mhurhangee/patent-ind-claim-en huggingface dataset:
A welding-type system comprising: - a power supply , receiving an input current and having a power supply control input and further having a welding-type power output for providing welding-type power to an arc; - a wire feeder , connected to provide wire to the arc, and having a wire feed speed control input; characterized by - a controller , including a wire feed speed control output connected to the wire feed speed control input, and further having a power command output connected to the power supply control input, and further including an input limiting module having a feedback input indicative of the input current and a limiting output, and wherein the wire feed speed control output is responsive to the limiting output, and thereby the input current is responsive to the input limiting module , wherein the input limiting module is a module that acts to limit the input to a welding-type system below that which would otherwise be drawn, by controlling a power circuit. - a power supply , receiving an input current and having a power supply control input and further having a welding-type power output for providing welding-type power to an arc; - a wire feeder , connected to provide wire to the arc, and having a wire feed speed control input; characterized by - a controller , including a wire feed speed control output connected to the wire feed speed control input, and further having a power command output connected to the power supply control input, and further including an input limiting module having a feedback input indicative of the input current and a limiting output, and wherein the wire feed speed control output is responsive to the limiting output, and thereby the input current is responsive to the input limiting module ,
Method for laying an anode system for cathodic corrosion protection, comprising the following steps: - laying a carbon fibre multifilaments in a planar manner; - laying at least two primary anode ribbons , which are arranged so as to be spaced apart from one another, such that the carbon fibre multifilament is arranged between the primary anode ribbons and the primary anode ribbons are connected to the carbon fibre multifilament in an electrically conductive manner in a number of contact regions , characterised in that , - the carbon fibre multifilament is arranged in a meandering configuration or in individual strips that are arranged in parallel with one another and that are interconnected by the anode ribbon. - laying a carbon fibre multifilaments in a planar manner; - laying at least two primary anode ribbons , which are arranged so as to be spaced apart from one another, such that the carbon fibre multifilament is arranged between the primary anode ribbons and the primary anode ribbons are connected to the carbon fibre multifilament in an electrically conductive manner in a number of contact regions , characterised in that , - the carbon fibre multifilament is arranged in a meandering configuration or in individual strips that are arranged in parallel with one another and that are interconnected by the anode ribbon.
A device for blowing gas on a face of traveling strip material, the device comprising at least one hollow box having its wall facing towards the corresponding face of the strip material fitted with a plurality of blow orifices enabling gas to be directed towards said face of the strip material, the device being characterized in that the hollow box is also fitted laterally on at least one side thereof relative to a midplane (Q) perpendicular to the plane in the strip with a movable shutter member having the function of selectively shutting some of the blow orifices in order to adapt the width of the blow zone to the width of the corresponding strip material , said movable shutter member having an edge adjacent to the inside surface of the wall fitted with the blow orifices , and an edge adjacent to a side wall of the hollow box , in which the distance separating the inside surface from the wall equipped with the blow orifices of the at least part of the movable shutter member which is in abutment against an element integral with the side wall of the hollow box changes during a modification of the relative position of the movable closure member and of the wall equipped with blowing orifices .
A battery cell , comprising: a housing , wherein a dimension of the housing along a length direction is greater than a dimension of the housing along a thickness direction and a dimension of the housing along a width direction, and the housing comprises a first board extending along the length direction and an accommodation space opened from at least one end; an electrode assembly , disposed in the accommodation space ; a cover , configured to cover the opening, wherein, a pressure relief mechanism is disposed on the first board , the pressure relief mechanism is configured to be actuated to relieve an internal pressure when the internal pressure or temperature of the housing reaches a threshold, and, in the length direction, an extension dimension of the pressure relief mechanism is greater than or equal to 1/4 of an extension dimension of the first board ; and characterized in that the first board comprises a first part and a second part that are arranged side by side, the first part is fixed to the second part by welding, a weld is formed at a joint between the first part and the second part , and the weld is the pressure relief mechanism . a housing , wherein a dimension of the housing along a length direction is greater than a dimension of the housing along a thickness direction and a dimension of the housing along a width direction, and the housing comprises a first board extending along the length direction and an accommodation space opened from at least one end; an electrode assembly , disposed in the accommodation space ; a cover , configured to cover the opening, wherein, a pressure relief mechanism is disposed on the first board , the pressure relief mechanism is configured to be actuated to relieve an internal pressure when the internal pressure or temperature of the housing reaches a threshold, and, in the length direction, an extension dimension of the pressure relief mechanism is greater than or equal to 1/4 of an extension dimension of the first board ; and characterized in that the first board comprises a first part and a second part that are arranged side by side, the first part is fixed to the second part by welding, a weld is formed at a joint between the first part and the second part , and the weld is the pressure relief mechanism .
Receiver for solar concentrating systems comprising: - a container including at least one transparent wall configured to receive solar rays from a solar concentrator and defining at least one cavity of housing, - a conversion module configured to convert solar energy taken from said solar rays into thermal and/or electrical energy and housed within a part of said cavity close to said wall and separated from said wall by a slot , - transparent optical gel housed within said cavity and configured to completely occupy at least said slot so as to shield said conversion module , and characterized in that said container comprises one or more bearings housed within said cavity and configured to expand in proportion to said gel in such a way that compensates eventual dilations of said gel . - a container including at least one transparent wall configured to receive solar rays from a solar concentrator and defining at least one cavity of housing, - a conversion module configured to convert solar energy taken from said solar rays into thermal and/or electrical energy and housed within a part of said cavity close to said wall and separated from said wall by a slot , - transparent optical gel housed within said cavity and configured to completely occupy at least said slot so as to shield said conversion module , and characterized in that
A roller assembly for producing a compressed sheet dough material, said assembly comprising: (a) a roller support frame ; (b) a first roller mountable in a fixed position relative to said frame ; (c) a second roller mountable to said frame for sliding displacement relative to said first roller ; (d) an actuator mountable to said frame , and arranged to apply force to the shaft bearing of said second roller to urge said second roller towards said first roller ; and (e) a variable width spacer comprising a cam and a spacer actuator arranged to reversibly rotate said cam to vary the width of said spacer , located between the shaft bearings of the first and second rollers to limit the minimum separation between said first and second rollers , (f) a load cell to measure and transmit the force exerted on said variable width spacer by said roller shaft bearings to a controller, characterised in that the controller is configured to calculate the force exerted on the rollers from compressing said sheet dough material by subtracting the load cell force from either a pre-set or measured actuator force. (a) a roller support frame ; (b) a first roller mountable in a fixed position relative to said frame ; (c) a second roller mountable to said frame for sliding displacement relative to said first roller ; (d) an actuator mountable to said frame , and arranged to apply force to the shaft bearing of said second roller to urge said second roller towards said first roller ; and (e) a variable width spacer comprising a cam and a spacer actuator arranged to reversibly rotate said cam to vary the width of said spacer , located between the shaft bearings of the first and second rollers to limit the minimum separation between said first and second rollers , (f) a load cell to measure and transmit the force exerted on said variable width spacer by said roller shaft bearings to a controller,
A gardening fluid connection device comprising: a body on which multiple retainers are retained; a resilient element ; and a fitting sleeve fitted on a first end of the body , the fitting sleeve including multiple spaced engagement teeth , the resilient element abutting against the body and the fitting sleeve , the fitting sleeve rotating along the body reciprocatingly and pushing the resilient element so as to open or close the gardening fluid coupling device, hence the multiple retainers of the body are removed or retained when the fitting sleeve presses the resilient element or is pushed by the resilient element , respectively, so that the multiple retainers of the body connect with or remove from a water supply device, respectively; wherein the body includes a stop rib arranged thereon so that the multiple spaced engagement teeth of the fitting sleeve are pushed by the resilient element to abut against the stop rib of the body and at least one locking element formed inside the stop rib , each locking element being located on a first side of each spaced engagement tooth , and a width of each spaced engagement tooth being equal to a rotation distance of the fitting sleeve such that the fitting sleeve is rotated reciprocatingly so as to open or close the gardening fluid coupling device by way of the stop rib and each locking element of the body , each spaced engagement tooth of the fitting sleeve , and the resilient element , and each locking element being stopped when moving to a second side of each spaced engagement tooth . a body on which multiple retainers are retained; a resilient element ; and a fitting sleeve fitted on a first end of the body , the fitting sleeve including multiple spaced engagement teeth , the resilient element abutting against the body and the fitting sleeve , the fitting sleeve rotating along the body reciprocatingly and pushing the resilient element so as to open or close the gardening fluid coupling device, hence the multiple retainers of the body are removed or retained when the fitting sleeve presses the resilient element or is pushed by the resilient element , respectively, so that the multiple retainers of the body connect with or remove from a water supply device, respectively; wherein the body includes a stop rib arranged thereon so that the multiple spaced engagement teeth of the fitting sleeve are pushed by the resilient element to abut against the stop rib of the body and at least one locking element formed inside the stop rib , each locking element being located on a first side of each spaced engagement tooth , and a width of each spaced engagement tooth being equal to a rotation distance of the fitting sleeve such that the fitting sleeve is rotated reciprocatingly so as to open or close the gardening fluid coupling device by way of the stop rib and each locking element of the body , each spaced engagement tooth of the fitting sleeve , and the resilient element , and each locking element being stopped when moving to a second side of each spaced engagement tooth .
A method for producing instant noodles, comprising at least the following steps C1 to C3: the step C 1 of producing noodle dough by kneading a raw material powder, water and kansui; the step C2 of producing noodle strings from the noodle dough; and the step C3 of adding magnesium chloride to the noodle strings. the step C 1 of producing noodle dough by kneading a raw material powder, water and kansui; the step C2 of producing noodle strings from the noodle dough; and the step C3 of adding magnesium chloride to the noodle strings.
Sensor device for fastening to the inside of a vehicle window of a motor vehicle, having a holder that is connectable to the vehicle window, having a carrier that is connected pivotably to the holder , and having a sensor unit that is arranged on the carrier , the carrier being pivotable relative to the holder by a settable pivot angle about a carrier pivot axis (T), and the pivot angle being lockable by means of a fixing device, wherein the fixing device has a worm mechanism with a worm and with a worm wheel , the axis of rotation of the worm wheel corresponding to the carrier pivot axis (T), characterized in that a detent device for radially fixing the worm is arranged between holder and worm for rotational fixing in relation to the worm axis.
A multipack assembly storing both new and used pen needles of an injection apparatus , comprising: a plurality of individual storage units each configured to store a pen needle having a needle fixed to a hub having ribs , the plurality of storage units being hingedly connected, and each including: a storage end; a dispensing end having an anti-rotation structure ; and at least one of a retaining member and an engaging member ; and a hinge connecting one storage unit to an adjacent storage unit; wherein the retaining member of one of the plurality of storage units engages the engaging member of an adjacent storage unit to form a closed position to enclose the pen needle; when the storage unit is squeezed and rotated by a user, the retaining member of the one of the plurality of storage units disengages the engaging member of the adjacent storage unit and rotates via the hinge into an open position to access the pen needle; and the anti-rotation structure works in conjunction with the ribs of the hub of the pen needle to prevent rotation of the pen needle when the pen needle is in a dispensing position. a plurality of individual storage units each configured to store a pen needle having a needle fixed to a hub having ribs , the plurality of storage units being hingedly connected, and each including: a storage end; a dispensing end having an anti-rotation structure ; and at least one of a retaining member and an engaging member ; and a storage end; a dispensing end having an anti-rotation structure ; and at least one of a retaining member and an engaging member ; and a hinge connecting one storage unit to an adjacent storage unit; wherein the retaining member of one of the plurality of storage units engages the engaging member of an adjacent storage unit to form a closed position to enclose the pen needle; when the storage unit is squeezed and rotated by a user, the retaining member of the one of the plurality of storage units disengages the engaging member of the adjacent storage unit and rotates via the hinge into an open position to access the pen needle; and the anti-rotation structure works in conjunction with the ribs of the hub of the pen needle to prevent rotation of the pen needle when the pen needle is in a dispensing position.
A system comprising: a processor and a memory configured to store non-transitory instructions, that when executed by the processor : monitor an old state of a computer software configuration in real time; detect, based on the monitoring, a proposed change of the computer software configuration, wherein the proposed change causes a changed state, which is a change to the old state of the computer software configuration; analyze the old state to confirm that the old state is compliant; when the old state is non-compliant, apply the proposed change; when the old state is compliant, analyze the changed state to determine whether the changed state results in a non-compliant state; when the changed state is non-compliant, stop the proposed change and require further approval in order for the proposed change to be implemented; and when the changed state is compliant, apply the proposed change. detect, based on the monitoring, a proposed change of the computer software configuration, wherein the proposed change causes a changed state, which is a change to the old state of the computer software configuration; analyze the old state to confirm that the old state is compliant; when the old state is non-compliant, apply the proposed change; when the old state is compliant, analyze the changed state to determine whether the changed state results in a non-compliant state; when the changed state is non-compliant, stop the proposed change and require further approval in order for the proposed change to be implemented; and when the changed state is compliant, apply the proposed change. when the changed state is non-compliant, stop the proposed change and require further approval in order for the proposed change to be implemented; and when the changed state is compliant, apply the proposed change.
A method for controlling an air conditioner, AC , with a control device , comprising: - performing a power state determination procedure (P1) to determine a power state of the AC , the power state determination procedure (P1) comprising: - sending a first control signal which is not an on/off control signal with IR transmission means of the control device , - measuring sounds with a microphone of the control device , - determining with electronic control and evaluation means of the control device whether an audio acknowledgement signal of the AC is measured with the microphone subsequent to the sending of the first control signal, - sending a second control signal which is not an on/off control signal with the IR transmission means, - determining with the electronic control and evaluation means whether an audio acknowledgement signal of the AC is measured with the microphone subsequent to the sending of the second control signal, - judging that the AC is in an off-state if an audio acknowledgement signal is neither measured subsequently to the first control signal nor subsequently to the second control signal. - performing a power state determination procedure (P1) to determine a power state of the AC , - sending a first control signal which is not an on/off control signal with IR transmission means of the control device , - measuring sounds with a microphone of the control device , - determining with electronic control and evaluation means of the control device whether an audio acknowledgement signal of the AC is measured with the microphone subsequent to the sending of the first control signal, - sending a second control signal which is not an on/off control signal with the IR transmission means, - determining with the electronic control and evaluation means whether an audio acknowledgement signal of the AC is measured with the microphone subsequent to the sending of the second control signal, - judging that the AC is in an off-state if an audio acknowledgement signal is neither measured subsequently to the first control signal nor subsequently to the second control signal.
A pharmaceutical composition comprising an effective amount of plasminogen for use in the treatment of body organ and tissue damage caused by radiotherapy, or cisplatin chemotherapy in a subject.
A method for a network node configured to control wireless transmissions between the node and wireless devices in a wireless network using a transmission cycle pattern defined by a transmit on time and a transmit off time, the wireless transmissions occurring in a frequency band used for radar transmissions, the method comprising: after a wireless transmission during the transmit-on time of a first transmission cycle, detecting , during the transmit-off time of the first transmission cycle, at least one radar pulse in the frequency band; extending the transmit off time of a second transmission cycle based on the at least one radar pulse detected, wherein the transmit off time of the second transmission cycle is extended by a first duration; and extending a transmit off time of a third transmission cycle by a second duration greater than the first duration when a number of radar pulses detected in the transmit off time of the second transmission cycle is lower than a threshold. after a wireless transmission during the transmit-on time of a first transmission cycle, detecting , during the transmit-off time of the first transmission cycle, at least one radar pulse in the frequency band; extending the transmit off time of a second transmission cycle based on the at least one radar pulse detected, wherein the transmit off time of the second transmission cycle is extended by a first duration; and extending a transmit off time of a third transmission cycle by a second duration greater than the first duration when a number of radar pulses detected in the transmit off time of the second transmission cycle is lower than a threshold.
A protein bar that is formed from a mouldable mixture containing proteins and/or protein hydrolysates and having a density of 0.9 g/cm 3 or more, characterised in that the mouldable mixture contains a collagen hydrolysate having an average molecular weight of up to 1 700 Da as a protein hydrolysate.
Drive machine for a compressor and/or a turbine, in particular of an exhaust turbocharger, which has a rotor , disposed so as to be rotationally fixed on a shaft rotatably mounted in a housing, and a stator fixed to the housing, and a power electronics unit assigned to the stator , and a cooling duct which is assigned to the power electronics unit and is able to be connected to a cooling circuit of an external cooling system, characterized in that the cooling duct is assigned at least one valve which as a function of an operating temperature of the power electronics unit is activated for releasing or closing a flow cross section of the cooling duct , wherein the valve is disposed in the cooling duct so as to be downstream or upstream of the power electronics unit .