dimension of the upper concrete cover may be determined. - at least one fastening (5, 7, 9, 11) by means of which the device can be fixed to a reinforcement for a concrete component; - at least one section (37,) capable of projecting above the upper concrete cover on concreting the reinforcement, characterized in that on said section a further slideable element is located, said slideable element having means of configuration (59, 61, 63) by which the dimension of the upper concrete cover may be determined.
A Coriolis flow meter comprising: at least one flow conduit (103A, 103B); a drive system coupled to the at least one flow conduit (103A, 103B) to induce a drive motion in the at least one flow conduit (103A, 103B); and a balance system (400, 500) coupled to the at least one flow conduit (103A, 103B) including a balance mass (401, 402) located on the opposite side of the at least one flow conduit (103A, 103B) from the drive system; wherein the balance system (400, 500) is sized and located such that the momentum of the balance system (400, 500) in a direction perpendicular to the drive motion is equal and opposite to the momentum of the drive system, characterized in that the balance system vibrates out of phase with the at least one flow conduit (103A, 103B). at least one flow conduit (103A, 103B); a drive system coupled to the at least one flow conduit (103A, 103B) to induce a drive motion in the at least one flow conduit (103A, 103B); and a balance system (400, 500) coupled to the at least one flow conduit (103A, 103B) including a balance mass (401, 402) located on the opposite side of the at least one flow conduit (103A, 103B) from the drive system; wherein the balance system (400, 500) is sized and located such that the momentum of the balance system (400, 500) in a direction perpendicular to the drive motion is equal and opposite to the momentum of the drive system, characterized in that the balance system vibrates out of phase with the at least one flow conduit (103A, 103B).
Security label or adhesive tape with proof of tampering, comprising a flexible carrier substrate based on a flexible plastic film, characterized in that layers are applied in the following sequence to a surface of the carrier su bstrate: a) an embossed lacquer layer, b) a semi-transparent metal layer or a layer with a high refractive index, c) a partial release lacquer layer in the form of letters, characters, symbols, lines, guilloches, numbers or lettering, d) one or more lacquer layer(s) with optical properties, e) a self-adhesive coating, wherein, in the areas not coated with the release lacquer layer, the adhesion of all layers to one another and the adhesion of the self-adhesive coating to the article to be protected is greater than the adhesion of the lacquer layer to the self-adhesive coating or the adhesion of all layers to one another is greater than the adhesion of the self-adhesive coating to the article to be protected, and wherein, in the areas coated with the release lacquer layer, the adhesion of all layers to one another and the adhesion of the self-adhesive coating to the article to be protected is greater than the adhesion of the metal layer or layer with a high refractive index to the release lacquer layer or the adhesion of the release lacquer layer to the lacquer layer. a) an embossed lacquer layer, b) a semi-transparent metal layer or a layer with a high refractive index, c) a partial release lacquer layer in the form of letters, characters, symbols, lines, guilloches, numbers or lettering, d) one or more lacquer layer(s) with optical properties, e) a self-adhesive coating,
A solder preform comprising: either the preform being in shape of a solder tube, the tube comprising a cylindrically shaped solder alloy body, the solder alloy body comprising a first end, a second end, and at least one opening located at the first end or the second end, the second end circumferentially overlapping, or interlocking with, the first end; or the preform being in the shape of a solder washer with a central hole, the washer comprising a solder alloy body with an inner diameter sidewall and an outer diameter sidewall, and at least one opening located at the inner diameter sidewall or the outer diameter sidewall; the solder preform being characterised by the following: a flux core embedded in the solder alloy body, the flux core comprising a thermochromic indicator, such that during reflow soldering, the flux core comprising the thermochromic indicator is configured to flow out of the at least one opening of the solder alloy, and the thermochromic indicator is configured to become colorless at or above a reflow temperature of the solder alloy, either the preform being in shape of a solder tube, the tube comprising a cylindrically shaped solder alloy body, the solder alloy body comprising a first end, a second end, and at least one opening located at the first end or the second end, the second end circumferentially overlapping, or interlocking with, the first end; or the preform being in the shape of a solder washer with a central hole, the washer comprising a solder alloy body with an inner diameter sidewall and an outer diameter sidewall, and at least one opening located at the inner diameter sidewall or the outer diameter sidewall; the solder preform being characterised by the following: a flux core embedded in the solder alloy body, the flux core comprising a thermochromic indicator, such that during reflow soldering, the flux core comprising the thermochromic indicator is configured to flow out of the at least one opening of the solder alloy, and the thermochromic indicator is configured to become colorless at or above a reflow temperature of the solder alloy,
A fan air modulating valve (FAMV) comprising: at least one pair of doors (46a, 46b) rotatably attached at an air exit of a fan bypass air cooled device; and, an actuator, wherein the actuator incorporates a push rod extendible from a first position corresponding to a closed position to a second position corresponding to an open position and the FAMV further comprises tie rods (54a, 54b) connected at a single hinge point on the push rod and extending to a hinge joint (56a, 56b) on the doors (46a, 46b), the actuator engaging the doors (46a, 46b) for simultaneous mirrored rotation from the closed position to the open position, wherein said doors sealingly engage an exit plenum extending from the fan bypass air cooled device. at least one pair of doors (46a, 46b) rotatably attached at an air exit of a fan bypass air cooled device; and, an actuator, wherein the actuator incorporates a push rod extendible from a first position corresponding to a closed position to a second position corresponding to an open position and the FAMV further comprises tie rods (54a, 54b) connected at a single hinge point on the push rod and extending to a hinge joint (56a, 56b) on the doors (46a, 46b), the actuator engaging the doors (46a, 46b) for simultaneous mirrored rotation from the closed position to the open position, wherein said doors sealingly engage an exit plenum extending from the fan bypass air cooled device.
Method for producing a housing for an axial turbomachine, in particular for a compressor (4; 6), the housing comprising a metal sheet and at least one annular row of stator blades, the method comprising the following steps: (a) providing or producing a planar metal sheet, (b) welding stator blades onto one of the planar faces of the metal sheet, the blades being arranged so as to form at least one row of blades, and then a step of: (c) bending the metal sheet about a bending axis perpendicular to the row of blades, so as to form a housing with at least one angular tube portion as a result of the metal sheet, and with at least one angular portion of an annular row of blades. (a) providing or producing a planar metal sheet, (b) welding stator blades onto one of the planar faces of the metal sheet, the blades being arranged so as to form at least one row of blades,
A method comprising the following steps: b. applying a facade layer; c. depositing a foamable composition over the facade layer; wherein the foamable composition expands into polymeric foam that is adhered to the facade layer and wherein the polymeric foam adheres to the facade layer; characterized in that the method further comprises a step a. building a sacrificial relief having a width dimension, a length dimension and a height dimension by an additive process of multilayer deposition of a sacrificial material, wherein the sacrificial relief can optionally define one or more than one fenestration mesa; and in that in step b. the facade layer is applied over the sacrificial relief so as to conform to the contour of the sacrificial relief. b. applying a facade layer; c. depositing a foamable composition over the facade layer; wherein the foamable composition expands into polymeric foam that is adhered to the facade layer and wherein the polymeric foam adheres to the facade layer; a. building a sacrificial relief having a width dimension, a length dimension and a height dimension by an additive process of multilayer deposition of a sacrificial material, wherein the sacrificial relief can optionally define one or more than one fenestration mesa;
A method of forming a memory cell, the method comprising: patterning a precursor structure parallel to only an x-axis, the precursor structure comprising a lower section comprising a magnetic material, an upper section comprising another magnetic material, and a non-magnetic material between the lower section and the upper section, the patterning comprising directing an ion beam parallel to the x-axis to form an elongate stepped feature structure (132; 232) comprising a lower elongate feature section formed from the lower section and defining a lower feature width (W 1) and comprising an upper elongate feature section formed from the upper section and defining an upper feature width (W u) less than the lower feature width; and after patterning the precursor structure parallel to only the x -axis, patterning the elongate stepped feature structure parallel to only a y -axis perpendicular to the x -axis, comprising directing an ion beam parallel to the y -axis to form an at least partially discrete stepped feature structure comprising an upper discrete feature section (140; 240) formed from the upper section. patterning a precursor structure parallel to only an x-axis, the precursor structure comprising a lower section comprising a magnetic material, an upper section comprising another magnetic material, and a non-magnetic material between the lower section and the upper section, the patterning comprising directing an ion beam parallel to the x-axis to form an elongate stepped feature structure (132; 232) comprising a lower elongate feature section formed from the lower section and defining a lower feature width (W 1) and comprising an upper elongate feature section formed from the upper section and defining an upper feature width (W u) less than the lower feature width; and after patterning the precursor structure parallel to only the x -axis, patterning the elongate stepped feature structure parallel to only a y -axis perpendicular to the x -axis, comprising directing an ion beam parallel to the y -axis to form an at least partially discrete stepped feature structure comprising an upper discrete feature section (140; 240) formed from the upper section.