mhurhangee/ep-ind-claims huggingface dataset:
A device for supplying oxygen and removing exudates for treatment of a skin wound comprising: a sealed housing adapted to cover said wound; an oxygen generating cell fluidly connected to said housing for supplying oxygen to the skin wound according to an electrochemical process; and characterized by an oxygen consuming electrochemical cell fluidly connected to said housing for drawing naturally flowing exudates away from said skin wound by generating a reduced pressure in said housing.
A circuit to generate a sensor output signal in response to an input signal having a logic high level or a logic low level, the circuit comprising: a resistor divider (R1-R3) coupled to a supply voltage and configured to produce a first reference voltage that is a first percentage of the supply voltage or a second reference voltage that is a second percentage of the supply voltage not equal to the first percentage of the supply voltage, wherein the first and second percentages of the supply voltage are neither zero percent nor one-hundred percent; an operational amplifier having a first, feedback input coupled to receive the sensor output signal, a second input selectively coupled to receive the first reference voltage when the input signal is at a logic high level or the second reference voltage when the input signal is at a logic low level, and an output at which a difference signal indicative of a difference between the sensor output signal and the first reference voltage or the second reference voltage is provided; and a pass element having a first terminal at which the sensor output signal is provided, a second terminal, and a third, control terminal responsive to the difference signal to generate the sensor output signal at a level corresponding to the first reference voltage or the second reference voltage. a resistor divider (R1-R3) coupled to a supply voltage and configured to produce a first reference voltage that is a first percentage of the supply voltage or a second reference voltage that is a second percentage of the supply voltage not equal to the first percentage of the supply voltage, wherein the first and second percentages of the supply voltage are neither zero percent nor one-hundred percent; an operational amplifier having a first, feedback input coupled to receive the sensor output signal, a second input selectively coupled to receive the first reference voltage when the input signal is at a logic high level or the second reference voltage when the input signal is at a logic low level, and an output at which a difference signal indicative of a difference between the sensor output signal and the first reference voltage or the second reference voltage is provided; and a pass element having a first terminal at which the sensor output signal is provided, a second terminal, and a third, control terminal responsive to the difference signal to generate the sensor output signal at a level corresponding to the first reference voltage or the second reference voltage.
An arrangement comprising a tower mounted high voltage gas-insulated switchgear and a high voltage transmission tower, whereby the tower mounted high voltage gas-insulated switchgear comprises a supporting structure connected to the lattice structure of the high voltage transmission tower, a first and a second gas-insulated combined interruption and disconnection modules respectively comprising, for each phase, a first and a second combined interruption and disconnection units, each of said first and second combined interruption and disconnection units comprising a first and a second gas-tight casing developing along corresponding first and second reference axis and each housing: at least a first terminal for input/output connections; a first combined disconnecting and earthing switch having a first fixed contact operatively coupled to said first terminal, a second fixed contact at ground potential and a first movable contact operatively couplable to said first and second fixed contacts for disconnecting and earthing operations; a fast earthing switch interposed between said first fixed contact and said first terminal; a circuit breaker unit electrically connected to said first movable contact of said first combined disconnecting and earthing switch and to a second combined disconnecting and earthing switch; said second combined disconnecting and earthing switch having a third fixed contact operatively coupled to a second terminal for input/output connections, a fourth fixed contact at ground potential and a second movable contact operatively couplable to said third and fourth fixed contacts for disconnecting and earthing operations and electrically connected to said circuit breaker unit; said first terminal of said first combined interruption and disconnection unit being electrically connected to a first electrical line, said first terminal of said second interruption and disconnection unit being electrically connected to a second electrical line; the second terminals of said first and second combined interruption and disconnection units being electrically coupled to each other; said high voltage switchgear being mounted on said supporting structure within the lattice structure of said high voltage transmission tower, the first and second reference axis of said first and second casings being aligned in the same direction.
A hydraulic assistance method for a vehicle including: - two hydraulic devices (1, 2) interconnected by a supply line and a return line, - a booster source and a reservoir, the booster source being connected to the supply and return lines via a booster line and taking oil from the reservoir, - a vacuum valve, comprising an input port connected to the supply and return lines, and an output port connected to the reservoir, the vacuum valve having a first, passing, state and a second, blocking, state; the method comprising the steps of: - E1: Activation of the booster source when the vehicle satisfies at least one predetermined condition, the vacuum valve being in the first, passing, state; - E2: Switching of the vacuum valve from the first, passing, state to the second, blocking, state when hydraulic assistance is required, thus allowing boosting of the supply and return circuits. - two hydraulic devices (1, 2) interconnected by a supply line and a return line, - a booster source and a reservoir, the booster source being connected to the supply and return lines via a booster line and taking oil from the reservoir, - a vacuum valve, comprising an input port connected to the supply and return lines, and an output port connected to the reservoir, the vacuum valve having a first, passing, state and a second, blocking, state; - E1: Activation of the booster source when the vehicle satisfies at least one predetermined condition, the vacuum valve being in the first, passing, state; - E2: Switching of the vacuum valve from the first, passing, state to the second, blocking, state when hydraulic assistance is required, thus allowing boosting of the supply and return circuits.
A method of configuring an electronic device using a multi-bit digital address, comprising: receiving a voltage signal at a single input pin of the electronic device; after the voltage signal is received at the single input pin, converting the voltage signal received at the input pin into the multi-bit digital address, using an analog-to-digital converter responsive to the voltage signal to produce the multi-bit digital address; and charaterized in configuring the electronic device using the multi-bit digital address as a configuration word, to identify an address; and performing an action with the identified address, wherein the performing an action with the identified address comprises informing the device that it has a particular address to be on alert for when instructions are generated on a serial bus. receiving a voltage signal at a single input pin of the electronic device; after the voltage signal is received at the single input pin, converting the voltage signal received at the input pin into the multi-bit digital address, using an analog-to-digital converter responsive to the voltage signal to produce the multi-bit digital address; and charaterized in configuring the electronic device using the multi-bit digital address as a configuration word, to identify an address; and performing an action with the identified address, wherein the performing an action with the identified address comprises informing the device that it has a particular address to be on alert for when instructions are generated on a serial bus.
Electronic ignition system for an internal combustion engine, the system comprising: - a coil having: • a primary winding (21.1) with a first terminal connected to a battery voltage (Vbatt) and with a second terminal; • a secondary winding (21.2) connected to a spark plug; - a high voltage switch serially connected to the second terminal of the primary winding and having a bias terminal; - a low voltage switch serially connected to the high voltage switch and having a control terminal carrying a voltage signal (Vctrl) to control the opening or closure of the low voltage switch; - a bias circuit to bias the bias terminal of the high voltage switch; - a control and driving unit connected to the control terminal of the low voltage switch and configured to generate the voltage signal to control the low voltage switch to: • close the low voltage switch during a charging phase of energy into the primary winding; • open the low voltage switch during a transfer phase of the energy from the primary winding to the secondary winding; wherein the high voltage switch is configured to be closed when the low voltage switch is closed and to be open when the low voltage switch is open, characterized in that the bias circuit is a resistor connected between a reference voltage value smaller than or equal to the battery voltage and the bias terminal of the high voltage switch. - a coil having: • a primary winding (21.1) with a first terminal connected to a battery voltage (Vbatt) and with a second terminal; • a secondary winding (21.2) connected to a spark plug; • a primary winding (21.1) with a first terminal connected to a battery voltage (Vbatt) and with a second terminal; • a secondary winding (21.2) connected to a spark plug; - a high voltage switch serially connected to the second terminal of the primary winding and having a bias terminal; - a low voltage switch serially connected to the high voltage switch and having a control terminal carrying a voltage signal (Vctrl) to control the opening or closure of the low voltage switch; - a bias circuit to bias the bias terminal of the high voltage switch; - a control and driving unit connected to the control terminal of the low voltage switch and configured to generate the voltage signal to control the low voltage switch to: • close the low voltage switch during a charging phase of energy into the primary winding; • open the low voltage switch during a transfer phase of the energy from the primary winding to the secondary winding; wherein the high voltage switch is configured to be closed when the low voltage switch is closed and to be open when the low voltage switch is open, characterized in that the bias circuit is a resistor connected between a reference voltage value smaller than or equal to the battery voltage and the bias terminal of the high voltage switch. • close the low voltage switch during a charging phase of energy into the primary winding; • open the low voltage switch during a transfer phase of the energy from the primary winding to the secondary winding;
A rotor disc, impeller or guide wheel for a turbine, for a pump or for a compressor, including a base body with a guide vane and a cover part, characterised in that the guide vane is welded in notch-free manner, in such a way that the guide vane extends diverging on the base body and/or the cover piece in the region of a contact surface between the base body and/or the cover piece in the direction towards the contact surface.
A method of operating a collaboration service to enable engagement in collaboration sessions through instances (111, 113, 117, 115) of collaboration applications and through a social network applications, the method comprising: registering a plurality of users (101, 103, 105) as participants in a collaboration session, wherein registering the plurality of users as the participants in the collaboration session comprises registering at least a subset (101, 103) of the plurality of users with a plurality of service identities associated with the collaboration service and registering at least one user with a social network identity associated with a social network service; receiving first session content from at least one instance of a plurality of instances of a collaboration application associated with the subset of the plurality of users; receiving second session content from an instance of the collaboration application that is hosted within the social network service; sharing the first session content and the second session content with at least one other instance of the plurality of instances of the collaboration application associated with the plurality of users; and sharing session information descriptive of at least a portion of the first session content with at least one social network application associated with the at least one user. registering a plurality of users (101, 103, 105) as participants in a collaboration session, wherein registering the plurality of users as the participants in the collaboration session comprises registering at least a subset (101, 103) of the plurality of users with a plurality of service identities associated with the collaboration service and registering at least one user with a social network identity associated with a social network service; receiving first session content from at least one instance of a plurality of instances of a collaboration application associated with the subset of the plurality of users; receiving second session content from an instance of the collaboration application that is hosted within the social network service; sharing the first session content and the second session content with at least one other instance of the plurality of instances of the collaboration application associated with the plurality of users; and sharing session information descriptive of at least a portion of the first session content with at least one social network application associated with the at least one user.
A disposable product comprising: at least one web of material comprising a front and a back portion of a disposable product, said front and back portions of said disposable product having side areas when worn about the waist of a user; a plurality of elastic strands coupled to at least one of said front and said back portions of said disposable product; said plurality of elastic strands in a first region running in parallel skew to a machine direction separated by a first distance from one another, from at or near a first side area of said front or said back portion of said disposable product towards a crotch portion of said disposable product; said plurality of elastic strands in a second center region running in parallel in said machine direction separated by a second distance from one another, said second distance greater than said first distance; said plurality of elastic strands in a third region running in parallel away from said crotch portion of said disposable product separated by the first distance from one another towards at or near a second side area of said front or said back portion of said disposable product to define discrete parallel and flared elastic patterns. at least one web of material comprising a front and a back portion of a disposable product, said front and back portions of said disposable product having side areas when worn about the waist of a user; a plurality of elastic strands coupled to at least one of said front and said back portions of said disposable product; said plurality of elastic strands in a first region running in parallel skew to a machine direction separated by a first distance from one another, from at or near a first side area of said front or said back portion of said disposable product towards a crotch portion of said disposable product; said plurality of elastic strands in a second center region running in parallel in said machine direction separated by a second distance from one another, said second distance greater than said first distance; said plurality of elastic strands in a third region running in parallel away from said crotch portion of said disposable product separated by the first distance from one another towards at or near a second side area of said front or said back portion of said disposable product to define discrete parallel and flared elastic patterns.
A valve for a flush-mounted body of a sanitary fitting, at least having: - a valve housing with a longitudinal axis extending along an axial direction, - a rotatable quantity-regulating part for adjusting a flow rate of a liquid through the valve, - a valve button for opening and closing the valve, and - a rotatable temperature-regulating part for adjusting a temperature of the liquid; wherein at least the rotatable quantity-regulating part and the temperature-regulating part are arranged coaxial with one another, wherein the valve button is displaceable along the axial direction relative to the valve housing and the quantity-regulating part via an actuating button, characterized in that the quantity-regulating part cooperates with an externally threaded spindle via the valve button and an internally threaded spindle, so that a rotation of the quantity-regulating part effects a rotation of the internally threaded spindle and a displacement along the axial direction of the externally threaded spindle in order to adjust the flow rate of the liquid. - a valve housing with a longitudinal axis extending along an axial direction, - a rotatable quantity-regulating part for adjusting a flow rate of a liquid through the valve, - a valve button for opening and closing the valve, and - a rotatable temperature-regulating part for adjusting a temperature of the liquid;
A printer comprising: an ink tank; a print head performing printing by using ink in the ink tank; a substrate; a light source provided at the substrate and irradiating the ink tank with light from a side of the ink tank; a photoelectric conversion device provided at the substrate and detecting light incident from the ink tank in a period during which the light source emits light; a processing unit detecting an amount of ink in the ink tank based on an output of the photoelectric conversion device; and characterized by a second substrate provided with the processing unit and an analog front end, wherein the AFE performs analog-to-digital conversion of an analog signal from the photoelectric conversion device. an ink tank; a print head performing printing by using ink in the ink tank; a substrate; a light source provided at the substrate and irradiating the ink tank with light from a side of the ink tank; a photoelectric conversion device provided at the substrate and detecting light incident from the ink tank in a period during which the light source emits light; a processing unit detecting an amount of ink in the ink tank based on an output of the photoelectric conversion device; and characterized by a second substrate provided with the processing unit and an analog front end, wherein the AFE performs analog-to-digital conversion of an analog signal from the photoelectric conversion device.
A ventilation mat comprising: a ventilation mat body; and a ventilation guide with a fan attachment hole provided at one end thereof, the other end of the ventilation guide being connected to a connection hole provided on a side surface of the ventilation mat body, wherein the ventilation mat body comprises: a first base material having an air-permeable three-dimensional structure; an air-permeable cover that is formed of a cloth, is entirely air-permeable, and covers a surface of the first base material; a side barrier that has an air permeability lower than that of the air-permeable cover, and covers an outer periphery of the first base material other than the connection hole; and an opening surface that is surrounded by the side barrier and exposes the first base material, and wherein the ventilation guide is a non-air-permeable tube, and comprises a ventilation path formed inside thereof by a second base material having an air-permeable three-dimensional structure. a ventilation mat body; and a ventilation guide with a fan attachment hole provided at one end thereof, the other end of the ventilation guide being connected to a connection hole provided on a side surface of the ventilation mat body, wherein the ventilation mat body comprises: a first base material having an air-permeable three-dimensional structure; an air-permeable cover that is formed of a cloth, is entirely air-permeable, and covers a surface of the first base material; a side barrier that has an air permeability lower than that of the air-permeable cover, and covers an outer periphery of the first base material other than the connection hole; and an opening surface that is surrounded by the side barrier and exposes the first base material, and wherein the ventilation guide is a non-air-permeable tube, and comprises a ventilation path formed inside thereof by a second base material having an air-permeable three-dimensional structure. a first base material having an air-permeable three-dimensional structure; an air-permeable cover that is formed of a cloth, is entirely air-permeable, and covers a surface of the first base material; a side barrier that has an air permeability lower than that of the air-permeable cover, and covers an outer periphery of the first base material other than the connection hole; and an opening surface that is surrounded by the side barrier and exposes the first base material, and wherein the ventilation guide is a non-air-permeable tube, and comprises a ventilation path formed inside thereof by a second base material having an air-permeable three-dimensional structure.
A wireless communication system having multiple base stations (210[0:4]), comprising: a plurality of reception base stations (210[0:4]) within reception range of a user terminal, the plurality of reception base stations (210[0:4]) being configured to generate a plurality of reception information, each of the plurality of reception information comprising reception quality information of the user terminal measured by one of the plurality of reception base stations (210[0:4]); a center base station (210) configured to generate a combined reception information merging the plurality of reception information received from the plurality of reception base stations (210[0:4]); and a serving base station (210) configured to receive the combined reception information from the center base station (210), combine the combined reception information with reception information of the serving base station (210) to form a single reception stream, and transmit the single reception stream to the user terminal. a plurality of reception base stations (210[0:4]) within reception range of a user terminal, the plurality of reception base stations (210[0:4]) being configured to generate a plurality of reception information, each of the plurality of reception information comprising reception quality information of the user terminal measured by one of the plurality of reception base stations (210[0:4]); a center base station (210) configured to generate a combined reception information merging the plurality of reception information received from the plurality of reception base stations (210[0:4]); and a serving base station (210) configured to receive the combined reception information from the center base station (210), combine the combined reception information with reception information of the serving base station (210) to form a single reception stream, and transmit the single reception stream to the user terminal.