mhurhangee/patent-ind-claim-en huggingface dataset:
A dual-mode thermal management loop system (100; 300; 400) configured to operate in either a powered-pump mode or a passive-capillary mode, wherein the dual-mode thermal management loop system comprises: a controller (170; 370; 470) having a processor; and a tangible, non-transitory memory configured to communicate with the processor, the tangible, non-transitory memory having instructions stored thereon that, in response to execution by the processor, cause the dual-mode thermal management loop system to perform operations comprising: identifying, by the processor, a heat transfer load on the dual-mode thermal management loop system; determining, by the processor, whether the heat transfer load exceeds a predetermined threshold; in response to determining that the heat transfer load does not exceed the predetermined threshold, operating, by the processor, the dual-mode thermal management loop system in the passive-capillary mode; and in response to determining that the heat transfer load exceeds the predetermined threshold, operating, by the processor, the dual-mode thermal management loop system in the powered-pump mode; characterized by a flow sensor coupled to a membrane separator (180; 380; 480); wherein the membrane separator (180; 380; 480) is fluidly coupled between a condenser (130; 330; 430) and an accumulator (140; 340; 440); wherein the flow sensor is configured to report flow data to the controller (170; 370; 470); and wherein identifying the heat transfer load comprises detecting a flow of fluid in the membrane with the flow sensor. a controller (170; 370; 470) having a processor; and a tangible, non-transitory memory configured to communicate with the processor, the tangible, non-transitory memory having instructions stored thereon that, in response to execution by the processor, cause the dual-mode thermal management loop system to perform operations comprising: identifying, by the processor, a heat transfer load on the dual-mode thermal management loop system; determining, by the processor, whether the heat transfer load exceeds a predetermined threshold; in response to determining that the heat transfer load does not exceed the predetermined threshold, operating, by the processor, the dual-mode thermal management loop system in the passive-capillary mode; and in response to determining that the heat transfer load exceeds the predetermined threshold, operating, by the processor, the dual-mode thermal management loop system in the powered-pump mode; identifying, by the processor, a heat transfer load on the dual-mode thermal management loop system; determining, by the processor, whether the heat transfer load exceeds a predetermined threshold; in response to determining that the heat transfer load does not exceed the predetermined threshold, operating, by the processor, the dual-mode thermal management loop system in the passive-capillary mode; and in response to determining that the heat transfer load exceeds the predetermined threshold, operating, by the processor, the dual-mode thermal management loop system in the powered-pump mode;
A long rail assembly for use in a vehicle comprising: a lower channel adapted to extend longitudinally along a floor of the vehicle; an inverted U-shaped upper channel slidably coupled to the lower channel ; a gearbox fixedly secured to and housed within the upper channel ; a rack fixedly coupled to the lower channel , wherein the rack includes gear teeth extending along the rack in a longitudinal direction; a pinion meshingly engaged with the gear teeth ; a drive shaft operatively coupling the gearbox to the pinion ; and a motor operatively coupled to the gearbox to power drive the upper channel along the lower channel . a lower channel adapted to extend longitudinally along a floor of the vehicle; an inverted U-shaped upper channel slidably coupled to the lower channel ; a gearbox fixedly secured to and housed within the upper channel ; a rack fixedly coupled to the lower channel , wherein the rack includes gear teeth extending along the rack in a longitudinal direction; a pinion meshingly engaged with the gear teeth ; a drive shaft operatively coupling the gearbox to the pinion ; and a motor operatively coupled to the gearbox to power drive the upper channel along the lower channel .
A surgical instrument for illuminating a surgical field, said surgical instrument comprising: a generally cylindrical optical waveguide having a proximal end, a distal end, a bore, and a plurality of microstructures , facets , or lenses wherein the bore extends from the proximal end to the distal end, and wherein the bore is sized to accommodate one or more instruments or tools, and wherein the optical waveguide conducts light from the proximal end to the distal end, and wherein the plurality of microstructures , facets , or lenses are disposed on the distal end of the optical waveguide, the microstructures, facets, or lenses configured to direct the light in a desired direction.
A method for printing a metallic printable material by means of a printing machine , wherein a printing ink and/or a lacquer is/are respectively applied to a surface of the metallic printable material in the printing machine , wherein the surface of the metallic printable material is pretreated in a plasma pretreatment device in the printing machine before being printed with the printing ink or with the lacquer, wherein the printing ink and/or the lacquer is/are each applied directly to a surface of the metal printable material , which surface is passivated with chromium, or chrome-plated, characterized in that the chromiferous surface of the metallic printable material is irradiated with an ionized process gas in the plasma pretreatment device under atmospheric pressure, wherein in the printing machine a printing ink cured by irradiation with an ultraviolet radiation and/or a lacquer cured by irradiation with an ultraviolet radiation is/are respectively applied to the relevant surface of the metallic printable material .
A packaged orthodontic assembly comprising: a container with a chamber , the chamber including a sidewall and a bottom wall , the bottom wall defining a reference plane , wherein the sidewall comprises an upper edge connected to a flange that surrounds the chamber, and wherein the flange is substantially parallel to the reference plane; an orthodontic appliance received in the chamber, the appliance including a base comprising a bonding surface and a body extending outward from the base and comprising an arch wire passage ; and a support extending into the chamber, wherein the support comprises a support body that tapers into an elongate linear post extending along a direction from the bottom wall of the chamber toward the upper edge of the sidewall and forming an oblique angle relative to the sidewall adjacent to the support body, wherein at least a portion of the linear post is engaged with the arch wire passage in the orthodontic appliance and orients the appliance such that the base is not parallel to the reference plane. a container with a chamber , the chamber including a sidewall and a bottom wall , the bottom wall defining a reference plane , wherein the sidewall comprises an upper edge connected to a flange that surrounds the chamber, and wherein the flange is substantially parallel to the reference plane; an orthodontic appliance received in the chamber, the appliance including a base comprising a bonding surface and a body extending outward from the base and comprising an arch wire passage ; and a support extending into the chamber, wherein the support comprises a support body that tapers into an elongate linear post extending along a direction from the bottom wall of the chamber toward the upper edge of the sidewall and forming an oblique angle relative to the sidewall adjacent to the support body, wherein at least a portion of the linear post is engaged with the arch wire passage in the orthodontic appliance and orients the appliance such that the base is not parallel to the reference plane.
A vehicle camera assembly, comprising: a camera configured for being coupled to a vehicle; a bracket configured for being coupled with the camera; a camera mounting interface positioned on the camera; and a bracket mounting interface positioned on the bracket, wherein one of the bracket mounting interface and the camera mounting interface comprises a plurality of protruding coupling members, wherein the other one of the camera mounting interface and the bracket mounting interface comprises a plurality of clips configured to releasably receive the plurality of protruding coupling members to releasably couple the camera to the bracket, and characterized in that at least a portion of each of the protruding coupling members defines, at least in part, an at least substantially spherical surface, where each of the plurality of protruding coupling members comprises a hemispherical surface, wherein each of the plurality of clips comprises a V-shaped groove defining opposing flat surfaces, and wherein each groove is configured to receive a respective protruding coupling member so as to result in contact between the at least substantially spherical surface and the two opposing flat surfaces, where one of the clips comprises a V-shaped groove that extends in a direction angled relative to each other two clips . a camera configured for being coupled to a vehicle; a bracket configured for being coupled with the camera; a camera mounting interface positioned on the camera; and a bracket mounting interface positioned on the bracket, wherein one of the bracket mounting interface and the camera mounting interface comprises a plurality of protruding coupling members, wherein the other one of the camera mounting interface and the bracket mounting interface comprises a plurality of clips configured to releasably receive the plurality of protruding coupling members to releasably couple the camera to the bracket, and characterized in that at least a portion of each of the protruding coupling members defines, at least in part, an at least substantially spherical surface, where each of the plurality of protruding coupling members comprises a hemispherical surface, wherein each of the plurality of clips comprises a V-shaped groove defining opposing flat surfaces, and wherein each groove is configured to receive a respective protruding coupling member so as to result in contact between the at least substantially spherical surface and the two opposing flat surfaces, where one of the clips comprises a V-shaped groove that extends in a direction angled relative to each other two clips .
A test circuit for an integrated circuit , "IC", having a plurality of scan chains , the test circuit comprising: a first circuit and a second circuit , the first circuit comprising logic built-in self-test, "LBIST", circuitry and the second circuit comprising scan compressor/decompressor circuitry; and a scan chain router coupled between the first circuit and the plurality of scan chains and coupled between the second circuit and the plurality of scan chains , the scan chain router responsive to an enable signal to: couple the first circuit to each of the plurality of scan chains ; or couple the second circuit to one or more concatenated scan chains , where each concatenated scan chain includes a concatenation of two or more of the plurality of scan chains . a first circuit and a second circuit , the first circuit comprising logic built-in self-test, "LBIST", circuitry and the second circuit comprising scan compressor/decompressor circuitry; and a scan chain router coupled between the first circuit and the plurality of scan chains and coupled between the second circuit and the plurality of scan chains , the scan chain router responsive to an enable signal to: couple the first circuit to each of the plurality of scan chains ; or couple the second circuit to one or more concatenated scan chains , where each concatenated scan chain includes a concatenation of two or more of the plurality of scan chains .
A vacuum cleaner nozzle , comprising a connector tube , a floor interface forming a suction area corresponding to a surface to be cleaned under the nozzle, and an inner channel , connecting the suction area with the connector tube , a removable plate and means for optionally attaching the removable plate to a bottom side of the nozzle whereby the size of the suction area is changed, characterized by that the nozzle comprises a front and a rear brush, the removable plate being configured to be attached between the front and the rear brush .
A computer-implemented method of defining a quantum circuit with a classical processor, comprising: establishing a first approximation of a target unitary to a requested precision ; expanding the first approximation into a first multi-qubit unitary that implements the target single-qubit unitary in a selected basis upon successful measurement ; defining a fallback circuit in the selected basis, wherein the fallback circuit is a deterministic circuit implementing the target unitary, based upon an unsuccessful measurement; and outputting a circuit definition that includes a definition of the multi-qubit unitary and a definition of the fallback circuit . establishing a first approximation of a target unitary to a requested precision ; expanding the first approximation into a first multi-qubit unitary that implements the target single-qubit unitary in a selected basis upon successful measurement ; defining a fallback circuit in the selected basis, wherein the fallback circuit is a deterministic circuit implementing the target unitary, based upon an unsuccessful measurement; and outputting a circuit definition that includes a definition of the multi-qubit unitary and a definition of the fallback circuit .
A composition comprising a phenol group conjugated to a lipid group wherein the lipid group includes a lipid portion coupled to a fluorophore, wherein the fluorophore is an indocarbocyanin head group, and wherein the lipid portion is selected from the group consisting of DilC 22 , DilC 14,22 , and combinations thereof.
A dental or medical CT imaging apparatus, comprising: - a first elongated frame part extending in a first direction and comprising a first end and a second end; - a support construction extending from the first elongated frame part in a second direction substantially orthogonal to the first direction; - an X-ray source and an image detector mounted to the support construction which together form an X-ray imaging means ; - a first driving mechanism arranged to move the imaging means about an axis ; - a second driving mechanism arranged to move the support construction in a direction substantially parallel with the first direction in which the first elongated frame part extends; - a patient support ; - a control system; characterized in that the apparatus comprises a second elongated frame part comprising a first end and a second end of essentially the same length as the first elongated frame part , wherein at the proximity of the first end of the first elongated frame part is arranged an articulated connection construction to mechanically connect the first and second elongated frame parts , to allow for tilting of the first elongated frame part about at least one tilt axis in relation to the second elongated frame part , the at least one tilt axis being orthogonal to both said first and second directions . - a first elongated frame part extending in a first direction and comprising a first end and a second end; - a support construction extending from the first elongated frame part in a second direction substantially orthogonal to the first direction; - an X-ray source and an image detector mounted to the support construction which together form an X-ray imaging means ; - a first driving mechanism arranged to move the imaging means about an axis ; - a second driving mechanism arranged to move the support construction in a direction substantially parallel with the first direction in which the first elongated frame part extends; - a patient support ; - a control system;
Spray field system for a cooling tower , preferably a natural draught cooling tower, wherein the spray field system comprises a plurality of spray arrangements for delivering primary medium , in particular cooling water, and a supply pipe for supplying the spray arrangements with the primary medium , wherein the spray arrangements each comprise an actuator for controlling the delivery of the primary medium , whereby the volumetric flow of primary medium deliverable by the spray arrangements is individually adjustable for the respective spray arrangement , characterized in that one or more of the spray arrangements each comprise one or more measuring devices, in particular an air sensor and/or a cooling water sensor , for determining spray-arrangement-related spray arrangement measurement values , in particular a primary medium temperature, a primary medium pressure and/or an ambient air pressure of the immediate surroundings of the respective spray arrangement .
A lacing system for an article of apparel comprising: a first lace element having an elongated structure that extends continuously between a first end and a second end , the first lace element having a first lace-receiving portion and a first lacing portion ; a second lace element having an elongated structure that extends continuously between a first end and a second end , the second lace element having a second lace-receiving portion and a second lacing portion ; a first carrier to which the first lace-receiving portion of the first lace element is fixedly attached; and a second carrier to which the second lace-receiving portion of the second lace element is fixedly attached, the second carrier being spaced apart from the first carrier by a lacing gap ; wherein the first lace-receiving portion forms a first plurality of loop apertures , and the second lace-receiving portion forms a second plurality of loop apertures , and wherein the first lacing portion engages with respective ones of the first plurality of loop apertures and respective ones of the second plurality of loop apertures , and the second lacing portion engages with respective ones of the first plurality of loop apertures and respective ones of the second plurality of loop apertures . a first lace element having an elongated structure that extends continuously between a first end and a second end , the first lace element having a first lace-receiving portion and a first lacing portion ; a second lace element having an elongated structure that extends continuously between a first end and a second end , the second lace element having a second lace-receiving portion and a second lacing portion ; a first carrier to which the first lace-receiving portion of the first lace element is fixedly attached; and a second carrier to which the second lace-receiving portion of the second lace element is fixedly attached, the second carrier being spaced apart from the first carrier by a lacing gap ; wherein the first lace-receiving portion forms a first plurality of loop apertures , and the second lace-receiving portion forms a second plurality of loop apertures , and wherein the first lacing portion engages with respective ones of the first plurality of loop apertures and respective ones of the second plurality of loop apertures , and the second lacing portion engages with respective ones of the first plurality of loop apertures and respective ones of the second plurality of loop apertures .
A channel contention method for a non-simultaneous transmit and receive, STR, non-access point, AP, multi-link device, MLD, wherein the method comprises: after data transmission on a first link is completed or after a block acknowledgment corresponding to data is received on the first link, performing, by a first non-AP station, STA, of a first MLD, clear channel assessment CCA detection on a second link in a first time period, wherein a start moment corresponding to the first time period is the same as a moment at which the data transmission on the first link is completed; and when the CCA detection on the second link fails, performing, by the first non-AP STA, channel contention on the second link based on a second time period; characterized in that the performing channel contention on the second link based on a second time period comprises: if the CCA detection on the second link fails and no start of a physical layer protocol data unit PPDU is detected, starting to perform channel contention on the second link after the second time period from the moment at which failure of CCA detection changes to success. after data transmission on a first link is completed or after a block acknowledgment corresponding to data is received on the first link, performing, by a first non-AP station, STA, of a first MLD, clear channel assessment CCA detection on a second link in a first time period, wherein a start moment corresponding to the first time period is the same as a moment at which the data transmission on the first link is completed; and when the CCA detection on the second link fails, performing, by the first non-AP STA, channel contention on the second link based on a second time period; characterized in that the performing channel contention on the second link based on a second time period comprises: if the CCA detection on the second link fails and no start of a physical layer protocol data unit PPDU is detected, starting to perform channel contention on the second link after the second time period from the moment at which failure of CCA detection changes to success.
A torque-limiting driver comprising: a body having a handle ; a lower plastic cylindrical shank having a drive socket and a plurality of catches , and affixed to a first hardened metal gear ring via mating between the plurality of catches and a corresponding plurality latches on the first gear ring ; an upper plastic cylindrical shank having a plurality of catches , and affixed to a second hardened metal gear ring via mating between the plurality of catches and a corresponding plurality of latches on the second gear ring; a nut ; a coil spring between the upper cylindrical shank and the nut, wherein the spring is configured to apply a force across the upper cylindrical shank and the lower cylindrical shank; a shaft having a workpiece-engaging tip and a drive connection engaged within the drive socket of the lower cylindrical shank , the shaft extending axially through the lower cylindrical shank , the first gear ring , the second gear ring , the upper cylindrical shank , and the spring and connected to the nut ; and, wherein the first gear ring and second gear ring engage for relative rotation, and wherein the gear rings disengage when a predetermined torque limit is exceeded. a body having a handle ; a lower plastic cylindrical shank having a drive socket and a plurality of catches , and affixed to a first hardened metal gear ring via mating between the plurality of catches and a corresponding plurality latches on the first gear ring ; an upper plastic cylindrical shank having a plurality of catches , and affixed to a second hardened metal gear ring via mating between the plurality of catches and a corresponding plurality of latches on the second gear ring; a nut ; a coil spring between the upper cylindrical shank and the nut, wherein the spring is configured to apply a force across the upper cylindrical shank and the lower cylindrical shank; a shaft having a workpiece-engaging tip and a drive connection engaged within the drive socket of the lower cylindrical shank , the shaft extending axially through the lower cylindrical shank , the first gear ring , the second gear ring , the upper cylindrical shank , and the spring and connected to the nut ; and, wherein the first gear ring and second gear ring engage for relative rotation, and wherein the gear rings disengage when a predetermined torque limit is exceeded.