mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a calibration circuit configured to adjust a measurement of an alternating current, the calibration circuit comprising: two terminals, comprising a first terminal and a second terminal ; and a plurality of electrical pathways between the two terminals, characterized by each electrical pathway of the plurality of electrical pathways comprising: a fuse (F); a switch (Q); and an electrical element (C,R); wherein the fuse, the switch, and the electrical element are connected in series between the two terminals; wherein each electrical pathway is configured in a closed circuit configuration when the switch (Q) is closed and the fuse (F) is intact; and wherein the electrical pathway is configured to be set to an open circuit configuration when the switch (S) is open or the fuse (F) is burned. a calibration circuit configured to adjust a measurement of an alternating current, the calibration circuit comprising: two terminals, comprising a first terminal and a second terminal ; and a plurality of electrical pathways between the two terminals, characterized by each electrical pathway of the plurality of electrical pathways comprising: a fuse (F); a switch (Q); and an electrical element (C,R); two terminals, comprising a first terminal and a second terminal ; and a plurality of electrical pathways between the two terminals, characterized by each electrical pathway of the plurality of electrical pathways comprising: a fuse (F); a switch (Q); and an electrical element (C,R); a fuse (F); a switch (Q); and an electrical element (C,R); wherein the fuse, the switch, and the electrical element are connected in series between the two terminals; wherein each electrical pathway is configured in a closed circuit configuration when the switch (Q) is closed and the fuse (F) is intact; and wherein the electrical pathway is configured to be set to an open circuit configuration when the switch (S) is open or the fuse (F) is burned.
An ornament clamp apparatus attachable to a lace comprising: an ornament body and a clamping assembly for cooperating therewith for attaching said ornament body to said lace; said clamping assembly comprises a male connector and a female connector , characterized in that said male connector has curved arms extending from said ornament body , and said female connector has a U-shaped structure which fits onto the male connector .
A seat trim cover for a vehicle seat , comprising: a cover material blank comprising at least a cover material , the cover material blank pre-cut into a predefined shape having a predefined selvage extending around an outer periphery of the cover material blank ; wherein the cover material blank is vacuum formed into a 3-dimensional shape; and wherein a molded foam backing is formed on the cover material blank after the cover material blank is vacuum formed into the 3-dimensional shape, the molded foam backing being spaced apart from the predefined selvage extending around the outer periphery of the cover material blank forming a foam-free selvage , the molded foam backing including a stepped edge profile (P) comprising a first surface defining a first sewing alignment feature (S1) and a second surface defining a second sewing alignment feature (S2), the first sewing alignment feature (S1) being spaced apart from the second sewing alignment feature (S2). a cover material blank comprising at least a cover material , the cover material blank pre-cut into a predefined shape having a predefined selvage extending around an outer periphery of the cover material blank ; wherein the cover material blank is vacuum formed into a 3-dimensional shape; and wherein a molded foam backing is formed on the cover material blank after the cover material blank is vacuum formed into the 3-dimensional shape, the molded foam backing being spaced apart from the predefined selvage extending around the outer periphery of the cover material blank forming a foam-free selvage , the molded foam backing including a stepped edge profile (P) comprising a first surface defining a first sewing alignment feature (S1) and a second surface defining a second sewing alignment feature (S2), the first sewing alignment feature (S1) being spaced apart from the second sewing alignment feature (S2).
Motor vehicle comprising a plurality of motor vehicle door latches and at least one control unit , wherein each motor vehicle door latch has at least one operating lever chain that acts mechanically on a locking mechanism , the relevant status (active/inactive) of which chain is detected by means of a sensor and transmitted to the control unit , and wherein the control unit distinguishes between individual functional positions depending on the door-latch-specific status of the operating lever chain , wherein the operating lever chain is designed as an internal operating lever chain , wherein the operating lever chain is equipped with a coupling that can be acted upon electromotively so as to be able to achieve the relevant status (active/inactive), wherein operation of the motor vehicle door latch from the outside is achieved by means of remote control and/or keylessly by means of a question/answer dialog and/or by means of a sensory query of the outside door handle, wherein the door-latch-specific status of the operating lever chain contains information not only about the state of the operating lever chain (active/inactive), but also about the associated motor vehicle door latch (1 1 to 1 4 ), namely said status represents the spatial/functional design of the relevant motor vehicle door latch (1 1 to 1 4 ), wherein the control unit actuates individual or all of the motor vehicle door latches (1 1 to 1 4 ) in a door-latch-specific manner depending on the desired functional position of "child-proof" or "theft-proof".
An electric wire with terminal characterized by comprising; an electric wire including an aluminum alloy wire rod coated on a periphery thereof; and a crimp terminal that is crimped to an end portion of the electric wire, the crimp terminal having a barrel portion that is crimped with the aluminum alloy wire rod, the barrel portion having a one end closed tubular shape, the aluminum alloy wire rod having a composition comprising Mg: 0.10 mass% to 1.00 mass%, Si: 0.10 mass% to 1.00 mass%, Fe: 0.01 mass% to 2.50 mass%, Ti: 0.000 mass% to 0.100 mass%, B: 0.000 mass% to 0.030 mass%, Cu: 0.00 mass% to 1.00 mass%, Ag: 0.00 mass% to 0.50 mass%, Au: 0.00 mass% to 0.50 mass%, Mn: 0.00 mass% to 1.00 mass%, Cr: 0.00 mass% to 1.00 mass%, Zr: 0.00 mass% to 0.50 mass%, Hf: 0.00 mass% to 0.50 mass%, V: 0.00 mass% to 0.50 mass%, Sc: 0.00 mass% to 0.50 mass%, Co: 0.00 mass% to 0.50 mass%, Ni: 0.00 mass% to 0.50 mass%, and the balance: Al and inevitable impurities, wherein an average crystal grain size at an outer peripheral portion of the aluminum alloy wire rod in a longitudinal cross section taken in a wire drawing direction of the aluminum alloy wire rod is 3 μm to 30 μm, the outer peripheral portion being a region that has a width of 1/10 of a diameter or a circle equivalent diameter of the aluminum alloy wire rod from an outer edge of the aluminum alloy wire rod, an average crystal grain size at an inner portion of the aluminum alloy wire rod in the longitudinal cross section taken in the wire drawing direction of the aluminum alloy wire rod is 1 μm to 90 μm, the inner portion being a portion other than the outer peripheral portion, the average crystal grain size at the outer peripheral portion of the aluminum alloy wire rod is smaller than the average crystal grain size at the inner portion, wherein the average crystal grain size at the inner portion of the aluminum alloy wire rod is greater than or equal to 1.1 times the average crystal grain size at the outer peripheral portion.
A polymer electrolyte membrane comprising co-continuous domains of a conductive phase and a crosslinked network phase, wherein the conductive phase comprises one or more polymers having glass transition temperatures below room temperature; and the crosslinked network phase is formed from at least one monofunctional monomer and at least one di- or greater functional vinyl monomer.
An antenna device comprising: a plurality of antenna radiators arranged in an array ; a ground member disposed under the plurality of antenna radiators ; a plurality of conductive cells arranged above the plurality of antenna radiators ; a plurality of partitions on the ground member extending towards the conductive cells ; and a plurality of feeding lines electrically connected to the plurality of antenna radiators , respectively, wherein: the plurality of conductive cells are arranged to form a periodic structure ; the periodic structure comprises a plurality of openings which correspond to the plurality of antenna radiators ; the plurality of openings are configured such that at least a part of the signal radiated by the plurality of antenna radiators radiates through the plurality of openings ; the partitions are configured to surround each of the plurality of antenna radiators; and a height of the partition is greater than a distance between the plurality of antenna radiators and the ground member . a plurality of antenna radiators arranged in an array ; a ground member disposed under the plurality of antenna radiators ; a plurality of conductive cells arranged above the plurality of antenna radiators ; a plurality of partitions on the ground member extending towards the conductive cells ; and a plurality of feeding lines electrically connected to the plurality of antenna radiators , respectively, wherein: the plurality of conductive cells are arranged to form a periodic structure ; the periodic structure comprises a plurality of openings which correspond to the plurality of antenna radiators ; the plurality of openings are configured such that at least a part of the signal radiated by the plurality of antenna radiators radiates through the plurality of openings ; the partitions are configured to surround each of the plurality of antenna radiators; and a height of the partition is greater than a distance between the plurality of antenna radiators and the ground member . the plurality of conductive cells are arranged to form a periodic structure ; the periodic structure comprises a plurality of openings which correspond to the plurality of antenna radiators ; the plurality of openings are configured such that at least a part of the signal radiated by the plurality of antenna radiators radiates through the plurality of openings ; the partitions are configured to surround each of the plurality of antenna radiators; and a height of the partition is greater than a distance between the plurality of antenna radiators and the ground member .
A component for a fluid control valve , the component having a sealing surface configured for sliding engagement with a second component , the component comprising: a substrate ; an amorphous diamond layer forming the sealing surface; and a strengthening layer harder than the substrate configured to provide abrasion resistance for the substrate , wherein the strengthening layer is located between the substrate and the amorphous diamond layer . a substrate ; an amorphous diamond layer forming the sealing surface; and a strengthening layer harder than the substrate configured to provide abrasion resistance for the substrate , wherein the strengthening layer is located between the substrate and the amorphous diamond layer .
A chargeable battery abnormality detection apparatus configured to detect an abnormality of a chargeable battery , the chargeable battery abnormality detection apparatus comprising: a calculating means for calculating a value of an internal resistance (R) of the chargeable battery ; a determination means for comparing a state of charge (SOC) of the chargeable battery at a present time point and a reference state of charge (SOCO) of the chargeable battery to thereby determine whether the chargeable battery is being charged or being discharged; a decision means configured to decide that an abnormality occurs in the chargeable battery in a case where the determination means determines that the chargeable battery is being charged and a value of the internal resistance (R) calculated by the calculating means increases while the chargeable battery is charged, and configured to decide that an abnormality occurs in the chargeable battery in a case where the determination means determines that the chargeable battery is being discharged and a value of the internal resistance (R) calculated by the calculating means decreases while the chargeable battery is discharged; and a presentation means for presenting a decision result obtained by the decision means . a calculating means for calculating a value of an internal resistance (R) of the chargeable battery ; a determination means for comparing a state of charge (SOC) of the chargeable battery at a present time point and a reference state of charge (SOCO) of the chargeable battery to thereby determine whether the chargeable battery is being charged or being discharged; a decision means configured to decide that an abnormality occurs in the chargeable battery in a case where the determination means determines that the chargeable battery is being charged and a value of the internal resistance (R) calculated by the calculating means increases while the chargeable battery is charged, and configured to decide that an abnormality occurs in the chargeable battery in a case where the determination means determines that the chargeable battery is being discharged and a value of the internal resistance (R) calculated by the calculating means decreases while the chargeable battery is discharged; and a presentation means for presenting a decision result obtained by the decision means .
A method comprising: - obtaining a plurality of electrical circuits each having an outer portion and a central portion, - obtaining an elongated holder defining a predetermined longitudinal axis, - fixing the outer portions of each electrical circuit to the holder and - removing the central portions of the electrical circuits from the holder while the outer portions are fixed to the holder. - obtaining a plurality of electrical circuits each having an outer portion and a central portion, - obtaining an elongated holder defining a predetermined longitudinal axis, - fixing the outer portions of each electrical circuit to the holder and - removing the central portions of the electrical circuits from the holder while the outer portions are fixed to the holder.
A method comprising: initiating an evacuation operation during which an air mover directs air containing debris from a cleaning robot into an evacuation station , the evacuation operation being one of a plurality of evacuation operations; and ceasing the evacuation operation in response to a pressure value being within a range, the pressure value being determined based at least in part on a measured air pressure within the evacuation station, and characterized in that : the range being set based at least in part on a number of the plurality of evacuation operations initiated before the evacuation operation. initiating an evacuation operation during which an air mover directs air containing debris from a cleaning robot into an evacuation station , the evacuation operation being one of a plurality of evacuation operations; and ceasing the evacuation operation in response to a pressure value being within a range, the pressure value being determined based at least in part on a measured air pressure within the evacuation station, and characterized in that : the range being set based at least in part on a number of the plurality of evacuation operations initiated before the evacuation operation.
A mechanical interface for medical apparatuses and other equipment, comprising a receptacle and a counterpart which is releasably connectable to the receptacle , the receptacle having a support region and a plurality of spaced-apart receptacle bolts , cut-outs arranged so as to be complementary to the receptacle bolts being formed in the counterpart , such that the receptacle bolts enter the cut-outs of the counterpart when the counterpart is located on the support region of the receptacle , characterized in that on a side of the receptacle opposite the support region, two fittings/slot nuts are arranged which are spaced apart from one another, in that the fittings/slot nuts are compatible with a lashing rail , and in that on the receptacle , a (resilient) stop bolt is provided, in that at least one height-adjustable compensating plate is arranged on the receptacle or the carrier plate , and in that the at least one compensating plate is positioned at a distance (S) from an imaginary connecting line between the fittings/slot nuts .
A variable transmission , comprising: a rigid spool having formed therein a bore adapted to fit a shaft driven by a driver; a constrictable outer member disposed around a circumference of the spool ; and a cord configured to at least partially wrap around the constrictable outer member such that rotation of the spool in response to the driver causes a tension force to be applied to the cord , wherein a greater tension force causes the constrictable outer member to constrict more than a lower tension force; wherein the constrictable outer member is configured to constrict and unconstrict proportionally to a tension force applied to the constrictable outer member by the cord whilst the volume of the spool remains fixed. a rigid spool having formed therein a bore adapted to fit a shaft driven by a driver; a constrictable outer member disposed around a circumference of the spool ; and a cord configured to at least partially wrap around the constrictable outer member such that rotation of the spool in response to the driver causes a tension force to be applied to the cord , wherein a greater tension force causes the constrictable outer member to constrict more than a lower tension force; wherein the constrictable outer member is configured to constrict and unconstrict proportionally to a tension force applied to the constrictable outer member by the cord whilst the volume of the spool remains fixed.
A biocompatible composite implant for soft tissue repair comprising: a scaffold that allows cellular ingrowth thereto; and an elongated member affixed to each end of the scaffold with a locking stitch; wherein the scaffold and the elongated member are held in contact with one another along a length of the scaffold , the elongated member extends from a surface of the scaffold , and the elongated member is woven through the scaffold , characterised in that the scaffold comprises collagen. a scaffold that allows cellular ingrowth thereto; and an elongated member affixed to each end of the scaffold with a locking stitch; wherein the scaffold and the elongated member are held in contact with one another along a length of the scaffold , the elongated member extends from a surface of the scaffold , and the elongated member is woven through the scaffold , characterised in that the scaffold comprises collagen.
A display apparatus comprising: a display panel ; a light guide plate configured to guide light to the display panel ; a light source module configured to emit light toward the light guide plate ; optical sheets disposed between the display panel and the light guide plate , the optical sheets being spaced apart from the light guide plate ; a bottom chassis , on which the light guide plate is disposed, the bottom chassis configured to support the optical sheets , the bottom chassis forming an optical distance between the optical sheets and the light guide plate ; and a plurality of supporters fixed to the bottom chassis , the plurality of supporters being configured to support the optical sheets to prevent the optical sheets from sagging, characterised in that the light guide plate comprises a plurality of through holes through which the plurality of supporters protrude. a display panel ; a light guide plate configured to guide light to the display panel ; a light source module configured to emit light toward the light guide plate ; optical sheets disposed between the display panel and the light guide plate , the optical sheets being spaced apart from the light guide plate ; a bottom chassis , on which the light guide plate is disposed, the bottom chassis configured to support the optical sheets , the bottom chassis forming an optical distance between the optical sheets and the light guide plate ; and a plurality of supporters fixed to the bottom chassis , the plurality of supporters being configured to support the optical sheets to prevent the optical sheets from sagging, characterised in that the light guide plate comprises a plurality of through holes through which the plurality of supporters protrude.
A cold plate assembly for an electronic component comprising: a polymer base ; a cooling manifold comprising a coolant passage within the polymer base and having an inlet and an outlet ; a first cooling interface located in the polymer base and fluidly coupled to the coolant passage ; and at least one metal adapter having a second cooling interface mating with the first cooling interface and configured to mount the electronic component , the first cooling interface comprising at least one recess , characterized in that the cold plate assembly further comprises: a first structure formed in the at least one recess ; and a second structure formed on the second cooling interface and received within the at least one recess , wherein the first and second structures together form interconnected channels . a polymer base ; a cooling manifold comprising a coolant passage within the polymer base and having an inlet and an outlet ; a first cooling interface located in the polymer base and fluidly coupled to the coolant passage ; and at least one metal adapter having a second cooling interface mating with the first cooling interface and configured to mount the electronic component , the first cooling interface comprising at least one recess , characterized in that the cold plate assembly further comprises: a first structure formed in the at least one recess ; and a second structure formed on the second cooling interface and received within the at least one recess , wherein the first and second structures together form interconnected channels . a first structure formed in the at least one recess ; and a second structure formed on the second cooling interface and received within the at least one recess , wherein the first and second structures together form interconnected channels .
A fire resistant glazing for preventing fire and smoke from penetrating from one room into another in case of fire, comprising at least two glass surfaces (B, C) composed of fire protection panes and arranged next to each other, of which one comprises a glass door , whereas the other glass surface forms a lateral fixed element with respect to the glass door and the surface adjacent to the glass door on the opposite side forms a stop element , wherein the glass door is directly at least partly held in a pivoting manner at the lateral fixed element without any profile, wherein an edging compound of the glass door as well as an edging compound of the lateral fixed element are inwardly offset, in particular in the area of the abutting edges that are directly adjacent to the glass door , while forming a groove , characterized in that a strip of intumescent material and/or siliceous material is inserted into the groove and the outer surface of the siliceous material is provided with an intumescent material .