mhurhangee/ep-ind-claims huggingface dataset:
Method for load relieving a test object fixed in a clamping device, wherein a load is applied by a multiplicity of hydraulic means (6a, 6b, 6c) positioned side by side each introducing a partial load (F 1, F 2, F 3) into the test object wherein, a first hydraulic means of the multiplicity of hydraulic means is positioned at an inner area that is closest to the clamping device, a second hydraulic means of the multiplicity of hydraulic means is positioned at a center area, and a third hydraulic means of the multiplicity of hydraulic means is positioned at an outer area that is farthest from the clamping device, characterized in that the test object has a minimum deflexion in an area close to its fixation and a maximum deflexion in an area far away from the fixation and in that the load is reduced sequentially from the maximum deflexion to the minimum deflexion,
Photovoltaic hybrid electrolysis cell which is used for the direct light-induced decomposition of water to produce hydrogen at a decomposition voltage above 1.23 V, comprising a transparent superstrate with an upper side through which light is incident during operation and an underside which is at least partially covered by a transparent electrically conducting conductive layer, the front side of which is adjoined by at least one cathode, and comprising an anode and comprising a semiconducting layer structure with a front side provided for the incidence of light and a rear side carrying an electrically conducting light-impermeable rear contact layer, wherein the anode and the cathode are connected to one another in an electrically conducting manner, the anode is assigned an anodic electrolyte chamber with an aqueous electrolyte and an oxygen catalyst and the cathode is assigned a cathodic electrolyte chamber with an aqueous electrolyte and a hydrogen catalyst layer, and the anodic and the cathodic electrolyte chambers are separated from one another by a proton-conducting membrane which is electrically insulated with respect to the cathode and is arranged perpendicular to the semiconducting layer structure, and comprising an insulation layer between the hydrogen catalyst layer and the rear contact layer of the cathode, characterized in that the cathode is configured as a photocathode with single or multiple thin-layer semiconductor structures and the insulation layer is configured as an electrically conductive hydrogen barrier layer and is arranged exclusively on the rear contact layer of the photocathode which consists of a corrosion-resistant material and that the conductive layer is configured as a continuous layer on the underside of the superstrate.
An inhaler comprising: a body in the form of a boot, a mouthpiece, and a cover for an upper section of the boot; and a compliance monitoring module comprising: a miniature pressure sensor, a sensor port of said sensor being configured to be pneumatically coupled to a flow channel of said inhaler through which a user can inhale; a transmitter; and a processor configured to: receive data from a sensing element of the pressure sensor; receive data from a mode sensor configured to detect when the inhaler changes from an inactive mode to an active mode; and compile a compliance report based on said data from said pressure sensor sensing element and said data from said mode sensor, said transmitter being configured to issue said compliance report, wherein the compliance monitoring module comprises an electronics unit under said cover, the electronics unit including said miniature pressure sensor. a body in the form of a boot, a mouthpiece, and a cover for an upper section of the boot; and a compliance monitoring module comprising: a miniature pressure sensor, a sensor port of said sensor being configured to be pneumatically coupled to a flow channel of said inhaler through which a user can inhale; a transmitter; and a processor configured to: receive data from a sensing element of the pressure sensor; receive data from a mode sensor configured to detect when the inhaler changes from an inactive mode to an active mode; and compile a compliance report based on said data from said pressure sensor sensing element and said data from said mode sensor, said transmitter being configured to issue said compliance report, wherein the compliance monitoring module comprises an electronics unit under said cover, the electronics unit including said miniature pressure sensor. a miniature pressure sensor, a sensor port of said sensor being configured to be pneumatically coupled to a flow channel of said inhaler through which a user can inhale; a transmitter; and a processor configured to: receive data from a sensing element of the pressure sensor; receive data from a mode sensor configured to detect when the inhaler changes from an inactive mode to an active mode; and compile a compliance report based on said data from said pressure sensor sensing element and said data from said mode sensor, said transmitter being configured to issue said compliance report, wherein the compliance monitoring module comprises an electronics unit under said cover, the electronics unit including said miniature pressure sensor. receive data from a sensing element of the pressure sensor; receive data from a mode sensor configured to detect when the inhaler changes from an inactive mode to an active mode; and compile a compliance report based on said data from said pressure sensor sensing element and said data from said mode sensor, said transmitter being configured to issue said compliance report, wherein the compliance monitoring module comprises an electronics unit under said cover, the electronics unit including said miniature pressure sensor.
An apparatus for detecting a molten metal surface level in a continuous casting mold, the apparatus comprising: a temperature acquisition means configured to acquire temperatures measured by a plurality of temperature measurement means embedded in the continuous casting mold along a casting direction of the continuous casting mold; a heat flux derivation means configured to derive a value of a casting direction component of a heat flux vector on an inner wall surface of the continuous casting mold, based on a result of performing analysis of non-stationary heat conduction inverse problems from the temperatures acquired by the temperature acquisition means; and a molten metal surface level derivation means configured to derive a molten metal surface level inside the continuous casting mold, based on the value of the casting direction component of the heat flux vector on the inner wall surface of the continuous casting mold derived by the heat flux derivation means, wherein the molten metal surface level derivation means is configured to derive, as the molten metal surface level, a position where an absolute value of the value of the casting direction component of the heat flux vector whose vector of the casting direction component is in a direction opposite to the casting direction is maximum. a temperature acquisition means configured to acquire temperatures measured by a plurality of temperature measurement means embedded in the continuous casting mold along a casting direction of the continuous casting mold; a heat flux derivation means configured to derive a value of a casting direction component of a heat flux vector on an inner wall surface of the continuous casting mold, based on a result of performing analysis of non-stationary heat conduction inverse problems from the temperatures acquired by the temperature acquisition means; and a molten metal surface level derivation means configured to derive a molten metal surface level inside the continuous casting mold, based on the value of the casting direction component of the heat flux vector on the inner wall surface of the continuous casting mold derived by the heat flux derivation means, wherein the molten metal surface level derivation means is configured to derive, as the molten metal surface level, a position where an absolute value of the value of the casting direction component of the heat flux vector whose vector of the casting direction component is in a direction opposite to the casting direction is maximum.
A combination of a cylinder lock and an associated key, the cylinder lock comprising a fixed body and a plug, which is accommodated within a respective cavity of said body and can rotate with respect to said body, said plug comprising a substantially longitudinal compartment for the functional accommodation of a respective key, between said plug and said body respective accommodation channels being provided for translating coding elements, said channels being open onto said substantially longitudinal compartment, said plug comprising at least one auxiliary duct, which faces said substantially longitudinal compartment and extends at least partially in said body, for the sliding accommodation of at least one coding unit that is constituted by at least one pin and at least one conical portion, said conical portion being fitted at least partially on a first end of said pin, axially acting elastic means being able to be interposed between said pin and said conical portion, the second end of said pin, which faces said substantially longitudinal compartment, having dimensions and shapes that are complementary to those of the head of a movable pad of a respective key, against which it abuts in the configuration for use, the second end of said pin tapering towards its terminal edge, the terminal face of said second end having a shape that is complementary to that of a depression that is present in the top of the head of said movable pad of said key in order to accommodate said second end in said depression, said pin comprising a first thin end, which is suitable to be accommodated partially in a respective hollow of the bottom of the internal cavity of said conical portion, and at least one central portion whose thickness is close to the diameter of said auxiliary duct, said key comprising a grip portion from which an elongated body protrudes which is provided with coding grooves and protrusions on its outer surface, the key comprising at least one accommodation recess for said movable pad, elastic elements for mutual spacing being able to be interposed between the bottom of said recess and the base of said movable pad, the head of said movable pad comprising a depression whose shape and dimensions are complementary to those of the outermost front of said coding unit of said cylinder lock in the configuration for use said outermost front of said coding unit being accommodated at least partially within said depression, said pad having a substantially disk-like shape, the base comprising a centering protrusion for said elastic elements, the head of said pad comprising said depression being convex, said depression being constituted by a concavity that is arranged substantially on the top of said convex head.
Method for checking the functionality of a hazard alarm system (1, 2, 3), in particular a fire alarm system, which has: - a detection unit for detecting sensor signals from at least one hazard alarm sensor (20, 21, 22), in particular a fire alarm sensor, which indicate an alarm situation; - a hazard data storage and processing unit having a processing unit for further processing the sensor signals detected by the detection unit and at least one data storage element for storing the sensor signals which have been further processed; and - a mobile terminal having a display unit for visually displaying the sensor signals which have been further processed; the method having the following method steps: - testing whether the hazard alarm system (1, 2, 3) is connected to a control centre, in particular a fire brigade control centre, via a communication connection; - disconnecting the communication connection between the hazard alarm system (1, 2, 3) and the control centre if the test reveals that a communication connection exists; - deliberately triggering one of the hazard alarm sensors (20, 21, 22); and - displaying the sensor signals from the deliberately triggered hazard alarm sensor (20, 21, 22) which are detected by the detection unit by means of the display unit of the mobile terminal. - a detection unit for detecting sensor signals from at least one hazard alarm sensor (20, 21, 22), in particular a fire alarm sensor, which indicate an alarm situation; - a hazard data storage and processing unit having a processing unit for further processing the sensor signals detected by the detection unit and at least one data storage element for storing the sensor signals which have been further processed; and - a mobile terminal having a display unit for visually displaying the sensor signals which have been further processed; - testing whether the hazard alarm system (1, 2, 3) is connected to a control centre, in particular a fire brigade control centre, via a communication connection; - disconnecting the communication connection between the hazard alarm system (1, 2, 3) and the control centre if the test reveals that a communication connection exists; - deliberately triggering one of the hazard alarm sensors (20, 21, 22); and - displaying the sensor signals from the deliberately triggered hazard alarm sensor (20, 21, 22) which are detected by the detection unit by means of the display unit of the mobile terminal.
A lamp housing of an ink curing apparatus comprising at least one locking member (18, 19, 21) configured to removably lock a lamp into the housing wherein the locking member (18, 19, 21) is movable between an open position allowing removal of the lamp and a closed position restricting vertical movement of the lamp, and wherein the locking member (18, 19, 21) comprises a hinged portion characterised in that:in the open position the hinged portion is substantially parallel to the length of the housing and in the closed position the hinged portion is substantially transverse to the length of the housing; wherein the hinged portion is rotatable about a locking pin and the locking member (18, 19, 21) is configured such that, if the locking pin is not correctly positioned, the locking pin prevents insertion of the lamp housing into a cassette housing of a print curing apparatus.
A knitted component run comprising: a first knit component comprising: a first region comprised of a first tubular flat knit element; a second region comprised of a first set of multiple tubular flat knit elements (307, 316), wherein the second region is adjacent to the first region and seamlessly extends outward from the first region and the first and second regions have been produced in a continuous line and are thus of a singular knit construction, wherein the knitted component run further comprises: a second knit component comprising: a third region adjacent to the second region, the third region comprised of a second tubular flat knit element; and a fourth region comprised of a second set of multiple tubular flat knit elements, wherein the fourth region is adjacent to the third region and seamlessly extends outward from the third region and the third and fourth regions have been produced in a continuous line and are thus of a singular knit construction. a first knit component comprising: a first region comprised of a first tubular flat knit element; a second region comprised of a first set of multiple tubular flat knit elements (307, 316), wherein the second region is adjacent to the first region and seamlessly extends outward from the first region and the first and second regions have been produced in a continuous line and are thus of a singular knit construction, wherein the knitted component run further comprises: a second knit component comprising: a third region adjacent to the second region, the third region comprised of a second tubular flat knit element; and a fourth region comprised of a second set of multiple tubular flat knit elements, wherein the fourth region is adjacent to the third region and seamlessly extends outward from the third region and the third and fourth regions have been produced in a continuous line and are thus of a singular knit construction. a third region adjacent to the second region, the third region comprised of a second tubular flat knit element; and a fourth region comprised of a second set of multiple tubular flat knit elements, wherein the fourth region is adjacent to the third region and seamlessly extends outward from the third region and the third and fourth regions have been produced in a continuous line and are thus of a singular knit construction.
A mouthpiece for cleaning teeth, comprising: a mouthpiece carrier member having upper and lower sections adapted to receive the upper and lower teeth of a user; a bristle tuft assembly mounted on the mouthpiece carrier member; and a system for moving the mouthpiece carrier sections to produce a bristle motion which has a significant axial component, resulting in bristles in the bristle assembly moving toward the teeth, contacting the teeth and moving away from the teeth for cleaning thereof, wherein the system for moving includes a rotary motor having a drive shaft and an eccentric mounted on the drive shaft, characterized in that the drive shaft of the rotary motor is connected to an inner portion of the mouthpiece carrier member that is on its interior surface provided with bristle tufts for cleaning the inner surface of the teeth, and in that the eccentric is connected to an outer portion of the mouthpiece carrier member that is on its interior surface provided with bristle tufts for cleaning the outer surface of the teeth, wherein action of the motor produces an axial bristle motion as well as a sweeping bristle motion across the teeth. a mouthpiece carrier member having upper and lower sections adapted to receive the upper and lower teeth of a user; a bristle tuft assembly mounted on the mouthpiece carrier member; and a system for moving the mouthpiece carrier sections to produce a bristle motion which has a significant axial component, resulting in bristles in the bristle assembly moving toward the teeth, contacting the teeth and moving away from the teeth for cleaning thereof, wherein the system for moving includes a rotary motor having a drive shaft and an eccentric mounted on the drive shaft,
A method for producing a cast article of spheroidal graphite cast iron, characterized in that said spheroidal graphite cast iron meets the following conditions: N 5 − ≥ 250, N 5 − 20 / N 5 − ≥ 0.6, and N 30 − / N 5 − ≤ 0.2, wherein N (5-), N, and N (30-) are the number (/mm 2) of graphite particles having equivalent-circle diameters of 5 μm or more, the number (/mm 2) of graphite particles having equivalent-circle diameters of 5 μm or more and less than 20 μm, and the number (/mm 2) of graphite particles having equivalent-circle diameters of 30 μm or more, respectively, among graphite particles observed in an arbitrary cross section of at least 1 mm 2; and said method comprises addition of a Fe-Si alloy as an inoculant when pouring a melt into a casting mold, pressing a surface of a melt poured into a gas-permeable casting mold by a gas at pressure of 10-50 kPa, before said melt starts eutectic solidification; and solidifying said melt while supplying said gas into said casting mold, wherein said method meets 0 ≤ dt pE / dt E ≤ 1, wherein dt E represents a time period from the start of eutectic solidification of said melt to the completion of the eutectic solidification, and dt pE represents a time period from the start of eutectic solidification of said melt to the completion of said pressing. addition of a Fe-Si alloy as an inoculant when pouring a melt into a casting mold, pressing a surface of a melt poured into a gas-permeable casting mold by a gas at pressure of 10-50 kPa, before said melt starts eutectic solidification; and
A method of generating a low-light image, the method comprising the steps of: capturing a first image comprising a set of pixels, each pixel of the set of pixels having a pixel colour defined by colour encoding values comprising a saturation value and a luma value, for each pixel of the set of pixels: where the pixel colour corresponds to one of a first set of colours, modifying the colour encoding values to reduce the saturation value of the pixel, and where the pixel colour corresponds to one of a second set of colours and where the luma value of the pixel is below a first threshold value, modifying the colour encoding values to reduce the saturation value of the pixel, wherein the colours comprised in the second set of colours are not comprised in the first set of colours and wherein the colours comprised in the first set of colours are not comprised in the second set of colours, where the pixel colour corresponds to one of the second set of colours and where the luma value of the pixel is equal to or above the first threshold value, preserving the saturation value of the pixel, generating the low-light image in dependence on the modified colour encoding values of the first image. capturing a first image comprising a set of pixels, each pixel of the set of pixels having a pixel colour defined by colour encoding values comprising a saturation value and a luma value, for each pixel of the set of pixels: where the pixel colour corresponds to one of a first set of colours, modifying the colour encoding values to reduce the saturation value of the pixel, and where the pixel colour corresponds to one of a second set of colours and where the luma value of the pixel is below a first threshold value, modifying the colour encoding values to reduce the saturation value of the pixel, wherein the colours comprised in the second set of colours are not comprised in the first set of colours and wherein the colours comprised in the first set of colours are not comprised in the second set of colours, where the pixel colour corresponds to one of the second set of colours and where the luma value of the pixel is equal to or above the first threshold value, preserving the saturation value of the pixel, where the pixel colour corresponds to one of a first set of colours, modifying the colour encoding values to reduce the saturation value of the pixel, and where the pixel colour corresponds to one of a second set of colours and where the luma value of the pixel is below a first threshold value, modifying the colour encoding values to reduce the saturation value of the pixel, wherein the colours comprised in the second set of colours are not comprised in the first set of colours and wherein the colours comprised in the first set of colours are not comprised in the second set of colours, where the pixel colour corresponds to one of the second set of colours and where the luma value of the pixel is equal to or above the first threshold value, preserving the saturation value of the pixel, generating the low-light image in dependence on the modified colour encoding values of the first image.