mhurhangee/ep-ind-claims huggingface dataset:
Lighting fixture, in particular for an exterior lighting outdoors, comprising at least one light emitting diode with electronics, wherein in tray-shaped metal housing a printed circuit board is arranged on the metal housing with direct heat transfer and the light emitting diode directed towards the light emission aperture is arranged on the side of the printed circuit board facing away from the tray housing and wherein this assembly, namely printed circuit board, light emitting diode with electronics, is surpassed by the side faces of the tray-shaped metal housing and completely sealed in the metal casing with a casting compound, wherein the casting is designed as double-shell encapsulation, characterised in that in the area of the light emitting diode with the electronics an encapsulation with a polyurethane-based casting compound with a low Shore hardness, for example 40 to 70 Sh.A, and in the area of the light emission aperture an encapsulation with a polyurethane-based casting compound with a high Shore hardness, for example 30 to 80 Sh.D, is provided and the casting, in the area of its transition from hard to soft, has a zone designed as secondary lens for focussing the light, which is given in particular by the shape of the encapsulation and the type of composition of the casting compound.
Composition for coating a substrate consisting at least partially of mineral materials, comprising a formulation comprising at least two components, characterized by - a first component based on at least one OH-functionalized binder comprising at least one polyacrylate containing styrene ≤ 30%, - a second component comprising a hardener component present as a mixture of hardeners of at least one aliphatic isocyanate or a polymer thereof, one hardener being hydrophilic and another hardener being hydrophobic, and - at least two fillers based on polyurethanes and/or polymethyl methacrylate are present with different average particle sizes of 10-20μm and 15-25μm. - a first component based on at least one OH-functionalized binder comprising at least one polyacrylate containing styrene ≤ 30%, - a second component comprising a hardener component present as a mixture of hardeners of at least one aliphatic isocyanate or a polymer thereof, one hardener being hydrophilic and another hardener being hydrophobic, and - at least two fillers based on polyurethanes and/or polymethyl methacrylate are present with different average particle sizes of 10-20μm and 15-25μm.
A transport device for conveying an object such as a vehicle body along a treatment section, wherein the transport device comprises a transport unit which can be moved in a transport direction along the treatment section, a rotating shaft mounted on the transport unit for holding the object to be treated and for introducing the same into the treatment section, and a supporting arm projecting upwards in a working position for supporting the transport unit, wherein the transport unit comprises at least one rolling element and a rotatable guide element is provided, which is positioned at an upper end of the supporting arm, characterised in that the supporting arm is movable so that a height of the transport device can be changed.
A method for cold starting up an application, wherein the method comprises: collecting, by a terminal, current status information based on a detected startup event, wherein the startup event instructs an operating system of the terminal to cold start up an application, and the current status information comprises a hardware configuration of the terminal, current load of the operating system, resource overheads for cold starting up the application, and duration corresponding to each of a plurality of tasks in a process of cold starting up the application; determining, based on the current status information, a group of acceleration items corresponding to the application, wherein the group of acceleration items indicate a plurality of objects that need to be optimized in the current process of cold starting up the application; determining a plurality of optimization policies corresponding to the group of acceleration items, wherein the plurality of optimization policies comprise at least one of a first optimization policy and a second optimization policy, the first optimization policy instructs to adjust a resource allocated by the operating system to the cold startup, and the second optimization policy is used to accelerate a task in the cold startup; and executing the plurality of optimization policies in the process of cold starting up the application. collecting, by a terminal, current status information based on a detected startup event, wherein the startup event instructs an operating system of the terminal to cold start up an application, and the current status information comprises a hardware configuration of the terminal, current load of the operating system, resource overheads for cold starting up the application, and duration corresponding to each of a plurality of tasks in a process of cold starting up the application; determining, based on the current status information, a group of acceleration items corresponding to the application, wherein the group of acceleration items indicate a plurality of objects that need to be optimized in the current process of cold starting up the application; determining a plurality of optimization policies corresponding to the group of acceleration items, wherein the plurality of optimization policies comprise at least one of a first optimization policy and a second optimization policy, the first optimization policy instructs to adjust a resource allocated by the operating system to the cold startup, and the second optimization policy is used to accelerate a task in the cold startup; and executing the plurality of optimization policies in the process of cold starting up the application.
A packet transmission apparatus of a digital broadcast transmitter, for delivering and processing an urgent packet in a digital broadcast system, the broadcast system being a system for transmitting broadcast data in frames of fixed size, the urgent packet being a packet carrying the data of a delay constrained service and an urgent packet header, each of the frames including a preamble and a plurality of packets, comprising: a buffer for buffering input packets carrying data other than the data of the delay constrained service, wherein the input packets are accumulated until reaching a length of a single frame, and outputting buffered packets to a scheduler; the scheduler _for outputting scheduled packets; a data encoder/modulator for encoding and modulating the scheduled packets and outputting the encoded and modulated packets to a frame generator; a control information generator for generating control information containing scheduling and signalling information and outputting the control information in the form of a preamble to the frame generator; an urgent packet generator for encoding and modulating urgent packet data and generating an urgent packet header for the urgent packet data thereby outputting an encoded and modulated urgent packet; and a frame generator for inserting the urgent packet at a predetermined position in the frame and multiplexing the encoded and modulated packets, the encoded and modulated urgent packet with the urgent packet header, and the preamble at the frame generator, for outputting a broadcast frame. a buffer for buffering input packets carrying data other than the data of the delay constrained service, wherein the input packets are accumulated until reaching a length of a single frame, and outputting buffered packets to a scheduler; the scheduler _for outputting scheduled packets; a data encoder/modulator for encoding and modulating the scheduled packets and outputting the encoded and modulated packets to a frame generator; a control information generator for generating control information containing scheduling and signalling information and outputting the control information in the form of a preamble to the frame generator; an urgent packet generator for encoding and modulating urgent packet data and generating an urgent packet header for the urgent packet data thereby outputting an encoded and modulated urgent packet; and a frame generator for inserting the urgent packet at a predetermined position in the frame and multiplexing the encoded and modulated packets, the encoded and modulated urgent packet with the urgent packet header, and the preamble at the frame generator, for outputting a broadcast frame.
A tire comprising a pair of bead regions comprising an annular reinforcing structure and at least one carcass reinforcement which is anchored in the pair of bead regions, a protector portion positioned axially outward and radially inward from the annular reinforcing structure, the protector portion comprising a protector surface intended to come into contact at least partly with a rim flange and/or a rim sheet of a wheel rim, the protector portion being provided with at least 2 recessed portions recessed from the protector surface toward interior of the tire with a depth D, the at least 2 recessed portions having a minimum distance T between one another, the tire being characterized in that Young's modulus E of a rubber composition constituting the protector portion is in a range from 1.5 to 6.0 MPa.
An electronic device comprising: a system-on-chip, SoC, including at least one component; a memory; and a processor functionally connected to the SoC and the memory, wherein the processor is configured to: apply a default voltage for driving the at least one component at a specific frequency, determine whether data on an offset voltage corresponding to the at least one component and the specific frequency is stored in an offset voltage table, apply the offset voltage, being different from the default voltage, to the at least one component when the data on the offset voltage is stored, acquire an offset voltage data of the electronic device by comparing hardware performance monitor, HPM, values in conditions where the SoC is manufactured and where the SoC is mounted in the electronic device when the data on the offset voltage is not stored, verify the acquired voltage data by applying a voltage of the acquired voltage data while the electronic device drives a processor at a maximum load state, and update the offset voltage table based on the acquired voltage data, when the acquired voltage data is verified. a system-on-chip, SoC, including at least one component; a memory; and a processor functionally connected to the SoC and the memory, wherein the processor is configured to: apply a default voltage for driving the at least one component at a specific frequency, determine whether data on an offset voltage corresponding to the at least one component and the specific frequency is stored in an offset voltage table, apply the offset voltage, being different from the default voltage, to the at least one component when the data on the offset voltage is stored, acquire an offset voltage data of the electronic device by comparing hardware performance monitor, HPM, values in conditions where the SoC is manufactured and where the SoC is mounted in the electronic device when the data on the offset voltage is not stored, verify the acquired voltage data by applying a voltage of the acquired voltage data while the electronic device drives a processor at a maximum load state, and update the offset voltage table based on the acquired voltage data, when the acquired voltage data is verified. apply a default voltage for driving the at least one component at a specific frequency, determine whether data on an offset voltage corresponding to the at least one component and the specific frequency is stored in an offset voltage table, apply the offset voltage, being different from the default voltage, to the at least one component when the data on the offset voltage is stored, acquire an offset voltage data of the electronic device by comparing hardware performance monitor, HPM, values in conditions where the SoC is manufactured and where the SoC is mounted in the electronic device when the data on the offset voltage is not stored, verify the acquired voltage data by applying a voltage of the acquired voltage data while the electronic device drives a processor at a maximum load state, and update the offset voltage table based on the acquired voltage data, when the acquired voltage data is verified.
A peptidase substrate of formula below: in which: • X is NX1; • R1 is nothing, or one of the following substituents: Cl, Br, F, I, OH, an alkyl, aryl and carboxyl group; • R2 is nothing or one of the following substituents: Cl, O-CH 3, F, diethylenediamine-CH 3, NR3R4, Br, I, OH, an alkyl, aryl and carboxyl group, NO 2, or O-CH 2 -O, R2 being then a ring fused to the aminophenyl, two of their ring members being shared; • X1 is selected from H, C 2 H 4 Ph, OH, an alkyl group and an aryl group; • R3 and R4 are independently H or an alkyl group having from 1 to 4 carbon atoms; • P is a peptide chain comprising from 1 to 10 amino acids, said peptide chain having a free N-termional end or comprising a blocking agent selected from t-butoxycarbonyl, 9-fluorenyloxycarbonyl and succinyl; with the exception of: • X is NX1; • R1 is nothing, or one of the following substituents: Cl, Br, F, I, OH, an alkyl, aryl and carboxyl group; • R2 is nothing or one of the following substituents: Cl, O-CH 3, F, diethylenediamine-CH 3, NR3R4, Br, I, OH, an alkyl, aryl and carboxyl group, NO 2, or O-CH 2 -O, R2 being then a ring fused to the aminophenyl, two of their ring members being shared; • X1 is selected from H, C 2 H 4 Ph, OH, an alkyl group and an aryl group; • R3 and R4 are independently H or an alkyl group having from 1 to 4 carbon atoms; • P is a peptide chain comprising from 1 to 10 amino acids, said peptide chain having a free N-termional end or comprising a blocking agent selected from t-butoxycarbonyl, 9-fluorenyloxycarbonyl and succinyl;
Device for connecting wall elements (2, 3, 41, 42) of a drawer, wherein a latching connection can be formed and the wall elements (2, 3, 41, 42) in the connected state form at least a part of a drawer wall of the drawer, and wherein the drawer wall comprises a front wall, a rear wall and/or at least one side wall, wherein the device has a connecting element (1, 20, 34) and the connecting element (1, 20, 34) is provided with bendable latching sections (5, 6, 11, 12) for forming the latching connection, and wherein the connecting element (1, 20, 34) is designed as a separate component, wherein the connecting element (1, 20, 34) can be anchored onto an end face and onto a surface side of one of the wall elements (2, 3, 41, 42) to be connected, and on the one hand is anchored to the end side and on the other hand is anchored to the surface side, wherein the connecting element (1, 20, 34) is designed to configure the latching connection of the wall elements (2, 3, 41, 42) in an area in which the end face of the wall element abuts against the surface side of the other wall element, characterised in that in the connected state of two wall elements the connecting element (1, 20, 34) is covered by the wall elements, wherein the bendable latching sections (5, 6, 11, 12) enable the automatic formation of the latching connection on corresponding counter sections of the wall elements.
A system for a radio frequency, RF, transmitter, comprising: a programmable-current transmit continuous-time filter, TX-CTF, having an input configured to receive a baseband transmission signal prior to upconversion to an RF signal in the transmitter, the TX-CTF including amplifier circuitry (100, 120) coupled to passive circuitry to together define at least one filter parameter of the TX-CTF, the programmable-current TX-CTF further including programmable current circuitry configured to provide at least one programmable bias current to the amplifier circuitry; and control logic configured to receive one or more transmitter control signals, the control logic further configured to control the at least one programmable bias current in response to the one or more transmitter control signals. a programmable-current transmit continuous-time filter, TX-CTF, having an input configured to receive a baseband transmission signal prior to upconversion to an RF signal in the transmitter, the TX-CTF including amplifier circuitry (100, 120) coupled to passive circuitry to together define at least one filter parameter of the TX-CTF, the programmable-current TX-CTF further including programmable current circuitry configured to provide at least one programmable bias current to the amplifier circuitry; and control logic configured to receive one or more transmitter control signals, the control logic further configured to control the at least one programmable bias current in response to the one or more transmitter control signals.
Method for communication by radio, in which a first network-based radio station broadcasts information for a plurality of subscriber stations, the information containing organization information for a plurality of radio communication systems (2G, 3G, 4G, WLAN, WiMAX), and the first network-based radio station or another network-based radio station receives a message (UL REQ) from a subscriber station, characterized in that the message (UL REQ) indicates for each of the plurality of radio communication systems (2G, 3G, 4G, WLAN, WiMAX) the subscriber station inability to detect a signal required for connection setup.
An air guide (102;300;400) for a vehicle front structure, the air guide is mountable on the vehicle front structure and is configured to redirect an incoming air flow towards a cooling device of the vehicle, the air guide comprising: - a frame portion (301,105,401a-d) comprising a fixation portion (302;402) having mounting elements (304;404) for mechanical fixation to a vehicle structure when mounted for use, the frame portion is adapted to reinforce the air guide and define the general shape of the air guide, - an air guide material, wherein the frame portion is over-molded with the air-guide material to seal open areas between frame portion parts to thereby provide an air guide that is airtight across the frame portion, wherein the stiffness of the frame portion is higher than the stiffness of the air guide material. - a frame portion (301,105,401a-d) comprising a fixation portion (302;402) having mounting elements (304;404) for mechanical fixation to a vehicle structure when mounted for use, the frame portion is adapted to reinforce the air guide and define the general shape of the air guide, - an air guide material, wherein the frame portion is over-molded with the air-guide material to seal open areas between frame portion parts to thereby provide an air guide that is airtight across the frame portion, wherein the stiffness of the frame portion is higher than the stiffness of the air guide material.
A manufacturing machine for the production of a filter for a tubular element, in particular for a smoking article; wherein the manufacturing machine comprises: a folding conveyor, which moves a sheet along a folding path, said sheet preferably made of card stock, having an inner portion and an outer portion; a feeding station, where the folding conveyor receives the sheet and engages the sole outer portion of the sheet, leaving the inner portion of the sheet free; at least one first folding station, where the inner portion of the sheet left free by the folding conveyor is folded; and an insertion station, where the folding conveyor releases the sheet having the folded inner portion; the manufacturing machine being characterised in that: the folding conveyor comprises at least one first pocket designed to house the sheet, engaging the sole outer portion of the sheet, thus leaving the inner portion of the sheet free; and in the first folding station, the inner portion of the sheet left free by the first pocket is folded like the bellows of an accordion. a folding conveyor, which moves a sheet along a folding path, said sheet preferably made of card stock, having an inner portion and an outer portion; a feeding station, where the folding conveyor receives the sheet and engages the sole outer portion of the sheet, leaving the inner portion of the sheet free; at least one first folding station, where the inner portion of the sheet left free by the folding conveyor is folded; and an insertion station, where the folding conveyor releases the sheet having the folded inner portion; the manufacturing machine being characterised in that: the folding conveyor comprises at least one first pocket designed to house the sheet, engaging the sole outer portion of the sheet, thus leaving the inner portion of the sheet free; and in the first folding station, the inner portion of the sheet left free by the first pocket is folded like the bellows of an accordion. the folding conveyor comprises at least one first pocket designed to house the sheet, engaging the sole outer portion of the sheet, thus leaving the inner portion of the sheet free; and in the first folding station, the inner portion of the sheet left free by the first pocket is folded like the bellows of an accordion.
A computer-implemented method for determining the uniformity of powder layer distribution, the method comprising: pre-heating, using a heat source, a powder layer; scanning, using a camera system, the powder layer; receiving, using the camera system, a signal from the powder layer; filtering, using one or more filters, the received signal; measuring, using a processor, a radiation intensity of the signal over a range of wavelengths; and comparing, using the processor, the measured radiation intensity to a reference spectrum for the powder layer, and characterized by further comprising generating a library of powder coupons, using the processor, by pre-scanning images of powder layers, wherein generating the library of powder coupons comprises sequentially scanning a sequence of monochromatic images for each of the powder coupons to generate the reference spectrum, and further comprising responsive to the scanning, matching, using the processor, the powder layer to a stored powder layer coupon from the library of powder layer coupons. pre-heating, using a heat source, a powder layer; scanning, using a camera system, the powder layer; receiving, using the camera system, a signal from the powder layer; filtering, using one or more filters, the received signal; measuring, using a processor, a radiation intensity of the signal over a range of wavelengths; and comparing, using the processor, the measured radiation intensity to a reference spectrum for the powder layer, and characterized by further comprising generating a library of powder coupons, using the processor, by pre-scanning images of powder layers, wherein generating the library of powder coupons comprises sequentially scanning a sequence of monochromatic images for each of the powder coupons to generate the reference spectrum, and further comprising responsive to the scanning, matching, using the processor, the powder layer to a stored powder layer coupon from the library of powder layer coupons.