mhurhangee/patent-ind-claim-en huggingface dataset:
A method of fabricating a power semiconductor chip packaging structure, comprising: providing a dielectric film having a first surface and a second surface; providing at least one power semiconductor chip with an active surface and an opposing back surface , the chip having one or more contact pads on the active surface ; applying an adhesion layer adjacent to the first surface of the dielectric film ; adhering the dielectric film to the active surface of the at least one power semiconductor chip by bringing the active surface into physical contact with the adhesion layer ; forming a patterned electrically conductive layer adjacent to the second surface of the dielectric film , the conductive layer extending through one or more through holes formed in the dielectric film in order to form electrical contact with the one or more contact pads ; removing the adhesion layer to form one or more air gaps between the dielectric film and the active surface of the at least one power semiconductor chip ; and electrically coupling the back surface of the power semiconductor chip to a power module substrate to form a power module comprising an insulating substrate having at least one electrically conductive contact to which the power semiconductor chip is electrically coupled. providing a dielectric film having a first surface and a second surface; providing at least one power semiconductor chip with an active surface and an opposing back surface , the chip having one or more contact pads on the active surface ; applying an adhesion layer adjacent to the first surface of the dielectric film ; adhering the dielectric film to the active surface of the at least one power semiconductor chip by bringing the active surface into physical contact with the adhesion layer ; forming a patterned electrically conductive layer adjacent to the second surface of the dielectric film , the conductive layer extending through one or more through holes formed in the dielectric film in order to form electrical contact with the one or more contact pads ; removing the adhesion layer to form one or more air gaps between the dielectric film and the active surface of the at least one power semiconductor chip ; and electrically coupling the back surface of the power semiconductor chip to a power module substrate to form a power module comprising an insulating substrate having at least one electrically conductive contact to which the power semiconductor chip is electrically coupled.
A rod-shaped body for manufacturing a guide wire, in which one or several rod-shaped bodies are encased with a sheathing material, the rod-shaped body comprising a central portion and a peripheral portion, with the central portion being arranged in the center of the rod-shaped body and surrounded by the peripheral portion, both the central portion and the peripheral portion extending substantially over the entire length of the rod-shaped body, and the central portion comprising at least one non-metallic fiber bundle embedded in a non-ferromagnetic matrix material, the matrix material being doped with MR marker particles, and the peripheral portion comprising a non-metallic fiber bundle embedded in an undoped non-ferromagnetic matrix material, wherein the diameter of the central portion is less than or equal to 0.2 mm and only the matrix material of the central portion is doped with MR marker particles.
Suction gripper for suctioning an object , in particular a workpiece , the suction gripper comprising a suction body which delimits a suction chamber , the suction body comprising a first wall portion and a second wall portion , the wall portions being connected to one another via a fold , a suction opening being formed in the first wall portion , which opening is surrounded by the first wall portion and through which the suction body is open, and a connection fitting being arranged on the second wall portion , the suction body being designed to be flexible in such a way that, when the suction gripper is placed with the suction opening on the object to be suctioned, the first wall portion deforms relative to the suction opening in such a way that the end of the first wall portion facing away from the suction opening is displaced toward the object such that the first wall portion at least partially rests with its outer side against the object to be gripped, the first wall portion comprising a sealing element on its outer side at the suction opening , characterized in that the sealing element at the suction opening is partially gas-permeable.
Treatment section of a production line for producing a barrier coated fiber web, in particular a barrier coated carton board web, which treatment section comprises a coating section (60; 65) comprising at least one off-line melt coating polymer coater , advantageously extruder , and an unwinder and a rewinder , characterized in that the coating section (60; 65) comprises at least one off-line curtain dispersion coater and that the unwinder and/or the rewinder are common to the at least one off-line melt coating polymer coater and to the at least one off-line curtain dispersion coater .
Method of manufacturing a bodywork element intended to be mounted on a motor vehicle bodywork part, the bodywork element being provided with a die made of plastic material, comprising the following steps: - supplying a conductive wire comprising a core made of conductive material coated with a coating, the coating being made of a material distinct from the material constituting the core, - depositing the conductive wire in the matrix made of plastic material so as to form a conductive track in the matrix characterized in that it comprises, after the step of supplying the conductive wire , and before the step of depositing the conductive wire , a step of locally stripping the coating of the conductive wire in a predetermined zone of the conductive wire . - supplying a conductive wire comprising a core made of conductive material coated with a coating, the coating being made of a material distinct from the material constituting the core, - depositing the conductive wire in the matrix made of plastic material so as to form a conductive track in the matrix
Cosmetic comprising a) a cosmetic preparation containing one or more oils that are liquid at 20°C and have a spreading value of less than 550 mm/10 min, and also b) a packaging made of HDPE, LDPE or PP in combination with 1-propene-ethylene copolymer, characterized in that the packaging is assembled from two layers, wherein the inner layer which faces the preparation is formed of HDPE, LDPE or PP, while the outer layer is formed of a mixture of HDPE, LDPE or PP and in combination with 1-propene-ethylene copolymer, with the proviso that the same polymer (HDPE, LDPE or PP) of which the inner layer consists is always also used in the outer layer. a) a cosmetic preparation containing one or more oils that are liquid at 20°C and have a spreading value of less than 550 mm/10 min, and also b) a packaging made of HDPE, LDPE or PP in combination with 1-propene-ethylene copolymer, characterized in that the packaging is assembled from two layers, wherein the inner layer which faces the preparation is formed of HDPE, LDPE or PP, while the outer layer is formed of a mixture of HDPE, LDPE or PP and in combination with 1-propene-ethylene copolymer, with the proviso that the same polymer (HDPE, LDPE or PP) of which the inner layer consists is always also used in the outer layer.
A crutch , comprising a leg and a main body , said main body , comprising: an arm rest support having a front end and a rear end, the front end having an opening formed in a front face thereof; and a handle extending outwardly from the front end of the arm rest support, characterized in that the leg is received in the opening of the front end of the arm rest support, the leg comprising a first angled section and a second substantially vertical section , the first angled section and the second substantially vertical section being of a unitary configuration, wherein the first angled section is received into the opening in the front end, and wherein the handle does not extend from the opening in the front end in which the leg is received. an arm rest support having a front end and a rear end, the front end having an opening formed in a front face thereof; and a handle extending outwardly from the front end of the arm rest support, the leg is received in the opening of the front end of the arm rest support, the leg comprising a first angled section and a second substantially vertical section , the first angled section and the second substantially vertical section being of a unitary configuration, wherein the first angled section is received into the opening in the front end, and wherein the handle does not extend from the opening in the front end in which the leg is received.
Method implemented by computer, of forecasting maintenance operations to be applied to an aircraft engine comprising a plurality of components monitored by damage counters, each damage counter being limited by a corresponding damage ceiling, characterised in that it comprises the following steps: - computer simulation of the consumption of said damage counters (C1-Cm) by iteratively drawing a series of simulation missions from a learning database containing data recorded during each flight by onboard computers and collected progressively during actual flights, - computer determination at each iteration of an accumulated consumption for each of said damage counters, until at least one damage counter related to a current simulation mission reaches a predetermined value limited by the damage ceiling associated with said damage counter, - application by the computer of a maintenance strategy on said current simulation mission to determine maintenance indicators representative of maintenance operations to be planned on the aircraft engine , with the maintenance indicators including the number of removals and the type of removal, - application by the computer of a series of different maintenance strategies, comprising for each application of a current strategy, a determination of consumption and removal cost indicators and availability indicators of a module or the engine associated with the current strategy, and a determination of a compromise indicator as a function of said cost and availability indicators, and - comparison by the computer of the compromise indicators of the different strategies to select an optimum maintenance strategy. - computer simulation of the consumption of said damage counters (C1-Cm) by iteratively drawing a series of simulation missions from a learning database containing data recorded during each flight by onboard computers and collected progressively during actual flights, - computer determination at each iteration of an accumulated consumption for each of said damage counters, until at least one damage counter related to a current simulation mission reaches a predetermined value limited by the damage ceiling associated with said damage counter, - application by the computer of a maintenance strategy on said current simulation mission to determine maintenance indicators representative of maintenance operations to be planned on the aircraft engine , with the maintenance indicators including the number of removals and the type of removal, - application by the computer of a series of different maintenance strategies, comprising for each application of a current strategy, a determination of consumption and removal cost indicators and availability indicators of a module or the engine associated with the current strategy, and a determination of a compromise indicator as a function of said cost and availability indicators, and - comparison by the computer of the compromise indicators of the different strategies to select an optimum maintenance strategy.
A method for treating a fluid stream that comprises particles of varying size suspended in the fluid stream, the method comprising: - obtaining a sample of a main or major flow of the fluid stream, the sample containing the suspended particles of varying size in the fluid stream; - processing the sample to remove from the sample particles of the suspended particles of the varying size that are above a certain size, to obtain an aliquot that contains suspended particles from the fluid stream that have a maximum particle size of less than 20 micrometres; - measuring in the aliquot one or more parameters that relate to quantity and/or charge of the suspended particles from the fluid stream that have a size of less than 20 micrometres such that, when the one or more parameters deviate from a desired value, this indicates that the suspended particles of the varying size in the fluid stream require treatment; - using measurements of the one or more parameters to determine whether the suspended particles of the varying size in the fluid stream require treatment; - selecting a chemical that is suitable for treating the suspended particles of the varying size in the fluid stream that require treatment; and - adding the chemical to the fluid stream. - obtaining a sample of a main or major flow of the fluid stream, the sample containing the suspended particles of varying size in the fluid stream; - processing the sample to remove from the sample particles of the suspended particles of the varying size that are above a certain size, to obtain an aliquot that contains suspended particles from the fluid stream that have a maximum particle size of less than 20 micrometres; - measuring in the aliquot one or more parameters that relate to quantity and/or charge of the suspended particles from the fluid stream that have a size of less than 20 micrometres such that, when the one or more parameters deviate from a desired value, this indicates that the suspended particles of the varying size in the fluid stream require treatment; - using measurements of the one or more parameters to determine whether the suspended particles of the varying size in the fluid stream require treatment; - selecting a chemical that is suitable for treating the suspended particles of the varying size in the fluid stream that require treatment; and - adding the chemical to the fluid stream.
An aerosol-generating device comprising: a housing ; and a power supply configured to supply electrical power to a heating element by way of a transformer assembly within the housing , wherein the transformer assembly comprises: a magnetic flux guide ; a primary circuit comprising a primary winding extending around a first portion of the magnetic flux guide and electrically connected to the power supply ; and a secondary circuit comprising a secondary winding inductively coupled to the primary winding and extending around a second portion of the magnetic flux guide ; wherein the number of turns in the primary winding is greater than the number of turns in the secondary winding ; and wherein the secondary circuit comprises at least two electrical contacts configured to form an electrical connection with the heating element . a housing ; and a power supply configured to supply electrical power to a heating element by way of a transformer assembly within the housing , wherein the transformer assembly comprises: a magnetic flux guide ; a primary circuit comprising a primary winding extending around a first portion of the magnetic flux guide and electrically connected to the power supply ; and a secondary circuit comprising a secondary winding inductively coupled to the primary winding and extending around a second portion of the magnetic flux guide ; wherein the number of turns in the primary winding is greater than the number of turns in the secondary winding ; and wherein the secondary circuit comprises at least two electrical contacts configured to form an electrical connection with the heating element . a magnetic flux guide ; a primary circuit comprising a primary winding extending around a first portion of the magnetic flux guide and electrically connected to the power supply ; and a secondary circuit comprising a secondary winding inductively coupled to the primary winding and extending around a second portion of the magnetic flux guide ; wherein the number of turns in the primary winding is greater than the number of turns in the secondary winding ; and wherein the secondary circuit comprises at least two electrical contacts configured to form an electrical connection with the heating element .
A processor comprising: at least one core (120a - n) configured to execute instructions; and a power controller coupled to the at least one core, the power controller including a power envelope control logic configured to receive a plurality of power envelope parameters and to enable a power consumption level of the processor to exceed a power burst threshold for a portion of a time window, the power envelope control logic being configured to determine the portion as a product of the time window and a duty cycle, wherein the plurality of power envelope parameters are programmed for a system including the processor and include the power burst threshold, the time window, and the duty cycle, wherein the processor further comprises a history buffer including a plurality of bits each to store a first value to indicate that the power consumption level exceeds the power burst threshold during an evaluation interval or a second value to indicate that the power consumption level does not exceed the power burst threshold during the evaluation interval, the power envelope control logic is configured to count the number of bits of the history buffer having the first value and to determine whether the number of bits having the first value exceeds a threshold value and wherein the power controller is configured to constrain the power consumption level of the processor if the number of bits having the first value exceeds the threshold value. at least one core (120a - n) configured to execute instructions; and a power controller coupled to the at least one core, the power controller including a power envelope control logic configured to receive a plurality of power envelope parameters and to enable a power consumption level of the processor to exceed a power burst threshold for a portion of a time window, the power envelope control logic being configured to determine the portion as a product of the time window and a duty cycle, wherein the plurality of power envelope parameters are programmed for a system including the processor and include the power burst threshold, the time window, and the duty cycle, wherein the processor further comprises a history buffer including a plurality of bits each to store a first value to indicate that the power consumption level exceeds the power burst threshold during an evaluation interval or a second value to indicate that the power consumption level does not exceed the power burst threshold during the evaluation interval, the power envelope control logic is configured to count the number of bits of the history buffer having the first value and to determine whether the number of bits having the first value exceeds a threshold value and wherein the power controller is configured to constrain the power consumption level of the processor if the number of bits having the first value exceeds the threshold value.
A system, relating to preventing delamination of magnetizable laminates exposed to direct sunlight and relating to preventing fouling of cutting blades during cutting of said magnetizable laminates, said system comprising: at least one flexible magnetizable laminate comprising at least two layers, said at least two layers comprises: at least one magnetizable layer structured and arranged to be capable of magnetization, at least one writeable layer comprising synthetic paper having a thickness of 127 micrometer (5 mil), and at least one adhesive structured and arranged to destructively bond said at least two layers together and being resistant to transfer from said at least one flexible magnetizable laminate to the said cutting blades during cutting of said at least one flexible magnetizable laminate; wherein the at least one flexible magnetizable laminate is resistant to delamination during use in direct sunlight. at least one magnetizable layer structured and arranged to be capable of magnetization, at least one writeable layer comprising synthetic paper having a thickness of 127 micrometer (5 mil), and at least one adhesive structured and arranged to destructively bond said at least two layers together and being resistant to transfer from said at least one flexible magnetizable laminate to the said cutting blades during cutting of said at least one flexible magnetizable laminate; wherein the at least one flexible magnetizable laminate is resistant to delamination during use in direct sunlight.
A horn module for a vehicle steering wheel, comprising at least one capacitive sensor unit for detecting a horn actuation as well as an electronic unit for signal processing and evaluation and for triggering a horn signal, characterized in that the capacitive sensor unit includes a frame and a slide movably supported in the frame which slide is arranged on a trigger element, wherein the capacitive sensor unit includes a first electrode and an opposite second electrode which are movable relative to each other in a displacing direction (F) by actuation of the trigger element so that in this way the extent of overlapping of the electrodes will vary, wherein the first electrode is arranged on the frame and the second electrode on the slide . at least one capacitive sensor unit for detecting a horn actuation as well as an electronic unit for signal processing and evaluation and for triggering a horn signal, characterized in that the capacitive sensor unit includes a frame and a slide movably supported in the frame which slide is arranged on a trigger element, wherein the capacitive sensor unit includes a first electrode and an opposite second electrode which are movable relative to each other in a displacing direction (F) by actuation of the trigger element so that in this way the extent of overlapping of the electrodes will vary, wherein the first electrode is arranged on the frame and the second electrode on the slide .