mhurhangee/ep-ind-claims huggingface dataset:
An organic light emitting display comprising: a film substrate; a first buffer layer on the film substrate; a thin film transistor array comprising a thin film transistor in each of a plurality of pixels defined in a matrix form on the first buffer layer; an organic light emitting diode connected to a thin film transistor of each pixel; a protective layer on the organic light emitting diode and the thin film transistor; an adhesive layer on the protective layer; a touch electrode array comprising first and second touch electrodes (2331, 2332) intersecting each other, and an exterior light shielding layer (2400, 3400, 4400, 5400, 6400) on the adhesive layer; a second buffer layer on the touch electrodes (2331, 2332) and the exterior light shielding layer (2400, 3400, 4400, 5400, 6400); and a cover glass formed on the second buffer layer, characterized in that the protective layer directly contacts the bottom of the adhesive layer and the touch electrode array directly contacts the top thereof, such that the exterior light shielding layer (2400, 3400, 4400, 5400, 6400) is in direct contact with the adhesive layer, and wherein the exterior light shielding layer (2400, 4400, 5400, 6400) comprises at least a color filter layer (241, 341, 441, 541, 641). a film substrate; a first buffer layer on the film substrate; a thin film transistor array comprising a thin film transistor in each of a plurality of pixels defined in a matrix form on the first buffer layer; an organic light emitting diode connected to a thin film transistor of each pixel; a protective layer on the organic light emitting diode and the thin film transistor; an adhesive layer on the protective layer; a touch electrode array comprising first and second touch electrodes (2331, 2332) intersecting each other, and an exterior light shielding layer (2400, 3400, 4400, 5400, 6400) on the adhesive layer; a second buffer layer on the touch electrodes (2331, 2332) and the exterior light shielding layer (2400, 3400, 4400, 5400, 6400); and a cover glass formed on the second buffer layer, characterized in that the protective layer directly contacts the bottom of the adhesive layer and the touch electrode array directly contacts the top thereof, such that the exterior light shielding layer (2400, 3400, 4400, 5400, 6400) is in direct contact with the adhesive layer, and wherein the exterior light shielding layer (2400, 4400, 5400, 6400) comprises at least a color filter layer (241, 341, 441, 541, 641).
A plastic component with a coating, wherein the coating consists of a layer system that comprises a basic lacquer layer applied to the plastic surface, on which basic lacquer layer a layer or a PVD layer applied by means of deposition from the gas phase is provided, which in turn is covered by a top lacquer layer, wherein the applied layer that is deposited from the gas phase comprises several layers, characterized in that • due to the coating the component has a new color of the plastic surface and the PVD layer comprises at least a two-layer Ti/Al coating consisting of titanium and aluminum and oxidizing anodically. • due to the coating the component has a new color of the plastic surface and the PVD layer comprises at least a two-layer Ti/Al coating consisting of titanium and aluminum and oxidizing anodically.
An extraction structure for a UV light source, comprising: - a substrate at least partly transparent to UV light, the substrate having a first and a second side, the first side of the substrate arranged to face the UV light source and to receive UV light emitted by the UV light source; and - a plurality of nanostructures applied onto a top surface of at least one of the first and the second side of the substrate, the plurality of nanostructures configured to reduce an amount of UV light reflected by the substrate, wherein the substrate is formed from a first material and the plurality of nanostructures are formed from a second material, the first material being different from the second material, - wherein the plurality of nanostructures are at least partly separated from each other on at least one of the first and the second side of the substrate, and - wherein the width of the plurality of nanostructures is between 5 - 500 nm and the length of the nanostructures is between 5 - 1500 nm, characterized in that the plurality of nanostructures are at least partly transparent to the UV light and comprise at least one of CaF 2, BaF 2, SrF 2, MgF 2 and SiO 2 nanostructures, and in that an average separation between the nanostructures is 1000 nm. - a substrate at least partly transparent to UV light, the substrate having a first and a second side, the first side of the substrate arranged to face the UV light source and to receive UV light emitted by the UV light source; and - a plurality of nanostructures applied onto a top surface of at least one of the first and the second side of the substrate, the plurality of nanostructures configured to reduce an amount of UV light reflected by the substrate, wherein the substrate is formed from a first material and the plurality of nanostructures are formed from a second material, the first material being different from the second material, - wherein the plurality of nanostructures are at least partly separated from each other on at least one of the first and the second side of the substrate, and - wherein the width of the plurality of nanostructures is between 5 - 500 nm and the length of the nanostructures is between 5 - 1500 nm,
A compression piston ring having a running-surface region, an upper flank, a lower flank and also an inner circumferential surface, wherein the running-surface region is provided with a profiled section, which, as viewed over the axial height of the running-surface region, comprises mutually spaced, convexly spherically constructed sections (12, 14) having an upper and lower apex (So; Su), wherein a groove with a depth (Tn) is arranged between the apexes (So, Su), wherein the spherical sections (12; 14) are arranged asymmetrically with respect to one another, with respect to the axial height of the running-surface region, characterized in that both apexes (So, Su) are arranged below a centre of the piston ring in axial direction.
Measuring device for determining energy data on the basis of electrical signals present at measurement inputs, comprising a frontend having outputs at which the digital values of the electrical signals are available as digital measurement values, comprising first and second firmware which accesses the digitized measurement values and calculates data derived from them, the derived data comprising energy data, and comprising an indicator for the energy data, the first firmware operating on a first processor and being updatable and the second firmware operating on a dedicated second processor and at least has access to the digital measurement values, characterized in that the second firmware is non-updatable, and in that the non-updatable firmware operates independently of the updatable firmware and runs on a design-approved calibrated and sealed module. comprising first and second firmware which accesses the digitized measurement values and calculates data derived from them, the derived data comprising energy data, and comprising an indicator for the energy data, the first firmware operating on a first processor and being updatable and the second firmware operating on a dedicated second processor and at least has access to the digital measurement values, characterized in that the second firmware is non-updatable, and in that the non-updatable firmware operates independently of the updatable firmware and runs on a design-approved calibrated and sealed module.
Microfluidic cartridge for being placed onto a parallel pneumatic interface plate of a pneumatic instrument, the cartridge comprising: a three dimensional fluid channel, in which a fluid is to be transported, a flexible membrane, wherein the flexible membrane spans a plane, wherein the flexible membrane is part of an outer surface of the cartridge, wherein the three dimensional fluid channel is spatially defined in three dimensions by internal walls of the cartridge and by the flexible membrane, wherein the flexible membrane is in an ground state, when no pressure or vacuum is applied to the flexible membrane, and wherein the flexible membrane is pneumatically deflectable from the ground state perpendicular to the plane of the flexible membrane in two directions when the cartridge is placed onto the parallel pneumatic interface plate and wherein the flexible membrane is attached to the cartridge so that it is possible to attach the cartridge to the interface plate exclusively with a vacuum force applied to the flexible membrane and so that the cartridge, when attached to the interface plate, allows fluid in the cartridge to be driven by pneumatic driving of the flexible membrane of the microfluidic cartridge by the pneumatic interface plate. a three dimensional fluid channel, in which a fluid is to be transported, a flexible membrane,
Backrest assembly for pile warp threads in a terry weaving machine, comprising a tension roller and a support beam, wherein the tension roller is arranged to guide the pile warp threads, wherein the support beam is mountable to a frame of the weaving machine so as to be rotatable to-and-fro about a support beam axis, and wherein the tension roller is supported in parallel to the support beam by two or more support elements, which support elements are mounted fixed in position to the support beam, wherein the tension roller is loaded by at least one bellow spring (52, 152), wherein at least one bellow spring (52, 152) is coupled to the support beam by a linkage system (53, 153) having at least a coupling lever (55, 155) attached to the support beam to rotate with the support beam, characterized in that a distance between the force application position of the at least one bellow spring (52, 152) on the coupling lever (55, 155) and the support beam axis is shorter than or equal to a distance between an axis of the tension roller and the support beam axis.
A method for displaying an object having a predetermined information content on a touch screen, the method comprising the steps of: - detecting a touch pattern (5; 9; 14; 18-20) of a user touching the touch screen, - automatically selecting a shape (6; 10; 15; 21-23) from a predetermined set of shapes based on the touch pattern (5; 9; 14; 18-20), - automatically adapting the selected shape (6; 10; 15; 21-23) to a size and orientation according to the touch pattern (5; 9; 14; 18-20), - automatically displaying a placeholder (6; 10; 15; 21-23) having the adapted shape (6; 10; 15; 21-23) on the touch screen at the position where the touch pattern (5; 9; 14; 18-20) was detected, - adapting the object (8; 12, 13; 16, 17; 24-26) to be displayed to the adapted shape (6; 10; 15; 21-23), and - displaying the adapted object (8; 12, 13; 16, 17; 24-26) having the selected shape (6; 10; 15; 21-23) on the touch screen at the position where the touch pattern (5; 9; 14; 18-20) was detected. - detecting a touch pattern (5; 9; 14; 18-20) of a user touching the touch screen, - automatically selecting a shape (6; 10; 15; 21-23) from a predetermined set of shapes based on the touch pattern (5; 9; 14; 18-20), - automatically adapting the selected shape (6; 10; 15; 21-23) to a size and orientation according to the touch pattern (5; 9; 14; 18-20), - automatically displaying a placeholder (6; 10; 15; 21-23) having the adapted shape (6; 10; 15; 21-23) on the touch screen at the position where the touch pattern (5; 9; 14; 18-20) was detected, - adapting the object (8; 12, 13; 16, 17; 24-26) to be displayed to the adapted shape (6; 10; 15; 21-23), and - displaying the adapted object (8; 12, 13; 16, 17; 24-26) having the selected shape (6; 10; 15; 21-23) on the touch screen at the position where the touch pattern (5; 9; 14; 18-20) was detected.
A method for the transmission of data among devices (D 1, D2,... D i,... D n) connected to a communication channel through sequences containing at least two symbols, a dominant one ("0") and a recessive one ("1") wherein: one (D TSG) of said devices has the function of time slot generator and transmits on said communication channel with a transmission frequency (f), a sequence of symbols, each defining a time slot of a sequence of time slots, said sequence of symbols comprising at least one series of recessive symbols ("1"); when one of said devices (D i) has to transmit on said communication channel, it generates a sequence of symbols, synchronised with the sequence of time slots generated by said time slot generator device (D TSG) and comprising at least one dominant symbol ("0"); said devices (D 1, D 2,... D i,... D n) are connected to the communication channel with a transmission connection and a reception connection; said devices sample the voltage on the communication channel through said reception connection; and when a device (D i) requests to transmit on said communication channel, in synchrony with said time slots generated by said time slot generator device (D TSG), a message comprising a recessive symbol in one of said time slots, the transmission is interrupted if a dominant symbol ("0") is present in said time slot on the communication channel; the transmission of data on said transmission channel is synchronised through a synchronisation frame generated by one of the devices connected to said communication channel; characterized in that the synchronisation frame is followed by a sequence of bits forming a command mask, said command mask comprising a sequence of time slots, each containing at least one recessive symbol, and wherein a generic device requests access to the transmission channel by inserting a dominant symbol ("0") in one of the time slots of the command mask.
Method (S1 - S7) for operating a household cooking appliance with a cooking chamber, in which - a humidity value (f) in the cooking chamber is monitored and - when the humidity value (f) reaches or falls below a predetermined threshold value (T), a sign is output, wherein - the threshold value (T) is determined from a reference humidity value (fr) determined at a predetermined point in time, multiplied by a predetermined associated proportional factor (y) where 0 < y < 1 and - the humidity value (f) in the cooking chamber continues to be monitored after outputting the sign and - when the humidity value (f) reaches or falls below a further predetermined threshold value (T), which is lower than the previously determined threshold value (T), a further sign is output. - a humidity value (f) in the cooking chamber is monitored and - when the humidity value (f) reaches or falls below a predetermined threshold value (T), a sign is output, wherein - the threshold value (T) is determined from a reference humidity value (fr) determined at a predetermined point in time, multiplied by a predetermined associated proportional factor (y) where 0 < y < 1 and - the humidity value (f) in the cooking chamber continues to be monitored after outputting the sign and - when the humidity value (f) reaches or falls below a further predetermined threshold value (T), which is lower than the previously determined threshold value (T), a further sign is output.
An arrangement for the heat transfer between a tubular body suitable for conducting a fluid and a contact body that is in contact with said tubular body, - wherein the contact body comprises a contact side facing the tubular body, with which the contact body with an outside facing the contact body is in contact with the tubular body, - wherein in a tensioned state of the arrangement a preload force presses the contact body against the tubular body in a preload direction, - wherein the outside in an un-tensioned state of the arrangement is convexly curved towards the contact body, - wherein the outside in the tensioned state is deformed relative to the un-tensioned state and bears surface-to-surface against the contact side, - wherein in the interior of the tubular body a support structure is arranged, which in the tensioned state supports itself on two inner sides (9, 10) of the tubular body located opposite each other in the preload direction, - wherein the support structure is only fastened to one of the two inner sides (9, 10). - wherein the contact body comprises a contact side facing the tubular body, with which the contact body with an outside facing the contact body is in contact with the tubular body, - wherein in a tensioned state of the arrangement a preload force presses the contact body against the tubular body in a preload direction, - wherein the outside in an un-tensioned state of the arrangement is convexly curved towards the contact body, - wherein the outside in the tensioned state is deformed relative to the un-tensioned state and bears surface-to-surface against the contact side, - wherein in the interior of the tubular body a support structure is arranged, which in the tensioned state supports itself on two inner sides (9, 10) of the tubular body located opposite each other in the preload direction, - wherein the support structure is only fastened to one of the two inner sides (9, 10).
Apparatus (2;3;4;5) for determination of the axial position of the armature of a linear motor, comprising at least one pair of magnetically permeable, annular elements (12;20,21; 30,31,34,35;40,41,44,45;48;50,51), which are arranged essentially coaxially and at a short distance (d r;d b) from one another, such that an air gap (22;32,36;42,46) is formed between them, in which a magnetic field sensor (23;33,37;43,47;S i) for measurement of the magnetic field (B,B r) in the air gap is arranged, wherein in the installed state the two annular elements (12;20,21;30,31,34,35;40,41,44,45; 48;50,51) surrounding the armature of the linear motor.
a method for producing a decorative panel, comprising the steps of: a) providing a carrier, b) applying a decoration onto at least a partial region of the carrier, c) applying a lacquer -containing top layer onto the decoration, d) the lacquer-containing layer is partially hardened; wherein e) subsequently to the partially hardening of the top layer it is provided with a structure, wherein f) process step e) is at least partially carried out by negative patterning; and g) the lacquer-containing top layer is finally hardened after process step e), characterized in that the lacquer-containing top layer is applied with a thickness which is in a range of between ≥ 1 μm and ≤ 5mm, and the partial curing of the lacquer-containing top layer is carried out using a radiation source with a power in a range of < 80 W, and in that a partial curing of the top layer is realized with the formation of a hardening gradient and wherein the hardening gradient is realized in the direction of the thickness of the top layer, wherein the hardening gradient in the direction of the thickness of the surface layer is formed in such a way that a surface area of the top layer is hardened comparatively more than a deeper area of the top layer. a) providing a carrier, b) applying a decoration onto at least a partial region of the carrier, c) applying a lacquer -containing top layer onto the decoration, d) the lacquer-containing layer is partially hardened; wherein e) subsequently to the partially hardening of the top layer it is provided with a structure, wherein f) process step e) is at least partially carried out by negative patterning; and g) the lacquer-containing top layer is finally hardened after process step e), characterized in that the lacquer-containing top layer is applied with a thickness which is in a range of between ≥ 1 μm and ≤ 5mm, and the partial curing of the lacquer-containing top layer is carried out using a radiation source with a power in a range of < 80 W, and in that a partial curing of the top layer is realized with the formation of a hardening gradient and wherein the hardening gradient is realized in the direction of the thickness of the top layer, wherein the hardening gradient in the direction of the thickness of the surface layer is formed in such a way that a surface area of the top layer is hardened comparatively more than a deeper area of the top layer.
A method, comprising: generating, by a mobile device (115, 510) and for an application residing on the mobile device (115, 510), at least one cryptographic representation of a company identifier and at least one type of application information; transmitting, by the mobile device (115, 510), the at least one cryptographic representation to an application risk control system for determination of whether the application is permitted for a company identified by the company identifier; receiving, by the mobile device (115, 510), the determination indicating whether the application is permitted for the company from the application risk control system; and in response to a request to install another application on the mobile device (115, 510), the mobile device performs the steps of generating at least one other cryptographic representation of at least one type of application information for the other application, the at least one other cryptographic representation being a composite hash of both a name of the other application and the company identifier, transmitting the at least one other cryptographic representation to the application risk control system for determination of whether the other application is permitted for the company, and receiving from the application risk control system the determination indicating whether the other application is permitted or not permitted for the company associated with the company identifier. generating, by a mobile device (115, 510) and for an application residing on the mobile device (115, 510), at least one cryptographic representation of a company identifier and at least one type of application information; transmitting, by the mobile device (115, 510), the at least one cryptographic representation to an application risk control system for determination of whether the application is permitted for a company identified by the company identifier; receiving, by the mobile device (115, 510), the determination indicating whether the application is permitted for the company from the application risk control system; and in response to a request to install another application on the mobile device (115, 510), the mobile device performs the steps of generating at least one other cryptographic representation of at least one type of application information for the other application, the at least one other cryptographic representation being a composite hash of both a name of the other application and the company identifier, transmitting the at least one other cryptographic representation to the application risk control system for determination of whether the other application is permitted for the company, and receiving from the application risk control system the determination indicating whether the other application is permitted or not permitted for the company associated with the company identifier.
A method of manufacturing a substrate, the method comprising the following steps: a) forming a first hole, the first hole penetrating a base; b) forming a conductive layer by plating, the conductive layer covering an inner wall side surface of the first hole; c) inserting a columnar electric conductor into the first hole formed with the conductive layer; d) applying pressure in a vertical direction to the columnar electric conductor after step c); and the method characterized in that it further comprises the following step: e) forming a second hole in the columnar electric conductor after the step d). a) forming a first hole, the first hole penetrating a base; b) forming a conductive layer by plating, the conductive layer covering an inner wall side surface of the first hole; c) inserting a columnar electric conductor into the first hole formed with the conductive layer; d) applying pressure in a vertical direction to the columnar electric conductor after step c); and the method characterized in that it further comprises the following step: e) forming a second hole in the columnar electric conductor after the step d).