mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing a security element for securing valuable objects, which includes a feature layer with first and second feature regions (30, 40) in which different first or second embossing lacquer layers are present, wherein, in the method, - a hydrophilic layer of a first embossing lacquer is applied to a carrier in the first feature regions, the applied layer is embossed with an embossed structure that generates a first optical effect and cured, - a layer of a second, different embossing lacquer is provided on a printing tool, and, - in a printing step, the printing tool is brought into contact with the carrier, and the second embossing lacquer is thereby transferred. - a hydrophilic layer of a first embossing lacquer is applied to a carrier in the first feature regions, the applied layer is embossed with an embossed structure that generates a first optical effect and cured, - a layer of a second, different embossing lacquer is provided on a printing tool, and, - in a printing step, the printing tool is brought into contact with the carrier, and the second embossing lacquer is thereby transferred.
Method for operating a press or a punching machine in which a ram is driven with an oscillating movement via an eccentric shaft and at least one connecting rod, characterised in that the ram is also driven in addition by a double-acting hydraulic cylinder that is disposed in the connecting rod shank, where a magnet switch exposes a top pressure chamber or a bottom annulus of the hydraulic cylinder alternately to hydraulic fluid so that the double-acting cylinder is operated in a vibrating manner, causing the punching or forming process to be performed by the vibrating ram.
Lift flap arrangement, comprising a first lift flap (16; 18) and a second lift flap (18; 20) laterally adjacent to the first lift flap, characterized by a lift flap bearing device (22, 24) for guiding and adjusting the first lift flap (16; 18) and the second lift flap (18; 20), wherein said lift flap bearing device comprises a first guide means for guiding the first lift flap (16; 18) and a second guide means for guiding the second lift flap (18; 20), characterized in that the first and the second guide means (30, 32) each comprise a first curved guide rail and a second curved guide rail, wherein the first guide means is arranged on a first side of the lift flap bearing device (22, 24) and the second guide means is arranged on a second side opposed to the first side.
A cold storage material composition which is an aqueous solution containing: a metal salt which is contained at a concentration of 1 mol% to 10 mol% and whose eutectic point with water is -75°C to -40°C; and an inorganic salt which is contained at a concentration of 0.5 mol% to 5 mol% and whose eutectic point with water is -30°C or higher, the cold storage material composition having a melting start point within a range from -75°C to -40°C, wherein the metal salt is calcium chloride, wherein the inorganic salt is chloride salt, wherein the chloride salt is at least one selected from a group consisting of sodium chloride, ammonium chloride, and potassium chloride, wherein a ratio of the metal salt to the inorganic salt contained in the cold storage material composition falls within a range of 1:1 (mol:mol) to 8:1 (mol:mol). a metal salt which is contained at a concentration of 1 mol% to 10 mol% and whose eutectic point with water is -75°C to -40°C; and an inorganic salt which is contained at a concentration of 0.5 mol% to 5 mol% and whose eutectic point with water is -30°C or higher, the cold storage material composition having a melting start point within a range from -75°C to -40°C, wherein the metal salt is calcium chloride, wherein the inorganic salt is chloride salt, wherein the chloride salt is at least one selected from a group consisting of sodium chloride, ammonium chloride, and potassium chloride, wherein a ratio of the metal salt to the inorganic salt contained in the cold storage material composition falls within a range of 1:1 (mol:mol) to 8:1 (mol:mol).
A vibration measurement device (1A - 1E) for high-speed rotating machines for measuring balancing vibration of the rotating machines which have variable operating speed, the rotating machines comprising a cartridge including a rotor (11, 12) that rotates about an axial line and a cartridge body that rotatably supports the rotor (11, 12), the vibration measurement device comprising: a rigidly fixed support structure; a vibration detection unit that detects vibration of the rotating machines; an elastic support portion (K, 4, 44, 45) that elastically supports the rotating machines with respect to the support structure characterized in that the elastic support portion (K, 4, 44, 45) has a variable spring constant and comprises an intermediate component having a shaft (42, 44A) and a protruding portion (43, 44B) that are arranged such that the protruding portion projects in a horizontal direction from the upper end portion of the shaft, and wherein the vibration detection unit is fixed to the bottom surfaces of the protruding portions at distal end portions thereof. a rigidly fixed support structure; a vibration detection unit that detects vibration of the rotating machines; an elastic support portion (K, 4, 44, 45) that elastically supports the rotating machines with respect to the support structure characterized in that the elastic support portion (K, 4, 44, 45) has a variable spring constant and comprises an intermediate component having a shaft (42, 44A) and a protruding portion (43, 44B) that are arranged such that the protruding portion projects in a horizontal direction from the upper end portion of the shaft, and wherein the vibration detection unit is fixed to the bottom surfaces of the protruding portions at distal end portions thereof.
A honeycomb filter comprising: a ceramic honeycomb substrate in which a multitude of cells through which a fluid flows are disposed in parallel in a longitudinal direction and are separated by cell walls, each cell being sealed at an end section at either a fluid inlet side or a fluid outlet side, and a filter layer which, among surfaces of the cell walls, is formed on a surface of the cell walls of those cells in which the end section at the fluid inlet side is open and the end section at the fluid outlet side is sealed, wherein the filter layer comprises hollow particles, and wherein an average particle size of the hollow particles is from 0.3 to 2.5 μm. a ceramic honeycomb substrate in which a multitude of cells through which a fluid flows are disposed in parallel in a longitudinal direction and are separated by cell walls, each cell being sealed at an end section at either a fluid inlet side or a fluid outlet side, and a filter layer which, among surfaces of the cell walls, is formed on a surface of the cell walls of those cells in which the end section at the fluid inlet side is open and the end section at the fluid outlet side is sealed, wherein the filter layer comprises hollow particles, and wherein an average particle size of the hollow particles is from 0.3 to 2.5 μm.
An audio device, comprising: at least one microphone configured to detect audible breathing noises in a sleeping environment; at least one biosensor configured to monitor a breathing architecture of a first subject, wherein the breathing architecture refers to the timing of inhalation and exhalation of the first subject; the audio device being characterized in that it further comprises: a processing unit configured to compare the audible breathing noises to the breathing architecture of the first subject to determine the detected audible breathing noises originated from a second subject; and at least one speaker configured to output a masking sound to compensate for the detected audible breathing noises. at least one microphone configured to detect audible breathing noises in a sleeping environment; at least one biosensor configured to monitor a breathing architecture of a first subject, wherein the breathing architecture refers to the timing of inhalation and exhalation of the first subject; the audio device being characterized in that it further comprises: a processing unit configured to compare the audible breathing noises to the breathing architecture of the first subject to determine the detected audible breathing noises originated from a second subject; and at least one speaker configured to output a masking sound to compensate for the detected audible breathing noises. a processing unit configured to compare the audible breathing noises to the breathing architecture of the first subject to determine the detected audible breathing noises originated from a second subject; and at least one speaker configured to output a masking sound to compensate for the detected audible breathing noises.
Device suitable for carrying out, fully automatically, an individual immunoassay in order to detect a biologically active substance in a sample using a sample strip, wherein the sample strip is part of the device and comprises, in an exclusively linear arrangement, at least five cavities, of which at least one cavity (i) is used for providing the sample to be tested, at least one further cavity (ii) is used as a reaction chamber for carrying out the individual immunoassay, at least one further cavity (iii) is used as a reaction reagent reservoir for providing the reaction reagent(s) required for the individual immunoassay, and at least one further cavity (iv) is used for providing a control substance, wherein the sample strip is sealed with a film, the film has an individual-immunoassay-specific code, and the code is used to identify the individual immunoassay to be carried out and to store the calibration curve of the individual immunoassay to be carried out, and wherein the device comprises (a) a means for receiving at least one sample strip, (b) a means for transporting the at least one sample strip along a transfer route to various reaction stations of the individual immunoassay, wherein the reaction stations comprise at least one decoding station, at least one pipetting station, at least one washing station and at least one detection station, (c) at least one means for decoding an individual-immunoassay-specific code at the at least one decoding station, (d) at least one pipetting station for carrying out the reaction steps of the individual immunoassay to be carried out at the at least one pipetting station and/or the at least one washing station, (e) at least one reservoir for providing the washing and/or rinsing solution required at the at least one pipetting station and/or the at least one washing station, (f) at least one means for analysing the individual immunoassay at the at least one detection station, and (g) at least one means for fully automatic control of the individual immunoassay. (a) a means for receiving at least one sample strip, (b) a means for transporting the at least one sample strip along a transfer route to various reaction stations of the individual immunoassay, wherein the reaction stations comprise at least one decoding station, at least one pipetting station, at least one washing station and at least one detection station, (c) at least one means for decoding an individual-immunoassay-specific code at the at least one decoding station, (d) at least one pipetting station for carrying out the reaction steps of the individual immunoassay to be carried out at the at least one pipetting station and/or the at least one washing station, (e) at least one reservoir for providing the washing and/or rinsing solution required at the at least one pipetting station and/or the at least one washing station, (f) at least one means for analysing the individual immunoassay at the at least one detection station, and (g) at least one means for fully automatic control of the individual immunoassay.
Insulation board, in particular for laying on a ceiling between storeys, preferably on a ceiling of an uppermost storey, comprising an insulating material panel as an insulating material component and at least one cover layer, wherein the cover layer is directly connected to the insulating material panel, characterized in that the insulating material panel and the cover layer are made of expanded polystyrene that has been fused for example by means of superheated steam, wherein the expanded polystyrene of the insulating material panel is fused differently, for example to a greater extent and/or more intensively or to a lesser extent, in comparison to that of the cover layer, in that at least the insulating material panel is made at least partially of expanded polystyrene containing an addition of athermanous substances, in that the insulating material panel made of expanded polystyrene has a density of 5 - 50 kg/m 3 or g/l, and in that the outer edges of the insulation board on the side faces thereof or at least on individual side faces are configured with a tongue-and-groove connection as a means for connecting insulation boards.
A composition comprising: (a) a retinoic acid precursor, meaning a component that, when oxidized, can convert to retinoic acid, wherein the retinoic acid precursor is retinyl propionate, hydroxyanasatil retinoate or a mixture thereof; (b) a skin benefit agent comprising resorcinol and/or a derivative thereof, wherein 'derivative' means at least one H on the ring structure and/or on a hydroxy group of the resorcinol replaced with an alkyl group, wherein the skin benefit agent comprising resorcinol and/or derivative thereof is 4-ethyl resorcinol or 4-hexyl resorcinol; and (c) a cosmetically acceptable carrier which is caprylic capric triglyceride; wherein the retinoic acid precursor and the skin benefit agent comprising resorcinol and/or a derivative thereof are present at a weight ratio of from 0.25 to 1 to 1 to 0.25. (a) a retinoic acid precursor, meaning a component that, when oxidized, can convert to retinoic acid, wherein the retinoic acid precursor is retinyl propionate, hydroxyanasatil retinoate or a mixture thereof; (b) a skin benefit agent comprising resorcinol and/or a derivative thereof, wherein 'derivative' means at least one H on the ring structure and/or on a hydroxy group of the resorcinol replaced with an alkyl group, wherein the skin benefit agent comprising resorcinol and/or derivative thereof is 4-ethyl resorcinol or 4-hexyl resorcinol; and (c) a cosmetically acceptable carrier which is caprylic capric triglyceride;
Luminaire comprising - a lighting means for generating and emitting a light, wherein the lighting means comprises a plurality of individual light sources which are adjacent to each other, in particular arranged along a rectilinear region, and - a light-influencing element having a translucent part for the optical influencing of the light emitted by the lighting means, wherein the translucent part of the light-influencing element is flexible and is so arranged that it has a curved surface, characterized in that, the light-influencing element consists of a film of uniform thickness. - a lighting means for generating and emitting a light, wherein the lighting means comprises a plurality of individual light sources which are adjacent to each other, in particular arranged along a rectilinear region, and - a light-influencing element having a translucent part for the optical influencing of the light emitted by the lighting means, wherein the translucent part of the light-influencing element is flexible and is so arranged that it has a curved surface,
An apparatus for molding a thermoplastic material into a homogenous sample body having a predetermined shape, the apparatus comprising: a main body comprising a first opening, a second opening and a hollow bore connecting the first opening with the second opening, a separation foil arranged within the hollow bore and shaped to cover at least a part of the hollow bore surface; a piston adapted to fit moveably into the hollow bore containing the separation foil; a base plate comprising a protrusion, wherein the base plate is adapted to be inserted into the first opening in such a manner that the protrusion extends into a part of the hollow bore containing the separation foil, and wherein the base plate is adapted to transfer heat to and from a thermoplastic material resting on the protrusion; a vacuum connector adapted to be connected to a vacuum source; and a lid adapted to fit moveably into the second opening and to apply a force to the piston when the vacuum connector is connected to the vacuum source such that the piston applies a compressing force to the thermoplastic material resting on the protrusion. a main body comprising a first opening, a second opening and a hollow bore connecting the first opening with the second opening, a separation foil arranged within the hollow bore and shaped to cover at least a part of the hollow bore surface; a piston adapted to fit moveably into the hollow bore containing the separation foil; a base plate comprising a protrusion, wherein the base plate is adapted to be inserted into the first opening in such a manner that the protrusion extends into a part of the hollow bore containing the separation foil, and wherein the base plate is adapted to transfer heat to and from a thermoplastic material resting on the protrusion; a vacuum connector adapted to be connected to a vacuum source; and a lid adapted to fit moveably into the second opening and to apply a force to the piston when the vacuum connector is connected to the vacuum source such that the piston applies a compressing force to the thermoplastic material resting on the protrusion.
An electrical switch having a carrier and a contact system, which is arranged on the carrier and has fixed contact elements and a mechanically monostable switching contact element in the form of a snap dome, with which the snap dome can be brought from a stable rest position into a switching position by elastic deformation of the snap dome, the fixed contact elements being galvanically isolated from each other in the rest position and the fixed contact elements being electrically connected to each other via the snap dome in the switching position, a deformable cover being provided, which fixes at least the snap dome in its position in relation to the carrier and is brought into a contact connection with both the carrier and the snap dome for this purpose, the cover being arranged and adhesively bonded to the carrier around the snap dome in such a manner that, in addition to fixing the switching contact element, it encloses the switching contact element such that it is sealed off from the carrier, the cover being formed from a water-tight and self-adhesive material, characterised in that the cover is adhesively bonded to the snap dome in the extension region of the snap dome, the cover is adhesively bonded to the carrier outside the circumferential line of the snap dome, the cover also at least partially covers the fixed contact elements, and the cover is configured by pre-forming and attached via the switching contact element in such a manner that material allowances are formed in regions where the cover is deformed when the switching contact element is operated.
A robot control system for controlling motions of a robot which comprise a combination of a plurality of hardware components, comprising: a first control unit for performing a process which does not depend upon hardware configuration information of the robot; a second control unit for performing a process which depends upon the hardware configuration information of the robot; and a communication unit for providing communication between said first and second control units; wherein said communication unit notifies said first control unit of a system event detected by said second control unit. a first control unit for performing a process which does not depend upon hardware configuration information of the robot; a second control unit for performing a process which depends upon the hardware configuration information of the robot; and a communication unit for providing communication between said first and second control units; wherein said communication unit notifies said first control unit of a system event detected by said second control unit.
A memory controller comprising memory control means accessing a readable/writable nonvolatile memory and reading and writing data on the basis of a sector unit of a file system established for the nonvolatile memory, table storage means storing a table associating sector groups created by dividing all sectors of the file system into multiple groups under a given condition with different memory regions on the nonvolatile memory, respectively, and with an accumulated number of times obtained by accumulating a number of times of moving the sectors as a result of the execution of a garbage collection, the different memory regions each comprising a given number of purging blocks, the memory controller being characterized in that the memory control means: makes reference to the table to identify a memory region corresponding to a specified sector, and searches a range of the identified memory region for a physical address corresponding to the specified sector; moves the specified sector within the range of the identified memory region for rewriting data corresponding to the specified sector; for writing data, executes the garbage collection in which whether a number of free sectors belonging to the identified memory region is equal to or greater than a given number is determined, a purging block is selected as a purging target if the number of free sectors is less than the given number, and all used sectors within the selected purging-target purging block are moved to another purging block in the identified memory region, and purges the purging-target purging block after the execution of the garbage collection; and changes a correspondence between the sector groups and the memory regions in the table when the accumulated number of times exceeds a given number of times. makes reference to the table to identify a memory region corresponding to a specified sector, and searches a range of the identified memory region for a physical address corresponding to the specified sector; moves the specified sector within the range of the identified memory region for rewriting data corresponding to the specified sector; for writing data, executes the garbage collection in which whether a number of free sectors belonging to the identified memory region is equal to or greater than a given number is determined, a purging block is selected as a purging target if the number of free sectors is less than the given number, and all used sectors within the selected purging-target purging block are moved to another purging block in the identified memory region, and purges the purging-target purging block after the execution of the garbage collection; and changes a correspondence between the sector groups and the memory regions in the table when the accumulated number of times exceeds a given number of times.