mhurhangee/patent-ind-claim-en huggingface dataset:
An adapter for connecting a multi-voltage battery pack to a power tool , the multi-voltage battery pack is provided with a multi-voltage battery interface and configured to output at least two different voltages, the power tool is provided with a power tool interface and detachably coupleable to a single voltage battery pack, the single voltage battery pack is configured to output only one voltage, the multi-voltage battery interface of the multi-voltage battery pack is not coupleable to the power tool interface of the power tool , the adapter comprising: a housing ; an input port disposed in the housing and provided for electrically and mechanically coupling with the multi-voltage battery interface of the multi-voltage battery pack ; and an output port disposed in the housing and provided for electrically and mechanically coupling with the power tool interface of the power tool , the output port is electrically connected to the input port ; wherein the power tool is powerable by the multi-voltage battery pack when the multi-voltage battery interface of the multi-voltage battery pack is coupled to the input port of the adapter and the power tool interface of the power tool is coupled to the output port of the adapter characterized in that the input port is provided with a switching mechanism matched with the multi-voltage battery interface of the multi-voltage battery pack and configured to change the output voltage of the multi-voltage battery pack by changing the connection state of the switching mechanism between a series or parallel supply of voltage from the multi-voltage battery interface . a housing ; an input port disposed in the housing and provided for electrically and mechanically coupling with the multi-voltage battery interface of the multi-voltage battery pack ; and an output port disposed in the housing and provided for electrically and mechanically coupling with the power tool interface of the power tool , the output port is electrically connected to the input port ; wherein the power tool is powerable by the multi-voltage battery pack when the multi-voltage battery interface of the multi-voltage battery pack is coupled to the input port of the adapter and the power tool interface of the power tool is coupled to the output port of the adapter characterized in that the input port is provided with a switching mechanism matched with the multi-voltage battery interface of the multi-voltage battery pack and configured to change the output voltage of the multi-voltage battery pack by changing the connection state of the switching mechanism between a series or parallel supply of voltage from the multi-voltage battery interface .
A table tool , comprising: a table with a workplane on which a workpiece is placed; a saw blade acting on the workpiece; a motor for driving the saw blade to rotate; a controller for controlling the motor ; a first switch for a user to select a working mode from at least two working modes of the table tool; a second switch operable by the user; wherein when the table tool is in a first working mode of the at least two working modes, the controller is configured to adjust a rotational speed of the motor to be a first rotational speed based on an unloading signal of the workpiece; wherein when the table tool is in the first working mode or a second working mode of the at least two working modes, the controller is configured to, when the second switch is in an on state, output a control signal to a driver circuit to drive the motor to rotate; characterized in that when the table tool is in the second working mode, the controller is configured to, when the second switch is in an off state, control the motor to stop. a table with a workplane on which a workpiece is placed; a saw blade acting on the workpiece; a motor for driving the saw blade to rotate; a controller for controlling the motor ; a first switch for a user to select a working mode from at least two working modes of the table tool; a second switch operable by the user; wherein when the table tool is in a first working mode of the at least two working modes, the controller is configured to adjust a rotational speed of the motor to be a first rotational speed based on an unloading signal of the workpiece; wherein when the table tool is in the first working mode or a second working mode of the at least two working modes, the controller is configured to, when the second switch is in an on state, output a control signal to a driver circuit to drive the motor to rotate; characterized in that when the table tool is in the second working mode, the controller is configured to, when the second switch is in an off state, control the motor to stop.
A closing valve unit for a centrifugal cleaner arrangement, which closing valve unit is configured so as to be connectable, via respective connecting members , between a feed channel of a centrifugal cleaner group and a feed conduit of a cyclone and between an accept channel of the centrifugal cleaner group and an accept conduit of the cyclone , wherein the closing valve unit comprises closing valves for closing or opening both a feed flow and an accept flow between the centrifugal cleaner group and the cyclone with one closing or opening motion, and wherein the closing valves of the closing valve unit are slide valves, characterized in that the closing valve unit is configured so that central axes (X) of those connecting members which are provided for connecting the closing valve unit to the feed conduit of the cyclone and to the accept conduit of the cyclone are located parallel to each other and are located on substantially the same straight lines as the corresponding central axes (Y) of those connecting members which are provided for connecting the closing valve unit to the feed channel of the centrifugal cleaner group and to the accept channel of the centrifugal cleaner group .
Electrical connection assembly for medium and high voltage switchgears, the switchgears having an electrical terminal, wherein an electrical contacting surface of the electrical terminal as first current carrying part is electrically connected with a contacting surface of an external electrical connector part as second current carrying part via a connecting system comprising a stretch bolt having a stretch-bolt function, characterized in that the stretch bolt is integrated with the first current carrying part , and that the stretch bolt having the stretch bolt function is provided with a male screw thread at the extending end, which has to be screwed into a female threaded hole of the second current carrying part , wherein the in the concerning first current carrying part integrated end of the stretch bolt is integrally bonded to the aforesaid first current carrying part at the bottom of a stud hole, and that the inner diameter of that stud hole is bigger than the outer diameter of the stretch bolt.
A system comprising: a modem , configured to transmit data modulated based on an intermediate frequency within one of a C, X, or Ku band; and a single-stage block-up converter having an input electrically coupled via one inter-facility link cable to the modem , and an output electrically coupled to a high-power amplifier , wherein the single-stage block-up-converter is configured to up-convert the intermediate frequency to a satellite communication frequency within the Ka, Q, or V band; wherein the block-up-converter further comprises a mixer and a filter circuit including a filter input coupled to a mixer output and filter output coupled to the output of the block-up-converter , wherein the intermediate frequency is determined such that the filter circuit suppresses spurious combination frequencies generated by the mixer , and wherein the filter circuit is configured to suppress spurious combination frequencies generated by the mixer when a spurious frequency combination and a nearest frequency that passes through the filter are at least apart by a minimum frequency domain threshold. a modem , configured to transmit data modulated based on an intermediate frequency within one of a C, X, or Ku band; and a single-stage block-up converter having an input electrically coupled via one inter-facility link cable to the modem , and an output electrically coupled to a high-power amplifier , wherein the single-stage block-up-converter is configured to up-convert the intermediate frequency to a satellite communication frequency within the Ka, Q, or V band; wherein the block-up-converter further comprises a mixer and a filter circuit including a filter input coupled to a mixer output and filter output coupled to the output of the block-up-converter , wherein the intermediate frequency is determined such that the filter circuit suppresses spurious combination frequencies generated by the mixer , and wherein the filter circuit is configured to suppress spurious combination frequencies generated by the mixer when a spurious frequency combination and a nearest frequency that passes through the filter are at least apart by a minimum frequency domain threshold.
A semiconductor on insulator, SOI, device , comprising: a semiconductor handle substrate comprising a porous semiconductor layer , and an etch stop layer proximate the porous semiconductor layer, wherein the etch stop layer comprises implanted germanium; an insulator layer on the etch stop layer; and a device semiconductor layer on the insulator layer. a semiconductor handle substrate comprising a porous semiconductor layer , and an etch stop layer proximate the porous semiconductor layer, wherein the etch stop layer comprises implanted germanium; an insulator layer on the etch stop layer; and a device semiconductor layer on the insulator layer.
An in vitro method of generating a human induced pluripotent stem cell, comprising, transfecting a human somatic cell with a nucleic acid molecule comprising i) a doxycycline inducible promoter comprising a tetracycline responsive element, and operably linked to a nucleic acid encoding a Cas9, and ii) a constitutive promoter operably linked to a tetracycline transactivator, wherein the tetracycline transactivator binds the tetracycline responsive element when bound by doxycycline; inducing the somatic cell to form an induced stem pluripotent cell, thereby producing an induced pluripotent stem cell that can undergo CRISPR/Cas9-mediated recombination at a high efficiency, wherein the human induced pluripotent stem cell or a cell differentiated therefrom is cultured in the presence of doxycycline to induce expression of the Cas9. transfecting a human somatic cell with a nucleic acid molecule comprising i) a doxycycline inducible promoter comprising a tetracycline responsive element, and operably linked to a nucleic acid encoding a Cas9, and ii) a constitutive promoter operably linked to a tetracycline transactivator, wherein the tetracycline transactivator binds the tetracycline responsive element when bound by doxycycline; inducing the somatic cell to form an induced stem pluripotent cell, thereby producing an induced pluripotent stem cell that can undergo CRISPR/Cas9-mediated recombination at a high efficiency, wherein the human induced pluripotent stem cell or a cell differentiated therefrom is cultured in the presence of doxycycline to induce expression of the Cas9.
An article of footwear (110; 210; 310; 410; 610; 710), athletic apparel, sporting equipment, or portion thereof comprising: a textile component and a second component adhesively bonded together at an interface ; wherein the textile component comprises a polyolefin; and wherein the interface comprises: (a) a chlorinated polyolefin primer (830; 850) disposed on a surface of the textile component and (b) a first waterborne primer and a polyurethane adhesive disposed between the chlorinated polyolefin primer (830; 850) and a surface of the second component . a textile component and a second component adhesively bonded together at an interface ; wherein the textile component comprises a polyolefin; and wherein the interface comprises: (a) a chlorinated polyolefin primer (830; 850) disposed on a surface of the textile component and (b) a first waterborne primer and a polyurethane adhesive disposed between the chlorinated polyolefin primer (830; 850) and a surface of the second component .
A cooling apparatus , comprising: a shared cooling device for cooling one or more systems or components; a plurality of primary cooling pathways, wherein each of the primary cooling pathways is in fluid communication with the shared cooling device , wherein each of the primary cooling pathways comprises a fan , and wherein each fan is in fluid communication with the shared cooling device via the fan's respective primary cooling pathway, and wherein each fan is configured to draw air from the shared cooling device ; a shared connector in fluid communication with the shared cooling device , wherein the shared connector is in fluid communication with each of the primary cooling pathways; wherein each of the primary cooling pathways further comprises a transition duct , wherein: the transition duct is in fluid communication with the shared cooling device ; and the transition duct is in fluid communication with the fan of the primary cooling pathway; and characterized by one or more secondary cooling pathways, wherein each of the one or more secondary cooling pathways comprises: a conduit in fluid communication with the transition duct of one of the primary cooling pathways; and a distributed cooling device in fluid communication with the conduit . a shared cooling device for cooling one or more systems or components; a plurality of primary cooling pathways, wherein each of the primary cooling pathways is in fluid communication with the shared cooling device , wherein each of the primary cooling pathways comprises a fan , and wherein each fan is in fluid communication with the shared cooling device via the fan's respective primary cooling pathway, and wherein each fan is configured to draw air from the shared cooling device ; a shared connector in fluid communication with the shared cooling device , wherein the shared connector is in fluid communication with each of the primary cooling pathways; wherein each of the primary cooling pathways further comprises a transition duct , wherein: the transition duct is in fluid communication with the shared cooling device ; and the transition duct is in fluid communication with the fan of the primary cooling pathway; and characterized by the transition duct is in fluid communication with the shared cooling device ; and the transition duct is in fluid communication with the fan of the primary cooling pathway; and characterized by one or more secondary cooling pathways, wherein each of the one or more secondary cooling pathways comprises: a conduit in fluid communication with the transition duct of one of the primary cooling pathways; and a distributed cooling device in fluid communication with the conduit . a conduit in fluid communication with the transition duct of one of the primary cooling pathways; and a distributed cooling device in fluid communication with the conduit .
An apparatus to measure static pressure, the apparatus comprising: a static pressure tap including a channel defining an external opening, the channel extending to a pressure chamber comprising a pressure sensor ; and porous material disposed proximate the external opening to reduce error in static pressure measurements; wherein: the porous material includes a membrane covering the opening of the channel ; and a porous material plug coupled to the membrane , the porous material plug extending in the channel in a direction from the membrane towards the pressure chamber. a static pressure tap including a channel defining an external opening, the channel extending to a pressure chamber comprising a pressure sensor ; and porous material disposed proximate the external opening to reduce error in static pressure measurements; wherein: the porous material includes a membrane covering the opening of the channel ; and a porous material plug coupled to the membrane , the porous material plug extending in the channel in a direction from the membrane towards the pressure chamber. the porous material includes a membrane covering the opening of the channel ; and a porous material plug coupled to the membrane , the porous material plug extending in the channel in a direction from the membrane towards the pressure chamber.
A control module for connection to a vehicle to enable a remote computing system to wirelessly communicate instructions to the vehicle via the control module, the control module comprising: one or more processors ; a wireless network interface configured to interface the processor with a wireless network; a vehicle interface configured to interface the processor with an on-board diagnostics, "OBD", unit and a controller area network, "CAN", bus of the vehicle, the vehicle interface comprising a plurality of CAN bus transceivers , each CAN bus transceiver configured to interface the processor with a CAN bus type of at least one vehicle type such that the plurality of CAN bus transceivers are configured to interface the processor with the CAN bus types of a plurality of different vehicle types in the aggregate; and a data storage unit , the data storage unit in communication with the processor, the data storage unit comprising non-transitory computer storage comprising code executable by the processor; wherein the executable code is configured, upon execution by the processor, to cause the processor to: automatically detect an identifier for the vehicle through the vehicle interface; automatically select a CAN bus transceiver from among the plurality of CAN bus transceivers based on the detected identifier; and communicate with the vehicle's CAN bus via the selected CAN bus transceiver. one or more processors ; a wireless network interface configured to interface the processor with a wireless network; a vehicle interface configured to interface the processor with an on-board diagnostics, "OBD", unit and a controller area network, "CAN", bus of the vehicle, the vehicle interface comprising a plurality of CAN bus transceivers , each CAN bus transceiver configured to interface the processor with a CAN bus type of at least one vehicle type such that the plurality of CAN bus transceivers are configured to interface the processor with the CAN bus types of a plurality of different vehicle types in the aggregate; and a data storage unit , the data storage unit in communication with the processor, the data storage unit comprising non-transitory computer storage comprising code executable by the processor; wherein the executable code is configured, upon execution by the processor, to cause the processor to: automatically detect an identifier for the vehicle through the vehicle interface; automatically select a CAN bus transceiver from among the plurality of CAN bus transceivers based on the detected identifier; and communicate with the vehicle's CAN bus via the selected CAN bus transceiver. automatically detect an identifier for the vehicle through the vehicle interface; automatically select a CAN bus transceiver from among the plurality of CAN bus transceivers based on the detected identifier; and communicate with the vehicle's CAN bus via the selected CAN bus transceiver.
An unlatching tool configured for actuating a movable section of a control rod drive shaft in a pressurized water reactor the unlatching tool comprising: a base; a gripper assembly configured for gripping the movable section of the control rod drive shaft ; a rod movably connecting the gripper assembly to the base; and a mechanical actuator fixed to the base and configured to raise and lower the gripper assembly , characterized in that the unlatching tool in addition comprises: an outer assembly rotatably fixed to the base; an inner support assembly non-rotatably fixed to the base; a latch rotatably coupled to the inner support assembly for rotation about a latch axis (LA) extending parallel to a center axis (CA) of the unlatching tool ; and a latch actuator fixed to the outer assembly and configured for rotating the outer assembly such that the latch is rotated about the latch axis (LA) radially inward toward the center axis (CA) of the unlatching tool . a base; a gripper assembly configured for gripping the movable section of the control rod drive shaft ; a rod movably connecting the gripper assembly to the base; and a mechanical actuator fixed to the base and configured to raise and lower the gripper assembly , characterized in that the unlatching tool in addition comprises: an outer assembly rotatably fixed to the base; an inner support assembly non-rotatably fixed to the base; a latch rotatably coupled to the inner support assembly for rotation about a latch axis (LA) extending parallel to a center axis (CA) of the unlatching tool ; and a latch actuator fixed to the outer assembly and configured for rotating the outer assembly such that the latch is rotated about the latch axis (LA) radially inward toward the center axis (CA) of the unlatching tool . an outer assembly rotatably fixed to the base; an inner support assembly non-rotatably fixed to the base; a latch rotatably coupled to the inner support assembly for rotation about a latch axis (LA) extending parallel to a center axis (CA) of the unlatching tool ; and a latch actuator fixed to the outer assembly and configured for rotating the outer assembly such that the latch is rotated about the latch axis (LA) radially inward toward the center axis (CA) of the unlatching tool .
A resource indication method in a wireless local area network, comprising: generating, by an access point AP in the wireless local area network, scheduling information of at least two STAs, wherein the scheduling information comprises at least uplink control information used to instruct the at least two STAs to send uplink subframes; and sending, by the AP and respectively on different sub-channels of 20 MHz bandwidth in a specified entire channel, scheduling information corresponding to different STAs; wherein, in the used frame format, neither any STA-specific HE-preamble nor any other STA-specific DL Data is sent together with the scheduling information; receiving the uplink subframes sent by the STAs scheduled based on the scheduling information, wherein each of the uplink subframes is sent within the sub-channels where the scheduling information is sent. generating, by an access point AP in the wireless local area network, scheduling information of at least two STAs, wherein the scheduling information comprises at least uplink control information used to instruct the at least two STAs to send uplink subframes; and sending, by the AP and respectively on different sub-channels of 20 MHz bandwidth in a specified entire channel, scheduling information corresponding to different STAs; wherein, in the used frame format, neither any STA-specific HE-preamble nor any other STA-specific DL Data is sent together with the scheduling information; receiving the uplink subframes sent by the STAs scheduled based on the scheduling information, wherein each of the uplink subframes is sent within the sub-channels where the scheduling information is sent.
An expandable centre arrangement for a reactor, the arrangement comprising: an expansion tube; a centre support inside the expansion tube and three or more spring elements; the spring elements being fastened to the centre support and arcing out to the expansion tube, wherein: (i) the expansion tube is formed from tail ends of the spring elements spiralling around and overlapping each other; or (ii) the expansion tube is separate to the spring elements and the spring elements press outwardly against the expansion tube, and the expansion tube comprises at least one sheet wrapped around multiple times to form the circumference of the expansion tube. (i) the expansion tube is formed from tail ends of the spring elements spiralling around and overlapping each other; or (ii) the expansion tube is separate to the spring elements and the spring elements press outwardly against the expansion tube, and the expansion tube comprises at least one sheet wrapped around multiple times to form the circumference of the expansion tube.