mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated circuit for an implantable wirelessly powered device for implantation in a patient's body, the integrated circuit comprising: a radio-frequency (RF) to direct current (DC) rectifying circuit adapted to be coupled to one or more antennas on the implantable wirelessly powered device, the rectifying circuit configured to: rectify an input RF signal received at the one or more antennas and from an external controller through non-inductive coupling; and extract DC electrical energy and configuration data from the input RF signal; a logic control circuit connected to the rectifying circuit and a driving circuit , the logic control circuit configured to: generate a current for the driving circuit solely using the extracted DC electrical energy; in accordance with the extracted configuration data, set polarity state information for each electrode; the driving circuit adapted to be coupled to one or more electrodes , the driving circuit comprising current mirrors and being configured to: steer, to each electrode and via the current mirrors, a stimulating current solely from the generated current to modulate neural tissue within the patient's body; and a power on reset (PoR) circuit to maintain default state information for each electrode and default parameters for the stimulating current for each electrode, the PoR circuit configured to be trigged on by a rising edge and turned off by a falling edge. a radio-frequency (RF) to direct current (DC) rectifying circuit adapted to be coupled to one or more antennas on the implantable wirelessly powered device, the rectifying circuit configured to: rectify an input RF signal received at the one or more antennas and from an external controller through non-inductive coupling; and extract DC electrical energy and configuration data from the input RF signal; rectify an input RF signal received at the one or more antennas and from an external controller through non-inductive coupling; and extract DC electrical energy and configuration data from the input RF signal; a logic control circuit connected to the rectifying circuit and a driving circuit , the logic control circuit configured to: generate a current for the driving circuit solely using the extracted DC electrical energy; in accordance with the extracted configuration data, set polarity state information for each electrode; generate a current for the driving circuit solely using the extracted DC electrical energy; in accordance with the extracted configuration data, set polarity state information for each electrode; the driving circuit adapted to be coupled to one or more electrodes , the driving circuit comprising current mirrors and being configured to: steer, to each electrode and via the current mirrors, a stimulating current solely from the generated current to modulate neural tissue within the patient's body; and a power on reset (PoR) circuit to maintain default state information for each electrode and default parameters for the stimulating current for each electrode, the PoR circuit configured to be trigged on by a rising edge and turned off by a falling edge.
A position-variable door, the door leaf of which consists of individual section elements which are connected together in a hinged manner and which are guided in lateral guides, the floor-side section element of which is provided with a continuous, closing section closure element which is equipped with a floor seal extrusion , characterised in that the section closure element has, on the lower side, a protrusion on one side with a width substantially from 1mm to 5mm in its longitudinal extent, and, adjoining the protrusion , a recessed region configured in the width expansion of the section closure element , the distance between the protrusion and the region being dimensioned in a range from 0.5 mm to 1.5 mm or preferably in a range from 0.5 mm to 3.0 mm or in particular in a range from 0.5 mm to 5.0 mm, there being present in the region , on one plane, two spaced-apart joining channels which are configured to be open and into which joining points of the one-piece floor seal extrusion engage, the joining points of the floor seal extrusion being connected by a common foldable section which has, approximately in the middle, a seal base directed towards the contact surface , wherein bend regions are configured to the side of the seal base , and in that bifurcations with lateral side lips directed towards the contact surface are configured between the bend regions and the joining points .
A power transmission control method for a crane, comprising: determining current gear state and specific gear of the crane; determining a working mode of a secondary element from the gear state; looking up a table according to a calculated gear value of the specific gear to determine a displacement attenuation coefficient, if the crane is determined in a forward gear state; and calculating a maximum allowable displacement of the secondary element corresponding to the specific gear according to a maximum displacement value of the secondary element and the displacement attenuation coefficient. determining current gear state and specific gear of the crane; determining a working mode of a secondary element from the gear state; looking up a table according to a calculated gear value of the specific gear to determine a displacement attenuation coefficient, if the crane is determined in a forward gear state; and calculating a maximum allowable displacement of the secondary element corresponding to the specific gear according to a maximum displacement value of the secondary element and the displacement attenuation coefficient.
A display panel comprising: a substrate , on which a first display area (DA1) and a second display area (DA2) are defined, wherein the second display area (DA2) is at least partially surrounded by the first display area (DA1) and includes a sub display area and a transmission area (TA); first display devices disposed on the substrate in the first display area; second display devices disposed on the substrate in the sub display area of the second display area; a first scan line (S1) extending from the first display area into the second display area across one side of the second display area; a first sub scan line (SubS1) disposed in the second display area and including a first end (SubS1a) facing the first scan line (S1); and a first bridge line (BR1) electrically connecting the first scan line to the first sub scan line; characterized in that the display panel is further comprising a bottom metal layer (BML) disposed between the second display devices and the substrate in the second display area, wherein the bottom metal layer does not overlap the first scan line when viewed from a direction perpendicular to the plane of the substrate. a substrate , on which a first display area (DA1) and a second display area (DA2) are defined, wherein the second display area (DA2) is at least partially surrounded by the first display area (DA1) and includes a sub display area and a transmission area (TA); first display devices disposed on the substrate in the first display area; second display devices disposed on the substrate in the sub display area of the second display area; a first scan line (S1) extending from the first display area into the second display area across one side of the second display area; a first sub scan line (SubS1) disposed in the second display area and including a first end (SubS1a) facing the first scan line (S1); and a first bridge line (BR1) electrically connecting the first scan line to the first sub scan line; characterized in that the display panel is further comprising a bottom metal layer (BML) disposed between the second display devices and the substrate in the second display area, wherein the bottom metal layer does not overlap the first scan line when viewed from a direction perpendicular to the plane of the substrate.
A cable and building services management system, comprising: at least one support sheet including a plurality of surface fixing apertures for fixing the sheet to a surface, and a plurality of protrusions on an upper surface of the sheet, wherein each protrusion has at least one securing aperture for securing one or more cables and/or building service lines to the sheet; and a plurality of fasteners , wherein each fastener is adapted to engage with a securing aperture so as to secure one or more cables and/or building service lines to the sheet by threading the fastener through the securing aperture and around the cable; wherein the support sheet is formed from a metal or alloy of a thickness in the range of 0.5mm to 5mm suitable for the sheet to be dispensed from a roll ; wherein the protrusions are formed in such a way that a corresponding plurality of depressions are formed on a lower surface of the sheet ; and wherein the protrusions and depressions are equidistantly spaced about the at least one support sheet , such that the depressions of a first sheet can receive the protrusions of a second sheet when the first sheet is placed upon the second sheet. at least one support sheet including a plurality of surface fixing apertures for fixing the sheet to a surface, and a plurality of protrusions on an upper surface of the sheet, wherein each protrusion has at least one securing aperture for securing one or more cables and/or building service lines to the sheet; and a plurality of fasteners , wherein each fastener is adapted to engage with a securing aperture so as to secure one or more cables and/or building service lines to the sheet by threading the fastener through the securing aperture and around the cable; wherein the support sheet is formed from a metal or alloy of a thickness in the range of 0.5mm to 5mm suitable for the sheet to be dispensed from a roll ; wherein the protrusions are formed in such a way that a corresponding plurality of depressions are formed on a lower surface of the sheet ; and wherein the protrusions and depressions are equidistantly spaced about the at least one support sheet , such that the depressions of a first sheet can receive the protrusions of a second sheet when the first sheet is placed upon the second sheet.
A process for making a micro-array comprising the steps of: randomly depositing a population of microbeads on a substrate having at least one fiducial, said population being comprised of at least two sub-populations each comprising a known active agent capable of specific binding with at least one target analyte, wherein said subpopulations are deposited sequentially and at discrete periods of each other; making images of said substrate after deposition of each subpopulation; comparing said images using said fiducial as a reference to thereby determine the location of each microbead and to identify the subpopulation, and its known active agent, based on differences in location of the microbeads of each subpopulation between each image, and recording decoding data indicating the location of each of said microbeads and its subpopulation, wherein the method does not use an identifier or tag to determine the location of each microbead and its respective population. randomly depositing a population of microbeads on a substrate having at least one fiducial, said population being comprised of at least two sub-populations each comprising a known active agent capable of specific binding with at least one target analyte, wherein said subpopulations are deposited sequentially and at discrete periods of each other; making images of said substrate after deposition of each subpopulation; comparing said images using said fiducial as a reference to thereby determine the location of each microbead and to identify the subpopulation, and its known active agent, based on differences in location of the microbeads of each subpopulation between each image, and recording decoding data indicating the location of each of said microbeads and its subpopulation, wherein the method does not use an identifier or tag to determine the location of each microbead and its respective population.
A method comprising: determining, by a computing device, a working color space of a source content and a resulting content; performing analysis, by the computing device, of color saturation variations of different hues in the working color space with one or more properties of responses of a human vision system, HVS, to color stimulus, wherein the color saturation variations are analyzed with perceptually uniform color sets arranged in same-hue color sets of different hues having perceptually uniform color distances between neighboring color samples within each same-hue color set, the perceptually uniform color sets are generated based on measurements of visual responses to color stimulus; generating, by the computing device, one or more color saturation variation models based on the responses of the HVS to color stimulus in the analysis of color saturation variations of the different hues by: modeling variations of chromatic components in the working color space of same-hue color sets, each belonging to different hues with one or more mathematic expressions; wherein the variations of the chromatic components in the working color space of the perceptually uniform color sets are independently modeled in the working color space; and mapping an input color from the source content to an output color in the working color space using the one or more color saturation variation models. determining, by a computing device, a working color space of a source content and a resulting content; performing analysis, by the computing device, of color saturation variations of different hues in the working color space with one or more properties of responses of a human vision system, HVS, to color stimulus, wherein the color saturation variations are analyzed with perceptually uniform color sets arranged in same-hue color sets of different hues having perceptually uniform color distances between neighboring color samples within each same-hue color set, the perceptually uniform color sets are generated based on measurements of visual responses to color stimulus; generating, by the computing device, one or more color saturation variation models based on the responses of the HVS to color stimulus in the analysis of color saturation variations of the different hues by: modeling variations of chromatic components in the working color space of same-hue color sets, each belonging to different hues with one or more mathematic expressions; wherein the variations of the chromatic components in the working color space of the perceptually uniform color sets are independently modeled in the working color space; and modeling variations of chromatic components in the working color space of same-hue color sets, each belonging to different hues with one or more mathematic expressions; wherein the variations of the chromatic components in the working color space of the perceptually uniform color sets are independently modeled in the working color space; and mapping an input color from the source content to an output color in the working color space using the one or more color saturation variation models.
A rear spoiler for a utility vehicle , wherein the rear spoiler has: a first roof air-guiding element for attachment to a first rear door , a second roof air-guiding element for attachment to a second rear door , wherein the two roof air-guiding elements can be adjusted between a folded-in basic position and a driving position for aerodynamic contour elongation of a roof surface , an adjustment device for the adjustment of the first roof air-guiding element between the basic position and the driving position, characterized in that a coupling device for coupling the pivoting movements of the roof air-guiding elements is provided, wherein the coupling device is provided on the first roof air-guiding element and protrudes below the second roof air-guiding element . a first roof air-guiding element for attachment to a first rear door , a second roof air-guiding element for attachment to a second rear door , wherein the two roof air-guiding elements can be adjusted between a folded-in basic position and a driving position for aerodynamic contour elongation of a roof surface , an adjustment device for the adjustment of the first roof air-guiding element between the basic position and the driving position,
Device for capturing operating data of a tool , wherein the tool is powered by means of an electric motor or a combustion engine , wherein the device is embodied separately from the tool and is able to be coupled to the tool , wherein the device comprises: - a sensor , which is configured to wirelessly capture at least one measured variable, wherein the measured variable is dependent on an operating state of the tool, - an evaluation unit coupled to the sensor , said evaluation unit being configured to evaluate the measured variable captured by means of the sensor in order to determine the operating data therefrom, - an operating data memory , which is configured to store the operating data, and - a communication interface , which is configured to wirelessly transmit operating data stored in the operating data memory to a terminal device , - the evaluation unit being configured to determine operating data in the form of an operating time of the tool , during which the electric motor or the combustion engine is active, characterized in that - the operating data memory is a volatile memory, - the device furthermore comprises a non-volatile memory , - the device is configured to capture the operating data periodically with a repetition frequency and to store the determined operating time in the operating data memory at the repetition frequency, and - the device is configured to store the determined operating time in the non-volatile memory once the determined operating time has changed by more than a given threshold value. - a sensor , which is configured to wirelessly capture at least one measured variable, wherein the measured variable is dependent on an operating state of the tool, - an evaluation unit coupled to the sensor , said evaluation unit being configured to evaluate the measured variable captured by means of the sensor in order to determine the operating data therefrom, - an operating data memory , which is configured to store the operating data, and - a communication interface , which is configured to wirelessly transmit operating data stored in the operating data memory to a terminal device , - the evaluation unit being configured to determine operating data in the form of an operating time of the tool , during which the electric motor or the combustion engine is active, characterized in that - the operating data memory is a volatile memory, - the device furthermore comprises a non-volatile memory , - the device is configured to capture the operating data periodically with a repetition frequency and to store the determined operating time in the operating data memory at the repetition frequency, and - the device is configured to store the determined operating time in the non-volatile memory once the determined operating time has changed by more than a given threshold value.
A medical device comprising: a sheath having a cylindrical shape; a probe having a distal section and a proximal section , passing through an inside of the sheath , and made of a metal material in a shape of a rod; an end effector exposed from the sheath at the distal section of the probe , and having a treatment surface for cauterizing, incising, or both cauterizing and incising a biological tissue; and a first part that is a coating formed on a side of the end effector opposite to the treatment surface , and is made of an electrically insulating resin material, characterized in that the first part is formed by mixing with the resin hollow particles of a plurality of types that differ in particle size distribution, and the coating includes a three-layer structure of which only the middle layer contains the hollow particles . a sheath having a cylindrical shape; a probe having a distal section and a proximal section , passing through an inside of the sheath , and made of a metal material in a shape of a rod; an end effector exposed from the sheath at the distal section of the probe , and having a treatment surface for cauterizing, incising, or both cauterizing and incising a biological tissue; and a first part that is a coating formed on a side of the end effector opposite to the treatment surface , and is made of an electrically insulating resin material, characterized in that the first part is formed by mixing with the resin hollow particles of a plurality of types that differ in particle size distribution, and the coating includes a three-layer structure of which only the middle layer contains the hollow particles .
A laminate comprising at least two superposed portions comprising a first portion being made of a first rubber composition (FC) and a second portion being made of a second rubber composition (SC); wherein each of the rubber compositions is based on at least: - an elastomer matrix; - a reinforcing filler; and - at least one of an epoxy or an epoxy hardener; wherein the amount in phr of the epoxy in the first rubber composition (FC) is lower than that in the second rubber composition (SC), and wherein the amount in phr of the epoxy hardener in the first rubber composition (FC) is higher than that in the second rubber composition (SC). - an elastomer matrix; - a reinforcing filler; and - at least one of an epoxy or an epoxy hardener;
Process for producing a recycled rubber from comminuted vulcanized rubber via devulcanization in an extruder in the presence of a supercritical fluid, with the following steps: - introduction of the comminuted vulcanized rubber into an extruder; - transport of the vulcanized rubber with pressure increase and under controlled temperature conditions; - addition of CO 2 to the extruder at an input point at which the pressure reaches at least 70 bar; - mixing and plastification of the composition that arises downstream of the input point under the conditions in the extruder , where the vulcanized rubber is devulcanized with exposure to pressure, temperature, and shear forces, characterized in that the extruder is a planetary-gear extruder or ring extruder and the controlled temperature conditions are set between room temperature and 160°C. - introduction of the comminuted vulcanized rubber into an extruder; - transport of the vulcanized rubber with pressure increase and under controlled temperature conditions; - addition of CO 2 to the extruder at an input point at which the pressure reaches at least 70 bar; - mixing and plastification of the composition that arises downstream of the input point under the conditions in the extruder , where the vulcanized rubber is devulcanized with exposure to pressure, temperature, and shear forces, characterized in that the extruder is a planetary-gear extruder or ring extruder and the controlled temperature conditions are set between room temperature and 160°C.