mhurhangee/ep-ind-claims huggingface dataset:
A deployable structure designed to equip a satellite, characterised in that it comprises: ▪ a set of antenna panels each having a substantially rectangular useful surface, said antenna panels being in abutment with each other on first sides parallel to each other; ▪ at least one photovoltaic solar panel, each photovoltaic solar panel having a substantially rectangular useful surface and being in abutment with an antenna panel (151, 157) on a second side of said antenna panel perpendicular to said first sides; ▪ first hinge systems, each of said hinge systems allowing an antenna panel (151, 157) to pivot relative to an adjacent antenna panel along an axis substantially parallel to said first sides of said antenna panels; ▪ a second hinge system for each photovoltaic solar panel, each of said hinge systems allowing a photovoltaic solar panel to pivot relative to the antenna panel with which it is in abutment along an axis substantially parallel to said second side of said antenna panel, at least one photovoltaic solar panel comprising a main photovoltaic solar panel and at least one secondary photovoltaic solar panel, said main photovoltaic solar panel being in abutment with the considered antenna panel, each secondary photovoltaic solar panel being in abutment with said main photovoltaic solar panel on one of the sides perpendicular to the side on which said main photovoltaic solar panel is in abutment with the considered antenna panel, said deployable structure further comprising a third hinge system for each secondary photovoltaic solar panel, each of said hinge systems allowing said secondary photovoltaic solar panel to pivot relative to said main photovoltaic solar panel along an axis substantially parallel to the sides on which they are in abutment. ▪ a set of antenna panels each having a substantially rectangular useful surface, said antenna panels being in abutment with each other on first sides parallel to each other; ▪ at least one photovoltaic solar panel, each photovoltaic solar panel having a substantially rectangular useful surface and being in abutment with an antenna panel (151, 157) on a second side of said antenna panel perpendicular to said first sides; ▪ first hinge systems, each of said hinge systems allowing an antenna panel (151, 157) to pivot relative to an adjacent antenna panel along an axis substantially parallel to said first sides of said antenna panels; ▪ a second hinge system for each photovoltaic solar panel, each of said hinge systems allowing a photovoltaic solar panel to pivot relative to the antenna panel with which it is in abutment along an axis substantially parallel to said second side of said antenna panel,
A computer-implemented method for performing a memory operation in a computing system where a parity-based redundancy scheme is implemented, the method comprising: accessing allocation information indicative of free and allocated portions of storage; in response to a request for a write operation, determining if the write request shares its parity with an allocated portion of the storage; when the write request shares its parity with the allocated portion of the storage: updating the parity with the requested write; and updating a record of writes to the storage to include the requested write and updated parity; and allowing the write request to be executed; and when the write request shares its parity with a free portion of the storage: allowing the write request to be executed in the free portion of the storage without updating the record of writes; and updating the parity based on the requested write without updating the record of writes. accessing allocation information indicative of free and allocated portions of storage; in response to a request for a write operation, determining if the write request shares its parity with an allocated portion of the storage; when the write request shares its parity with the allocated portion of the storage: updating the parity with the requested write; and updating a record of writes to the storage to include the requested write and updated parity; and allowing the write request to be executed; and updating the parity with the requested write; and updating a record of writes to the storage to include the requested write and updated parity; and allowing the write request to be executed; and when the write request shares its parity with a free portion of the storage: allowing the write request to be executed in the free portion of the storage without updating the record of writes; and updating the parity based on the requested write without updating the record of writes. allowing the write request to be executed in the free portion of the storage without updating the record of writes; and updating the parity based on the requested write without updating the record of writes.
A water-based primer composition comprising: a high molecular weight emulsion which is an emulsion of a resin having a weight average molecular weight of 200,000 or higher; and a low molecular weight emulsion which is an emulsion of a resin having a weight average molecular weight of 100,000 or lower; wherein an average particle diameter of the resin of the low molecular weight emulsion is 0.6 μm or less, an average particle diameter of the resin of the high molecular weight emulsion is 0.5 to 20 μm, wherein the low molecular weight emulsion is an acrylic emulsion which is obtained by copolymerizing monomers containing from 15 to 25 mol% of a polymerizable monomer having an ionic functional group wherein the ionic functional group is at least one type selected from the group consisting of a hydroxy group, a carboxy group, and an alkoxysilyl group. a high molecular weight emulsion which is an emulsion of a resin having a weight average molecular weight of 200,000 or higher; and a low molecular weight emulsion which is an emulsion of a resin having a weight average molecular weight of 100,000 or lower; wherein an average particle diameter of the resin of the low molecular weight emulsion is 0.6 μm or less, an average particle diameter of the resin of the high molecular weight emulsion is 0.5 to 20 μm, wherein the low molecular weight emulsion is an acrylic emulsion which is obtained by copolymerizing monomers containing from 15 to 25 mol% of a polymerizable monomer having an ionic functional group wherein the ionic functional group is at least one type selected from the group consisting of a hydroxy group, a carboxy group, and an alkoxysilyl group.
Dispensing assembly of a fluid product, comprising: - a container for packaging the product, constituted of a body surmounted of a neck defining an upper opening; - a dispensing system of the product; - a fixing device of the dispensing system to the container; said fixing device consisting of one single part having: - securing means on the neck of the container actuated by an axial translation movement; - disconnection means with respect to the neck of the container actuated by a rotation movement; the neck of the container comprising at least one radial projection, and having an annular edge around the upper opening, the fixing device comprising a skirt having an annular circlip, corresponding to said securing means, cooperating with said annular edge of the neck for the snap-fitting of the fixing device on the neck of the container, characterised in that the skirt also has at least one rail, corresponding to said disconnection means, cooperating with said radial projection for the unscrewing of the fixing device with respect to the neck of the container. - a container for packaging the product, constituted of a body surmounted of a neck defining an upper opening; - a dispensing system of the product; - a fixing device of the dispensing system to the container; - securing means on the neck of the container actuated by an axial translation movement; - disconnection means with respect to the neck of the container actuated by a rotation movement;
Spring contact device for contacting electronic components for performing a four-wire measurement with at least one spring contact pin, which has an electro conductive housing, in which an electro conductive piston loaded by a spring is guided, the piston head of which can be moved into electrical contact with the electronic component, characterised in that at least two adjacently arranged spring contact pins are provided, the piston heads of which are connected securely and electro conductively to an electro conductive contact bridge (7,7'), which is formed on the side facing away from the piston heads for contacting the electronic component.
Module for storing electrical energy for a vehicle comprising at least one electrical-energy accumulator comprising at least one negative electrode composed at least partially of lithium-metal nitride, said module for storing electrical energy further comprising at least one ammonia sensor for detecting a release of ammonia due to the decomposition of the lithium-metal nitride of the negative electrode in the presence of air or of moisture.
A system for chemical analysis comprising: an array of pixels (100, 27-42) having a plurality of rows and a plurality of columns, each of the pixels having a reaction area and a chemically sensitive sensor configured to provide an analog output indicative of the reactions sensed within the reaction area for the pixel; a selection circuit (27-1, 27-2) arranged to select at least one of the rows; a plurality of column circuits, each column circuit configured to receive the analog output from a selected row during a first sampling period corresponding to a first rate, wherein the first sampling period is a time period that is too short for the output signal from the chemical sensors to settle, such that the output signal is still transitioning to a final value during the first sampling period; wherein an analog to digital conversion circuit (254, 27-44) associated with each of the column circuits and configured to receive the analog output from the column circuits that were received by the column circuits during the first sampling period and to sample them at a second rate that is greater than the first rate, such that a series of samples is made for each of the analog outputs at the second rate for a second sampling period that corresponds to the first sampling period; and an estimation device that is configured to receive that series of samples and is configured to determine an estimated pixel value from the series of samples during the first sampling period by implementing a settling correction that compensates for the incomplete settling of the analog output signal. an array of pixels (100, 27-42) having a plurality of rows and a plurality of columns, each of the pixels having a reaction area and a chemically sensitive sensor configured to provide an analog output indicative of the reactions sensed within the reaction area for the pixel; a selection circuit (27-1, 27-2) arranged to select at least one of the rows; a plurality of column circuits, each column circuit configured to receive the analog output from a selected row during a first sampling period corresponding to a first rate, wherein the first sampling period is a time period that is too short for the output signal from the chemical sensors to settle, such that the output signal is still transitioning to a final value during the first sampling period; wherein an analog to digital conversion circuit (254, 27-44) associated with each of the column circuits and configured to receive the analog output from the column circuits that were received by the column circuits during the first sampling period and to sample them at a second rate that is greater than the first rate, such that a series of samples is made for each of the analog outputs at the second rate for a second sampling period that corresponds to the first sampling period; and an estimation device that is configured to receive that series of samples and is configured to determine an estimated pixel value from the series of samples during the first sampling period by implementing a settling correction that compensates for the incomplete settling of the analog output signal.
A method in a first wireless device supporting a plurality of network identifiers being active at the same time, the method comprising: for a particular network identifier of a plurality of network identifiers active in the first wireless device, the first wireless device including a transmitter and modulator for modulating and transmitting, and MAC hardware coupled to the transmitter and modulator, each network identifier of the plurality of network identifiers identifying an infrastructure wireless network for which the first wireless device acts as an access point: transmitting from the first wireless device full parent beacon frames periodically at a beacon frame rate for the particular network identifier; and transmitting from the first wireless device at least one mini-beacon frame in between consecutive full parent beacon frames for the particular network identifier, each mini beacon frame being shorter than a full parent beacon frame and including a subset of the information in a full parent beacon frame, and further including timing information indicative of when the next full parent beacon frame will be transmitted for the particular network identifier, such that a second wireless device for which the first wireless device acts as an access point can determine when the next full parent beacon frame is to be transmitted. for a particular network identifier of a plurality of network identifiers active in the first wireless device, the first wireless device including a transmitter and modulator for modulating and transmitting, and MAC hardware coupled to the transmitter and modulator, each network identifier of the plurality of network identifiers identifying an infrastructure wireless network for which the first wireless device acts as an access point: transmitting from the first wireless device full parent beacon frames periodically at a beacon frame rate for the particular network identifier; and transmitting from the first wireless device at least one mini-beacon frame in between consecutive full parent beacon frames for the particular network identifier, each mini beacon frame being shorter than a full parent beacon frame and including a subset of the information in a full parent beacon frame, and further including timing information indicative of when the next full parent beacon frame will be transmitted for the particular network identifier, transmitting from the first wireless device full parent beacon frames periodically at a beacon frame rate for the particular network identifier; and transmitting from the first wireless device at least one mini-beacon frame in between consecutive full parent beacon frames for the particular network identifier, each mini beacon frame being shorter than a full parent beacon frame and including a subset of the information in a full parent beacon frame, and further including timing information indicative of when the next full parent beacon frame will be transmitted for the particular network identifier, such that a second wireless device for which the first wireless device acts as an access point can determine when the next full parent beacon frame is to be transmitted.
A method for sharing a multi-protocol port, wherein a designated field for storing a listening structure is newly added to the listening structure of an HTTP protocol; and the method comprises: writing (S 1), with respect to a target port, the listening structure of a RTMP protocol into the designated field of the HTTP protocol if there is the target port shared by the HTTP protocol and the RTMP protocol, to enable the target port to be uniformly listened by the HTTP protocol and not listened by the RTMP protocol; detecting a target protocol corresponding to a connection request when the connection request is received by the target port; reading the listening structure of the RTMP protocol from the designated field to obtain configuration information of the RTMP protocol if the target protocol is the RTMP protocol, wherein the connection request is handed over to the RTMP protocol for processing; and processing the connection request through the configuration information of the RTMP protocol. writing (S 1), with respect to a target port, the listening structure of a RTMP protocol into the designated field of the HTTP protocol if there is the target port shared by the HTTP protocol and the RTMP protocol, to enable the target port to be uniformly listened by the HTTP protocol and not listened by the RTMP protocol; detecting a target protocol corresponding to a connection request when the connection request is received by the target port; reading the listening structure of the RTMP protocol from the designated field to obtain configuration information of the RTMP protocol if the target protocol is the RTMP protocol, wherein the connection request is handed over to the RTMP protocol for processing; and processing the connection request through the configuration information of the RTMP protocol.
Method for operating a control unit of a motor vehicle during a parked phase, in which an ignition of the motor vehicle is switched off, wherein the control unit comprises an electronic monitoring unit for performing a service routine and a power supply for supplying the monitoring unit with electrical energy from an on-board electrical network of the motor vehicle, wherein the power supply electrically separates the monitoring unit from the on-board network as a function of an ignition-off signal transmitted in the motor vehicle for initiating the parked phase, wherein the power supply sets a timer of a clock on the control unit in the parked phase and then switches itself off, and the timer generates a wake-up signal as a function of a current time indication determined by the clock and a wake-up device of the power supply switches the power supply on again as a function of the wake-up signal and the switched on power supply electrically connects the monitoring unit to the on-board network, wherein the monitoring unit comprises a mobile radio module and the service routine comprises that the mobile radio module establishes a radio connection to a vehicle-external server and the mobile radio module receives a message signal signalling the presence of message data via the radio connection and the mobile radio module generates a wake-up signal in the control unit as a function of the message signal and the power supply activates a main processor of the control unit as a function of the wake-up signal and the message data are retrieved by the main processor via the radio connection and the control unit is set as a function of the message data, characterised in that the power supply counts the repetitions of the service routine carried out since the ignition-off signal by means of a repetition counter and sets a timer value set in the timer as a function of the repetition counter.
Method for producing a PV layer sequence, in which - at room temperature, - inorganic core components are processed - using aqueous solutions or aqueous dispersions by means of printing methods to form a complete PV layer which can be contacted via electrodes, the method comprising the steps that - in a step a), semiconductor particles, which are 0.5 to 100 micrometers in size and consist of at least two elements, are dispersed in an aqueous reaction solution, are oxidatively or reductively etched and are applied over the surface of a substrate, - in a step b), the reaction solution is converted into a cured reaction solution layer with volume contraction, the particles projecting above the cured reaction solution layer and having an underside, which is anchored in the reaction solution layer, and an upper side, which projects above the reaction solution layer, - in a step c), the upper side of the particles is provided, at least in portions, with an upper-side contact, characterized in that, also in step b), - adjacent surface portions of the particles are conditioned using different solutions, whereby the adjacent surface portions of the particles are formed as an alternating sequence of portions of reductively treated particles and portions of oxidatively treated particles, - at room temperature, - inorganic core components are processed - using aqueous solutions or aqueous dispersions by means of printing methods to form a complete PV layer which can be contacted via electrodes, the method comprising the steps that - in a step a), semiconductor particles, which are 0.5 to 100 micrometers in size and consist of at least two elements, are dispersed in an aqueous reaction solution, are oxidatively or reductively etched and are applied over the surface of a substrate, - in a step b), the reaction solution is converted into a cured reaction solution layer with volume contraction, the particles projecting above the cured reaction solution layer and having an underside, which is anchored in the reaction solution layer, and an upper side, which projects above the reaction solution layer, - in a step c), the upper side of the particles is provided, at least in portions, with an upper-side contact, characterized in that, also in step b), - adjacent surface portions of the particles are conditioned using different solutions, whereby the adjacent surface portions of the particles are formed as an alternating sequence of portions of reductively treated particles and portions of oxidatively treated particles,
A printed medium processing device having a device for punching a filing and/or hole margin of a printed medium with at least two holes, wherein the punching device is assigned to the printed medium outlet of the printed medium processing device, and has a punching module, which is arranged in a stationary manner and which has only one upstroke or hole punch, for successively punching the at least two filing holes at predefinable hole positions in the filing and/or hole margin of the printed medium, wherein at least one conveying roll is provided for the printed medium, by means of which conveying roll the printed medium can be positioned relative to the punching module at the at least two predefinable hole positions, and the conveying roll is assigned a control/regulating device, via which the positioning of the printed medium relative to the punching module at the at least two predefinable hole positions can be controlled or regulated.