mhurhangee/ep-ind-claims huggingface dataset:
A beverage container comprising: a main body portion, having an open top, a closed bottom, and a sidewall extending between said top and closed bottom, and defining an interior, wherein the main body portion includes a circular rim and a first set of threads on an inside surface of the sidewall that are positioned adjacent the rim at a first height, wherein the rim includes a downwardly depending portion that extends downwardly on the outside of the main body portion below the first set of threads to hide, cover or conceal the first set of threads, and wherein the main body portion defines a first volume, and a removable cover that includes a bottom, a generally cylindrical side wall, an annular flange extending outwardly from the generally cylindrical side wall, and an annular collar, wherein the collar, the annular flange and the generally cylindrical side wall define a first channel that receives the rim, wherein the bottom and the generally cylindrical side wall cooperate to define a cover cavity, wherein the generally cylindrical side wall includes a second set of threads on an outside surface thereof that are matingly engaged with the first set of threads on the main body portion. a main body portion, having an open top, a closed bottom, and a sidewall extending between said top and closed bottom, and defining an interior, wherein the main body portion includes a circular rim and a first set of threads on an inside surface of the sidewall that are positioned adjacent the rim at a first height, wherein the rim includes a downwardly depending portion that extends downwardly on the outside of the main body portion below the first set of threads to hide, cover or conceal the first set of threads, and wherein the main body portion defines a first volume, and a removable cover that includes a bottom, a generally cylindrical side wall, an annular flange extending outwardly from the generally cylindrical side wall, and an annular collar, wherein the collar, the annular flange and the generally cylindrical side wall define a first channel that receives the rim, wherein the bottom and the generally cylindrical side wall cooperate to define a cover cavity, wherein the generally cylindrical side wall includes a second set of threads on an outside surface thereof that are matingly engaged with the first set of threads on the main body portion.
A cartilage cutting device for a bone-in meat (Mb), comprising: a cutting blade disposed on a conveying path for a bone-in meat; and an elastic support portion for elastically supporting the cutting blade so that the cutting blade can recede by a reaction force applied to the cutting blade when cutting the bone-in meat, characterized in that the elastic support portion is configured such that an elastic supporting force of the elastic support portion is switchable between a first elastic supporting force and a second elastic supporting force, the first elastic supporting force enabling cutting a cartilage (c) adhering to a bone part of the bone-in meat by the cutting blade, the second elastic supporting force being smaller than the first elastic supporting force and not enabling cutting the cartilage by the cutting blade. a cutting blade disposed on a conveying path for a bone-in meat; and an elastic support portion for elastically supporting the cutting blade so that the cutting blade can recede by a reaction force applied to the cutting blade when cutting the bone-in meat, characterized in that the elastic support portion is configured such that an elastic supporting force of the elastic support portion is switchable between a first elastic supporting force and a second elastic supporting force, the first elastic supporting force enabling cutting a cartilage (c) adhering to a bone part of the bone-in meat by the cutting blade, the second elastic supporting force being smaller than the first elastic supporting force and not enabling cutting the cartilage by the cutting blade.
Communication module, comprising: a communication circuit with a communication interface for transmitting data on an electrical data line; and an overvoltage protection module for protecting the communication circuit from overvoltage on the electrical data line, which overvoltage protection module is integrated into the communication module in a pluggable manner, wherein the communication module comprises a data interface for transferring data between the overvoltage protection module and the communication circuit, characterized in that the overvoltage protection module is adapted to transmit a status of the overvoltage protection module to the communication circuit, and wherein the communication circuit comprises a distance communication interface for transmitting the status of the overvoltage protection module to an external data network, where the communication module is configured to automatically send an alarm via the external data network, which indicates that the overvoltage protection module is pre-damaged. a communication circuit with a communication interface for transmitting data on an electrical data line; and an overvoltage protection module for protecting the communication circuit from overvoltage on the electrical data line, which overvoltage protection module is integrated into the communication module in a pluggable manner, wherein the communication module comprises a data interface for transferring data between the overvoltage protection module and the communication circuit, characterized in that the overvoltage protection module is adapted to transmit a status of the overvoltage protection module to the communication circuit, and wherein the communication circuit comprises a distance communication interface for transmitting the status of the overvoltage protection module to an external data network, where the communication module is configured to automatically send an alarm via the external data network, which indicates that the overvoltage protection module is pre-damaged.
A wind turbine blade for a rotor of a wind turbine having a substantially horizontal rotor shaft, the rotor comprising a hub, from which the wind turbine blade extends substantially in a radial direction when mounted to the hub, the wind turbine blade extending in a longitudinal direction parallel to a longitudinal axis and having a tip end and a root end the wind turbine blade further comprising a profiled contour including a pressure side and a suction side, as well as a leading edge and a trailing edge with a chord having a chord length extending there between, the profiled contour, when being impacted by an incident airflow, generating a lift, the wind turbine blade further comprising at least one lightning receptor, and a bolt circle comprising a plurality of stay bolts provided at said root end for coupling said wind turbine blade to a wind turbine hub, wherein the wind turbine blade further comprises a lightning bypass system comprising at least one stay bolt provided in said bolt circle formed from an electrically insulating material, the stay bolt having a core of electrically conductive material, the stay bolt having a first end embedded in the root end of said wind turbine blade and a second end projecting from said root end, wherein the electrically conductive core of said at least one stay bolt is conductively coupled to said at least one lightning receptor, the lightning bypass system operable to conduct a lightning current received by said at least one lightning receptor in said electrically conductive core to a wind turbine hub.
A topical composition comprising a cross-linked sulfated glycosaminoglycan and a cosmetically acceptable topical carrier, wherein the sulfated glycosaminoglycan is bacteria-derived.
Electrical device having at least one functional element that comprises a ceramic body, on which a first electrical contact layer and a second electrical contact layer are applied to two opposite-lying side faces (21, 22) respectively and said functional element is arranged between a first contact strip and a second contact strip, wherein the first contact strip and the second contact strip comprise several contact pins (411, 421) respectively, wherein the first contact layer is in electrical contact with at least one contact pin of the first contact strip and the second contact layer is in electrical contact with at least one contact pin of the second contact strip, further comprising a cap that is arranged over the functional element and the contact strips (41, 42), wherein the functional element is clamped between the first contact strip and the second contact strip by way of the cap, wherein each of the contact strips (41, 42) comprises a support strip (451, 452), in which the contact pins (411, 421) are fastened, wherein the support strips (451, 452) comprise synthetic material.
An integrated circuit used in a drive circuit that is configured to output a drive signal for driving a capacitive load, the integrated circuit comprising: a modulation circuit that is configured to modulate a base drive signal (aA) that is a basis of the drive signal to output a modulation signal (Ms); a switching circuit that is configured to output an amplification control signal (Hgd, Lgd) according to the modulation signal; and a constant voltage output circuit that is configured to output a DC voltage signal based on the output of the modulation circuit, wherein the constant voltage output circuit and the modulation circuit are electrically coupled to each other, and wherein at least a part of the constant voltage output circuit is located between the modulation circuit and the switching circuit. a modulation circuit that is configured to modulate a base drive signal (aA) that is a basis of the drive signal to output a modulation signal (Ms); a switching circuit that is configured to output an amplification control signal (Hgd, Lgd) according to the modulation signal; and a constant voltage output circuit that is configured to output a DC voltage signal based on the output of the modulation circuit, wherein the constant voltage output circuit and the modulation circuit are electrically coupled to each other, and wherein at least a part of the constant voltage output circuit is located between the modulation circuit and the switching circuit.
Seat arrangement in a vehicle, with at least one seat and at least one safety device, which is assigned to the seat, for an occupant sitting on the seat, wherein the safety device is pivotable between a folded-up non-use position and an unfolded side support position which is arranged laterally next to the occupant in the direction of travel of the vehicle and supports a shoulder region and/or thorax region of the occupant, wherein the safety device consists of at least two sub-elements (9, 10), and the first sub-element is pivotable relative to the seat about a first axis of rotation arranged on the seat side or body side, and the second sub-element is pivotable relative to the first sub-element about a second axis of rotation, wherein the first axis of rotation and the second axis of rotation are arranged in mutually averted end portions of the first sub-element, characterized in that the axes of rotation (11, 12) are oriented parallel to each other and extend horizontally in the transverse direction of the vehicle, and in that an end portion of the second sub-element averted from the second axis of rotation is fixable releasably on the seat side in the side support position, wherein a fixing means which can be releasably connected to a seat-side fixing means is arranged on the end portion of the second sub-element, and/or the end portion of the second sub-element is fixable releasably to a guide rod of a headrest in the side support position.
Pneumatic or electropneumatic directional control valve, comprising at least one operator endpiece and a spool moving along an axis in a body of said directional control valve, and a device for detecting the position of the spool, said device being located between the operator endpiece and the body, along said longitudinal axis, and characterised in that said device for detecting comprises a module able to be installed between the body and said at least one operator endpiece and in that it comprises means for detecting the position of the spool via electrical continuity.
The combination of a panel and an isolation mount for connecting the panel to a structure, the combination comprising: the panel a housing disposable on the structure; a fastener receiver comprising a panel-facing surface; and a damper connecting the housing to the fastener receiver; the panel-facing surface of the fastener receiver defining a static coefficient of friction between the panel-facing surface and the panel discouraging rotation of panel-facing surface around a longitudinal axis; wherein the fastener receiver comprises a body and a plate in fixed relationship with the body and defining the panel-facing surface and in that the static coefficient of friction between the panel-facing surface and the panel is greater than or equal to 1.5. the panel a housing disposable on the structure; a fastener receiver comprising a panel-facing surface; and a damper connecting the housing to the fastener receiver; the panel-facing surface of the fastener receiver defining a static coefficient of friction between the panel-facing surface and the panel discouraging rotation of panel-facing surface around a longitudinal axis; wherein the fastener receiver comprises a body and a plate in fixed relationship with the body and defining the panel-facing surface and in that the static coefficient of friction between the panel-facing surface and the panel is greater than or equal to 1.5.
A fuel cell system characterized by comprising: a motor; a fuel cell and a battery that are connected to the motor in parallel with each other; a first boost DC-DC converter that is provided between the motor and the fuel cell and that boosts and outputs a terminal voltage of the fuel cell, input to the first boost DC-DC converter; a second boost DC-DC converter that is provided between the motor and the battery, a terminal voltage (UBAT) of the battery being input to the second boost DC-DC converter the second boost DC-DC converter being configured to boost the terminal voltage (UBAT) of the battery to a voltage that is equal to or larger than VBAT + α, wherein the α being a constant of which the sign is positive; an inverter that is provided between the motor and both the first boost DC-DC converter and the second boost DC-DC converter, wherein electric power output from at least one of the fuel cell and the battery is supplied to the motor via the inverter; and a control unit that stops boost operation of the first boost DC-DC converter and directly transmits an output of the fuel cell to the inverter when conditions VFC > VM_min and VFC > VBAT + α are satisfied whereas the control unit prohibits a stop of the boost operation of the first boost DC-DC converter when the conditions VFC > VM_min and VFC > VBAT + α are not satisfied, wherein VFC is the terminal voltage of the fuel cell, and VM_min is inverter input lower limit voltage, which is an input terminal voltage of the inverter, set to minimize a loss in the fuel cell system while ensuring a torque required of the motor, and α is a constant of which the sign is positive and wherein VBAT + α corresponds to a lower limit voltage at or above which voltage control can be executed by second boost DC-DC converter when the terminal voltage of battery is VBAT. a motor; a fuel cell and a battery that are connected to the motor in parallel with each other; a first boost DC-DC converter that is provided between the motor and the fuel cell and that boosts and outputs a terminal voltage of the fuel cell, input to the first boost DC-DC converter; a second boost DC-DC converter that is provided between the motor and the battery, a terminal voltage (UBAT) of the battery being input to the second boost DC-DC converter the second boost DC-DC converter being configured to boost the terminal voltage (UBAT) of the battery to a voltage that is equal to or larger than VBAT + α, wherein the α being a constant of which the sign is positive; an inverter that is provided between the motor and both the first boost DC-DC converter and the second boost DC-DC converter, wherein electric power output from at least one of the fuel cell and the battery is supplied to the motor via the inverter; and a control unit that stops boost operation of the first boost DC-DC converter and directly transmits an output of the fuel cell to the inverter when conditions VFC > VM_min and VFC > VBAT + α are satisfied whereas the control unit prohibits a stop of the boost operation of the first boost DC-DC converter when the conditions VFC > VM_min and VFC > VBAT + α are not satisfied,
A system for detecting wheel-spinning situations of a vehicle, the system comprising: a controller configured to determine a speed of each wheel of the vehicle based on information received from a plurality of wheel speed sensors, to identify a second slowest wheel of the vehicle based on the speed of each wheel, characterized in that said controller is further configured to calculate a vehicle acceleration torque based on an acceleration of the second slowest wheel of the vehicle and a mass of the vehicle, to calculate a torque ratio based on the vehicle acceleration torque and a wheel drive torque, and to activate a traction control system when the torque ratio is greater than a predetermined threshold. a controller configured to determine a speed of each wheel of the vehicle based on information received from a plurality of wheel speed sensors, to identify a second slowest wheel of the vehicle based on the speed of each wheel, characterized in that said controller is further configured to calculate a vehicle acceleration torque based on an acceleration of the second slowest wheel of the vehicle and a mass of the vehicle, to calculate a torque ratio based on the vehicle acceleration torque and a wheel drive torque, and to activate a traction control system when the torque ratio is greater than a predetermined threshold.
A reinforcing structure of an automobile exterior panel comprising an outer panel of a sheet shape, reinforcing members including a plurality of first members of long shapes arranged at a vehicle inner side from said outer panel and a plurality of second members of long shapes arranged at a vehicle inner side from said outer panel and crossing said plurality of first members, an inner panel of a sheet shape arranged at a vehicle inner side from said first members and said second members, and characterized by support members provided at said inner panel at a vehicle outer side thereof and supporting said first members or said second members from a vehicle inner side, said support members supporting said first members or said second members at a plurality of crossing parts where said first members and said second members cross or between such adjoining crossing parts, wherein the end part of said support member at said reinforcing member side is close to or in contact with the surface of said reinforcing member at the vehicle inner side. an outer panel of a sheet shape, reinforcing members including a plurality of first members of long shapes arranged at a vehicle inner side from said outer panel and a plurality of second members of long shapes arranged at a vehicle inner side from said outer panel and crossing said plurality of first members, an inner panel of a sheet shape arranged at a vehicle inner side from said first members and said second members, and characterized by support members provided at said inner panel at a vehicle outer side thereof and supporting said first members or said second members from a vehicle inner side, said support members supporting said first members or said second members at a plurality of crossing parts where said first members and said second members cross or between such adjoining crossing parts, wherein the end part of said support member at said reinforcing member side is close to or in contact with the surface of said reinforcing member at the vehicle inner side.
Device having an electronics housing and a tube cooler, - wherein the tube cooler has a tube formed in one piece from a single material, - wherein the tube is fillable with a coolant, - wherein the tube has a tube coil, a first tube portion (90, 95) and a first connecting portion (100, 105), - wherein the first tube portion (90, 95) is connectable to a coolant supply for feeding the coolant, - wherein the first connecting portion (100, 105) fluidically connects the first tube portion (90, 95) to a first side of the tube coil, - wherein the first tube portion (90, 95) is arranged in a laterally offset manner with respect to the tube coil, - wherein the tube coil and the first tube portion (90, 95) extend on a common side of the first connecting portion, - wherein the first connecting portion is arranged in an inclined manner with respect to the tube coil and to the first tube portion (90, 95) and/or extends in a curved manner from the tube coil to the first tube portion (90, 95), - wherein the electronics housing has a top side and an underside arranged on the opposite side from the top side, - wherein the electronics housing is arranged between the first tube portion (90, 95) and the tube coil such that the tube coil extends along the underside and the first tube portion along the top side of the electronics housing and the first connecting portion (100, 105) is guided laterally past the electronics housing. - wherein the tube cooler has a tube formed in one piece from a single material, - wherein the tube is fillable with a coolant, - wherein the tube has a tube coil, a first tube portion (90, 95) and a first connecting portion (100, 105), - wherein the first tube portion (90, 95) is connectable to a coolant supply for feeding the coolant, - wherein the first connecting portion (100, 105) fluidically connects the first tube portion (90, 95) to a first side of the tube coil, - wherein the first tube portion (90, 95) is arranged in a laterally offset manner with respect to the tube coil, - wherein the tube coil and the first tube portion (90, 95) extend on a common side of the first connecting portion, - wherein the first connecting portion is arranged in an inclined manner with respect to the tube coil and to the first tube portion (90, 95) and/or extends in a curved manner from the tube coil to the first tube portion (90, 95), - wherein the electronics housing has a top side and an underside arranged on the opposite side from the top side, - wherein the electronics housing is arranged between the first tube portion (90, 95) and the tube coil such that the tube coil extends along the underside and the first tube portion along the top side of the electronics housing and the first connecting portion (100, 105) is guided laterally past the electronics housing.
A domestic kitchen apparatus comprising: a food chamber for receiving food; an optical range sensor configured for optical range sensing, the optical range sensor having at least one optical sensing element (168A, 168B); and a reflector assembly (142A, 142B, 142C), characterised in that the reflector assembly is arranged to reflect light directed from the food received in the food chamber onto the at least one optical sensing element. a food chamber for receiving food; an optical range sensor configured for optical range sensing, the optical range sensor having at least one optical sensing element (168A, 168B); and a reflector assembly (142A, 142B, 142C),