mhurhangee/ep-ind-claims huggingface dataset:
A sweeping tool (100; 500), comprising: an elongated handle (102; 501) having a proximal end and a distal end; a cleaning assembly (112; 502) comprising: a housing configured to hold a rotatable brush head (120; 514) and to collect debris swept up by the rotatable brush head (120; 514) when the cleaning assembly (112; 502) is in the second state, a broom head (110; 510) coupled to the housing, and a plurality of bristles (114; 508) coupled to the broom head (110; 510) and oriented substantially parallel with the elongated handle (102; 501) when the cleaning assembly (112; 502) is in the first state; characterized by a bracket (108; 506) coupled to the distal end of the elongated handle (102; 501); and wheels coupled to the rotatable brush head, the wheels configured to contact a floor surface when the cleaning assembly is in the second state; wherein the cleaning assembly (112; 502) is coupled to the bracket (108; 506) such that the cleaning assembly (112; 502) is configured to rotate about an axis passing through a portion of the bracket (108; 506) to move between a first state and a second state. an elongated handle (102; 501) having a proximal end and a distal end; a cleaning assembly (112; 502) comprising: a housing configured to hold a rotatable brush head (120; 514) and to collect debris swept up by the rotatable brush head (120; 514) when the cleaning assembly (112; 502) is in the second state, a broom head (110; 510) coupled to the housing, and a plurality of bristles (114; 508) coupled to the broom head (110; 510) and oriented substantially parallel with the elongated handle (102; 501) when the cleaning assembly (112; 502) is in the first state; a housing configured to hold a rotatable brush head (120; 514) and to collect debris swept up by the rotatable brush head (120; 514) when the cleaning assembly (112; 502) is in the second state, a broom head (110; 510) coupled to the housing, and a plurality of bristles (114; 508) coupled to the broom head (110; 510) and oriented substantially parallel with the elongated handle (102; 501) when the cleaning assembly (112; 502) is in the first state; characterized by a bracket (108; 506) coupled to the distal end of the elongated handle (102; 501); and wheels coupled to the rotatable brush head, the wheels configured to contact a floor surface when the cleaning assembly is in the second state; wherein the cleaning assembly (112; 502) is coupled to the bracket (108; 506) such that the cleaning assembly (112; 502) is configured to rotate about an axis passing through a portion of the bracket (108; 506) to move between a first state and a second state.
An antenna apparatus including a plurality of amplifier circuits (21-n) configured to output transmission pulse signals (210P-n) to a plurality of antenna elements (11-n), respectively, a plurality of gate switching circuits (22-n) provided for the respective amplifier circuits (21-n), and configured to control an output of gate voltages of field-effect transistors included in the respective amplifier circuits (21-n), and an antenna controller configured to control the plurality of amplifier circuits (21-n), wherein the antenna controller includes a switching control circuit configured to control a drain voltage and the gate voltages of the field-effect transistors, and a common drain switching circuit, wherein the switching control circuit is configured to control the common drain switching circuit such that the drain voltage is output to each of the field effect transistors, and selectively operate the plurality of amplifier circuits (21-n) by controlling the gate switching circuits (22-n) to output the gate voltage prior to the drain voltage, characterized in that: the antenna controller is configured to include a power supply control circuit, which is configured to control a power supply to the common drain switching circuit in a manner to adjust the drain voltage, based on information indicative of the number of antenna elements (11-n) which are caused to effectively function.
A solar absorber for obtaining thermal energy with a top absorber wall and bottom absorber wall, wherein at least one flow-through gap for a heat transfer medium is present between the top absorber wall and bottom absorber wall, wherein the flow-through gap is comprised of a plurality of flow-through channels, wherein photovoltaic elements are additionally provided for obtaining electrical energy, and wherein the photovoltaic elements rest directly on the surface of the top absorber wall or are situated spaced less than 5 mm, preferably less than 3 mm, apart from the surface of the top absorber wall, characterized in that the top absorber wall and bottom absorber wall consist of plastic, and wherein the aggregate comprised of the top and bottom absorber wall is fabricated in a discontinuous extrusion process, a pressing process, or a deepdrawing process.
A power supply interface (120; 200; 300) for an electric power tool (70; 100) comprising: a first battery pack interface (130; 230) adapted to detachably attach a first battery pack and comprising a first positive battery electrode input terminal (134a; 234a), a first negative battery electrode input terminal (134b; 234b) and a first battery controller interface terminal (136; 236), a second battery pack interface (130; 230) adapted to detachably attach a second battery pack and comprising a second positive battery electrode input terminal (134a; 234a), a second negative battery electrode input terminal (134b; 234b) and a second battery controller interface terminal (136; 236), the first negative battery electrode input terminal being electrically connected in series with the second positive battery electrode input terminal, wherein the first positive battery electrode input terminal is electrically connectable with the second negative battery electrode input terminal via a load of the electric power tool, and a first DC-to-DC converter (156b; 256b) electrically connected with the first battery controller interface terminal and adapted to proportionally step down a voltage of a first signal received at the first battery controller interface terminal, characterized by further comprising: a second DC-to-DC converter (154b; 254b) electrically connected with the first battery controller interface terminal (136; 236) and adapted to proportionally step up a voltage of a second signal received at the second DC-to-DC-converter to be supplied to the first battery controller interface terminal. a first battery pack interface (130; 230) adapted to detachably attach a first battery pack and comprising a first positive battery electrode input terminal (134a; 234a), a first negative battery electrode input terminal (134b; 234b) and a first battery controller interface terminal (136; 236), a second battery pack interface (130; 230) adapted to detachably attach a second battery pack and comprising a second positive battery electrode input terminal (134a; 234a), a second negative battery electrode input terminal (134b; 234b) and a second battery controller interface terminal (136; 236), the first negative battery electrode input terminal being electrically connected in series with the second positive battery electrode input terminal, wherein the first positive battery electrode input terminal is electrically connectable with the second negative battery electrode input terminal via a load of the electric power tool, and a first DC-to-DC converter (156b; 256b) electrically connected with the first battery controller interface terminal and adapted to proportionally step down a voltage of a first signal received at the first battery controller interface terminal, a second DC-to-DC converter (154b; 254b) electrically connected with the first battery controller interface terminal (136; 236) and adapted to proportionally step up a voltage of a second signal received at the second DC-to-DC-converter to be supplied to the first battery controller interface terminal.
A microelectromechanical systems die comprising: a thermally conductive substrate; at least one insulator film disposed on the thermally conductive substrate; a sensor material disposed on the at least one insulator film, the sensor material being configured to detect the presence of a target gas as it passes over the sensor material; a heater; at least one electrode in contact with the sensor material, a connection means of electrical input and output to the at least one electrode provided by a pair of wire bonds, each wire bond operably coupled to a respective bond pad disposed on the at least one insulator film; and a temperature sensor disposed around the sensor material and located between the heater and the sensor material, a connection means of electrical input and output to the temperature sensor provided by a pair of wire bonds, each wire bond operably coupled to a respective bond pad disposed on the at least one insulator film; characterised in that the heater is completely circumferentially disposed around the sensor material and the temperature sensor; and wherein the heater surrounds said bond pads coupled to the at least one electrode and the temperature sensor such that there is no direct thermal path between the bond pads and the sensor material. a thermally conductive substrate; at least one insulator film disposed on the thermally conductive substrate; a sensor material disposed on the at least one insulator film, the sensor material being configured to detect the presence of a target gas as it passes over the sensor material; a heater; at least one electrode in contact with the sensor material, a connection means of electrical input and output to the at least one electrode provided by a pair of wire bonds, each wire bond operably coupled to a respective bond pad disposed on the at least one insulator film; and a temperature sensor disposed around the sensor material and located between the heater and the sensor material, a connection means of electrical input and output to the temperature sensor provided by a pair of wire bonds, each wire bond operably coupled to a respective bond pad disposed on the at least one insulator film; characterised in that the heater is completely circumferentially disposed around the sensor material and the temperature sensor; and wherein the heater surrounds said bond pads coupled to the at least one electrode and the temperature sensor such that there is no direct thermal path between the bond pads and the sensor material.
Device for fastening to a threaded stud projecting from a base, the fastening device comprising: - a main part formed by a rigid frame for enclosing the stud and having a lower support portion on the base, an upper portion and a plurality of deformable flexible grips each comprising a first free end intended to be positioned in a thread of the stud, a second end secured to the frame, and a central portion between the first end and the second end, the central portion of each grip being bent, the bend being oriented toward the outside of the rigid frame and projecting therefrom; - a covering part comprising an inner surface defining a housing configured to accommodate the main part by fitting onto the upper portion of the rigid frame, the inner surface of the housing being provided with at least one abutment zone for bearing against the bend of the central portion of the deformable flexible grips, thereby bringing the first ends thereof closer to each other so that said ends are positioned in a thread of the stud, and thus bending the deformable flexible grips and tensioning the main part, the covering part also comprising at least one flexible tab for snap-fitting the covering part to the main part and thus fastening the fastening device to the stud. - a main part formed by a rigid frame for enclosing the stud and having a lower support portion on the base, an upper portion and a plurality of deformable flexible grips each comprising a first free end intended to be positioned in a thread of the stud, a second end secured to the frame, and a central portion between the first end and the second end, the central portion of each grip being bent, the bend being oriented toward the outside of the rigid frame and projecting therefrom; - a covering part comprising an inner surface defining a housing configured to accommodate the main part by fitting onto the upper portion of the rigid frame, the inner surface of the housing being provided with at least one abutment zone for bearing against the bend of the central portion of the deformable flexible grips, thereby bringing the first ends thereof closer to each other so that said ends are positioned in a thread of the stud, and thus bending the deformable flexible grips and tensioning the main part, the covering part also comprising at least one flexible tab for snap-fitting the covering part to the main part and thus fastening the fastening device to the stud.
Method of manufacturing a sealing tape comprising the steps: - providing a foam carrier and transporting it in a predetermined transport direction, - processing of a first surface of the foam carrier, - cutting this foam carrier into at least two and preferably a plurality of strips (22, 24, 26), - applying a self-adhesive to a further surface (22b, 24b, 26b, 28b) of the individual strips, characterized in that the processing of the surface of the foam carrier includes at least heating of this surface. - providing a foam carrier and transporting it in a predetermined transport direction, - processing of a first surface of the foam carrier, - cutting this foam carrier into at least two and preferably a plurality of strips (22, 24, 26), - applying a self-adhesive to a further surface (22b, 24b, 26b, 28b) of the individual strips,
A method of fastening a member (20,26) to be fastened by a bolt (21,27) having a threaded shaft and a nut (22,28), comprising when the bolt (21,27) is inserted in the member (20,26) with the shaft projecting from the member (20,26), screwing the nut (22,28) along the shaft to contact the member (20,26), to temporarily fasten the nut and the bolt, and employing a fastening tool to tighten the nut and the bolt, the tool having a spindle having a threaded hole to be screwed onto the threaded shaft of the bolt (21,27) and an inner member (4,5,6) arranged within the spindle, by (i) contacting an end of the inner member (4,5,6) with the end of the shaft of the bolt, (ii) rotating the spindle member when its threaded hole is engaged with the thread of the shaft of the bolt, so as to pull the shaft in the axial direction of the bolt to generate an axial force of the bolt and stopping rotation of the spindle member when an end face of the spindle has moved along the bolt to a predetermined position beyond the end of the inner member (4,5,6) contacting the end of the shaft of the bolt, (iii) while said axial force is maintained, rotating the nut (22,28) to screw it further onto the bolt (21,27), (iv) cancelling the pulling of the shaft of the bolt by the spindle member. (i) contacting an end of the inner member (4,5,6) with the end of the shaft of the bolt, (ii) rotating the spindle member when its threaded hole is engaged with the thread of the shaft of the bolt, so as to pull the shaft in the axial direction of the bolt to generate an axial force of the bolt and stopping rotation of the spindle member when an end face of the spindle has moved along the bolt to a predetermined position beyond the end of the inner member (4,5,6) contacting the end of the shaft of the bolt, (iii) while said axial force is maintained, rotating the nut (22,28) to screw it further onto the bolt (21,27), (iv) cancelling the pulling of the shaft of the bolt by the spindle member.
Parking lock system for a motor vehicle, comprising a parking lock housing which is mountable on a transmission housing, comprising a pawl mounted on the parking lock housing so as to be rotatable about an axis of rotation, a switching rod mounted on the parking lock housing so as to be movable in an actuating direction, comprising an actuating element mounted on the switching rod, the axis of rotation being arranged in parallel with the actuating direction, the parking lock housing having a plate, a planar region of the plate being arranged perpendicularly to the actuating direction, and a pawl pin being mounted in the plate for mounting the pawl, the pawl being arranged behind the plate as seen in the actuating direction, characterized in that a hydraulic piston cylinder unit is provided for moving the switching rod in the actuating direction, the parking lock housing having an actuating housing designed as a single piece and as a cast part with the plate, the actuating housing having a cylinder bore of the hydraulic piston cylinder unit, which is arranged coaxially with respect to the switching rod, a piston of the piston cylinder unit being arranged within the cylinder bore, a latching lever arranged in the region of the hydraulic piston cylinder unit with respect to the actuating direction being provided, said latching lever being pivotably mounted on the actuating housing, a pivoting plane of the latching lever being arranged perpendicularly to the axis of rotation. the axis of rotation being arranged in parallel with the actuating direction, the parking lock housing having a plate, a planar region of the plate being arranged perpendicularly to the actuating direction, and a pawl pin being mounted in the plate for mounting the pawl, the pawl being arranged behind the plate as seen in the actuating direction, characterized in that a hydraulic piston cylinder unit is provided for moving the switching rod in the actuating direction, the parking lock housing having an actuating housing designed as a single piece and as a cast part with the plate, the actuating housing having a cylinder bore of the hydraulic piston cylinder unit, which is arranged coaxially with respect to the switching rod, a piston of the piston cylinder unit being arranged within the cylinder bore, a latching lever arranged in the region of the hydraulic piston cylinder unit with respect to the actuating direction being provided, said latching lever being pivotably mounted on the actuating housing, a pivoting plane of the latching lever being arranged perpendicularly to the axis of rotation.
A method for purification of a first polyunsaturated fatty acid from an initial mixture, the initial mixture comprising at least one second fatty acid in addition to the first polyunsaturated fatty acid, the method comprising: - at least one step of chromatographic separation in liquid phase of the first polyunsaturated fatty acid and the second fatty acid, in order to recover, on the one hand, a stream enriched in the first polyunsaturated fatty acid, and on the other hand, a stream enriched in the second fatty acid; - a step of processing the stream enriched in the first polyunsaturated fatty acid, so as to decrease the peroxide value and / or anisidine value of this stream. - at least one step of chromatographic separation in liquid phase of the first polyunsaturated fatty acid and the second fatty acid, in order to recover, on the one hand, a stream enriched in the first polyunsaturated fatty acid, and on the other hand, a stream enriched in the second fatty acid; - a step of processing the stream enriched in the first polyunsaturated fatty acid, so as to decrease the peroxide value and / or anisidine value of this stream.
Device for cleaning and disinfecting of endoscopes with an adapter to which several tubes are joined, which are joinable to channels of an endoscope via connectors, wherein each of the tubes is connectable with a supply pipe for a fluid and each tube is allocated to a pressure sensor (52.1-52.6) that measures the pressure in the tube and reports it to an electronic control device, characterized in that a first group of several tubes (21, 22, 23) is connected to the supply pipe via a first blocking installation, in that a second group of several tubes (24, 25, 26) is connected to the supply pipe via a second blocking installation, wherein at least one tube of the first group is connected with at least one tube of the second group, in that the electronic control device is provided in that alternatingly one of the blocking installations is opened and the other blocking installation is closed and in that the electronic device is provided in that it compares the measured pressure of a pressure sensor of that tube, which allocated blocking installation is closed, with a predefined pressure value and creates an error signal when the measured pressure value and the predefined value deviates by a predefined difference value.
A method performed by a terminal for performing synchronization in a wireless communication system to which beam forming is applied, the method comprising: receiving, from a base station, a synchronization signal block, SSB, including synchronization signals and a physical broadcast channel, PBCH; performing a first synchronization with the base station based on the SSB; storing previous synchronization information associated with the first synchronization, the previous synchronization information including beam search information, frequency synchronization acquisition information, and time synchronization acquisition information; identifying that a connection based on the first synchronization is lost, wherein the connection is identified to be lost in case that a first radio frequency, RF, module associated with the first synchronization is turned off; identifying whether a condition associated with a mobility of the terminal is satisfied while the first RF module is turned off; and performing a second synchronization with the base station based on the previous synchronization information, in case that the condition associated with the mobility of the terminal is satisfied while the RF module is turned off, wherein the stored previous synchronization information is maintained until the second synchronization is finished, and wherein the previous synchronization information is information about synchronization that is lost when the terminal turns off the RF module to enter a low power mode. receiving, from a base station, a synchronization signal block, SSB, including synchronization signals and a physical broadcast channel, PBCH; performing a first synchronization with the base station based on the SSB; storing previous synchronization information associated with the first synchronization, the previous synchronization information including beam search information, frequency synchronization acquisition information, and time synchronization acquisition information; identifying that a connection based on the first synchronization is lost, wherein the connection is identified to be lost in case that a first radio frequency, RF, module associated with the first synchronization is turned off; identifying whether a condition associated with a mobility of the terminal is satisfied while the first RF module is turned off; and performing a second synchronization with the base station based on the previous synchronization information, in case that the condition associated with the mobility of the terminal is satisfied while the RF module is turned off, wherein the stored previous synchronization information is maintained until the second synchronization is finished, and wherein the previous synchronization information is information about synchronization that is lost when the terminal turns off the RF module to enter a low power mode.