mhurhangee/ep-ind-claims huggingface dataset:
An impact type wind-driven power generating device, comprising: a wind turbine, a central shaft of the wind turbine is vertically disposed; an exhaust duct that is disposed coaxially with the wind turbine, the lower end of the exhaust duct is communicated with an upper shell of the wind turbine, an exhaust outlet on the upper end of the exhaust duct is disposed in the horizontal direction; a power rotor that is disposed coaxially with the wind turbine; blades (4, 5, 6) that are disposed inside the wind turbine and are installed at the periphery of the central shaft of the wind turbine; an exhaust-air collection chamber that is coaxial with the wind turbine, the exhaust-air collection chamber is formed by a surrounding arrangement of the blades (4, 5, 6) and is communicated with the exhaust duct; a transmission shaft that is disposed coaxially with the wind turbine, the upper end of the transmission shaft is connected to a central shaft of the power rotor, and the lower end of the transmission shaft is connected to a power generating device, wherein the blades include multi-staged impacting blades (4, 6) and airflow-guiding blades being alternately disposed; the impacting blades (4, 6) are installed on the power rotor, and the airflow-guiding blades are installed on the upper shell of the wind turbine, characterized in that the power rotor is located at the bottom of the wind turbine. a wind turbine, a central shaft of the wind turbine is vertically disposed; an exhaust duct that is disposed coaxially with the wind turbine, the lower end of the exhaust duct is communicated with an upper shell of the wind turbine, an exhaust outlet on the upper end of the exhaust duct is disposed in the horizontal direction; a power rotor that is disposed coaxially with the wind turbine; blades (4, 5, 6) that are disposed inside the wind turbine and are installed at the periphery of the central shaft of the wind turbine; an exhaust-air collection chamber that is coaxial with the wind turbine, the exhaust-air collection chamber is formed by a surrounding arrangement of the blades (4, 5, 6) and is communicated with the exhaust duct; a transmission shaft that is disposed coaxially with the wind turbine, the upper end of the transmission shaft is connected to a central shaft of the power rotor, and the lower end of the transmission shaft is connected to a power generating device, wherein the blades include multi-staged impacting blades (4, 6) and airflow-guiding blades being alternately disposed; the impacting blades (4, 6) are installed on the power rotor, and the airflow-guiding blades are installed on the upper shell of the wind turbine, characterized in that the power rotor is located at the bottom of the wind turbine.
A system for detecting a ground fault or degraded isolation between a bus terminal (28, 30) and ground or a chassis reference on a vehicle, the system comprising: a first bus terminal isolated from ground and the chassis reference during normal operation of the vehicle; a second bus terminal isolated from ground and the chassis reference during normal operation of the vehicle; a first amplifier for receiving a first signal from the first bus terminal; a second amplifier for receiving a second signal from the second bus terminal; an inverter input of an inverter coupled to an output of the first amplifier, the inverter adapted to invert the polarity of its input signal; a first analog-to-digital converter input of an analog-to-digital converter coupled to an inverter output of the inverter and a second analog-to-digital converter input of the analog-to-digital converter coupled to an output of the second amplifier; and a data processor capable of receiving outputted digital data of the analog-to-digital converter, the data processor configured to apply a frequency domain transform to the digital data of the first bus terminal and the second bus terminal; the data processor configured to identify at least one of a circuit location of the ground fault or degraded isolation and a type of ground fault or degraded isolation based on the application of the frequency domain transform to the digital data. a first bus terminal isolated from ground and the chassis reference during normal operation of the vehicle; a second bus terminal isolated from ground and the chassis reference during normal operation of the vehicle; a first amplifier for receiving a first signal from the first bus terminal; a second amplifier for receiving a second signal from the second bus terminal; an inverter input of an inverter coupled to an output of the first amplifier, the inverter adapted to invert the polarity of its input signal; a first analog-to-digital converter input of an analog-to-digital converter coupled to an inverter output of the inverter and a second analog-to-digital converter input of the analog-to-digital converter coupled to an output of the second amplifier; and a data processor capable of receiving outputted digital data of the analog-to-digital converter, the data processor configured to apply a frequency domain transform to the digital data of the first bus terminal and the second bus terminal; the data processor configured to identify at least one of a circuit location of the ground fault or degraded isolation and a type of ground fault or degraded isolation based on the application of the frequency domain transform to the digital data.
A cosmetic refill intended to be inserted in a removable manner into a housing of a system for treating the hair, comprising: - a body comprising a cavity forming a reservoir containing a hair product in a liquid form, the reservoir having an opening, - a porous application member extending partially into the reservoir through the opening, the application member being fixed in the reservoir when the refill is used, the application member extending over only a portion of the width K of the reservoir, the application member having at least two opposite sides (27, 28) extending at least partially into the reservoir and at least partially in contact with the hair product contained in the reservoir. - a body comprising a cavity forming a reservoir containing a hair product in a liquid form, the reservoir having an opening, - a porous application member extending partially into the reservoir through the opening, the application member being fixed in the reservoir when the refill is used, the application member extending over only a portion of the width K of the reservoir, the application member having at least two opposite sides (27, 28) extending at least partially into the reservoir and at least partially in contact with the hair product contained in the reservoir.
A lighting status signaling system, comprising: a plurality of lighting fixtures (102a-102n), each including a light (104a-104n); a light driver (106a-106n) connected to each light; a plurality of monitor circuits (108a-108n) each connected to a light and to a light driver, said monitor circuits configured to monitor a voltage level at an output of the light driver; a sensing circuit coupled to the monitor circuits via a sensing wire independent of a power wire to the lighting fixture; the monitor circuits further configured to convert the voltage levels at the output of the lights drivers to binary currents signals and output to the sensing circuit an additive current signal as a voltage status signal based on the voltage levels at the output of the light drivers; and a lighting controller connected to the sensing circuit via the sensing wire and configured to determine a lighting status of the lighting fixtures based upon the additive current signal received by the sensing circuit. a plurality of lighting fixtures (102a-102n), each including a light (104a-104n); a light driver (106a-106n) connected to each light; a plurality of monitor circuits (108a-108n) each connected to a light and to a light driver, said monitor circuits configured to monitor a voltage level at an output of the light driver; a sensing circuit coupled to the monitor circuits via a sensing wire independent of a power wire to the lighting fixture; the monitor circuits further configured to convert the voltage levels at the output of the lights drivers to binary currents signals and output to the sensing circuit an additive current signal as a voltage status signal based on the voltage levels at the output of the light drivers; and a lighting controller connected to the sensing circuit via the sensing wire and configured to determine a lighting status of the lighting fixtures based upon the additive current signal received by the sensing circuit.
A disposable loading unit for a surgical stapling instrument, the surgical instrument having a handle and a shaft, wherein the shaft extends from the handle along an axis and operably supports a control rod therein, the disposable loading unit comprising: a staple cartridge carrier configured to operably support a staple cartridge; an anvil including at least one staple-deforming cavity; a drive member operably supported within the staple cartridge carrier and configured to be operably connected to the control rod of the shaft; and an end connector configured to be operatively coupled to the surgical instrument shaft, characterised in that the drive member is configured to be operably connected to the control rod in an arrangement to allow the disposable loading unit to be assembled to the shaft in a direction which is not collinear with or parallel to the axis, and in that the end connector is configured to be assembled to the shaft in a direction which is transverse to the axis. a staple cartridge carrier configured to operably support a staple cartridge; an anvil including at least one staple-deforming cavity; a drive member operably supported within the staple cartridge carrier and configured to be operably connected to the control rod of the shaft; and an end connector configured to be operatively coupled to the surgical instrument shaft, characterised in that the drive member is configured to be operably connected to the control rod in an arrangement to allow the disposable loading unit to be assembled to the shaft in a direction which is not collinear with or parallel to the axis, and in that the end connector is configured to be assembled to the shaft in a direction which is transverse to the axis.
A drinking water circulation device comprising a heat exchanger for cooling the drinking water, a return connection for feeding drinking water returned from a circulation pipe into the drinking water circulation device, a supply connection for discharging the cooled drinking water from the drinking water circulation device, a drinking water circulation pump provided between the return connection and the supply connection, a cooling medium pump, a control device for controlling the cooling medium pump and a supply temperature sensor, which is associated with the supply and is data-connected to the control device, characterized by a buffer tank for a cooling medium, which is fluidically connected to the heat exchanger by a cooling medium flow path in which the cooling medium pump is provided
A bandage securing device comprising a first sheet part and a second sheet part, wherein the first and second sheet parts are connected to each other along a connection line extending in a width direction and arranged to overlap each other, thereby forming a jaw-like structure in a longitudinal direction, at least one of said first and second sheet parts (1, 2) being provided with at least one first adherent fastening layer on an internal surface facing said overlap, and wherein said bandage securing device further comprises at least one second adherent fastening layer on an external surface, not facing said overlap, said adherent fastening layers being arranged to detachably connect to the bandage, and further comprising a third sheet part, which is connected to the first and second sheet parts via said connection line, and extending away from said overlap, as seen from said connection line, wherein at least one of said second adherent fastening layer(s) is arranged on a surface of said third sheet part.
Vibration-inhibiting element to command a cable-operated mechanical gearbox, including a mass presenting a first housing suitable to receive a gear selection cable and characterised in that it includes a second housing suitable for receiving a cable to manipulate the gears.
A process for producing a multi-layer plastic body, wherein an insert portion is placed in a mould cavity of a moulding tool of an injection moulding machine and the insert portion is then surrounded region-wise by plastic (31, 32, 33, 34, 35) by the injection of plasticised plastic into the mould cavity, wherein the moulding tool is in the form of a shear edge tool and has a moveable mould portion and a stationary mould portion, wherein after at least partial hardening of the plastic (31, 32, 33, 34, 35) the mould cavity is increased in size and plasticised plastic (31, 32, 33, 34, 35) is injected at least one further time, wherein the insert portion is at least region-wise disposed in positively locking relationship on a stationary mould portion, the mould cavity is increased in size by moving the mould portions (5a, 5b) away from each other, the mould cavity is increased in size only when the insert portion after at least partial hardening of the plastic (31, 32, 33, 34, 35) is fixedly connected by adhesion to the at least partially hardened plastic (31', 32', 33', 34', 35') in such a way that upon the increase in size of the mould cavity the insert portion is released from the stationary mould portion and the insert portion together with the at least partially hardened plastic (31', 32', 33', 34', 35') moves with the moveable mould portion and the insert portion is placed in the mould cavity in such a way that it is completely surrounded by plastic (31, 32, 33, 34, 35) as a consequence of the at least one further injection operation.
A rotor of a rotorcraft provided with a hub bearing a plurality of lift assemblies, each lift assembly having a retention and mobility member connected to at least one plate (6, 7, 8) of the hub, said rotor having one abutment mechanism per lift assembly to limit the upward and downward flapping movement of the lift assembly under predetermined conditions, characterised in that said rotor has a single abutment mechanism per lift assembly, and in that each abutment mechanism of a lift assembly comprises: - an abutment track formed on a face referred to as "rear face " of the retention and mobility member facing an axis of rotation in elevation of the rotor, - a single cylindrical abutment articulated to at least one plate (6, 7, 8) of said hub by an articulation means so as to be solely mobile in rotation about an axis of displacement between a position referred to as "engagement position ", in which said flapping movement is limited by the abutment, and a position referred to as "disengagement position ", in which said movement is not limited by the abutment, said abutment extending over a height in elevation along said axis of displacement and also over a length along an axis referred to as "longitudinal axis " substantially arranged parallel to the span of the fitted lift assembly in the engagement position (POS 1) and over a width along an axis referred to as "transverse axis " perpendicular to the axis of displacement and to the longitudinal axis, said length being greater than said width, said height being greater than said length, - a fly weight integral in rotation with said cylindrical abutment and offset laterally relative to said longitudinal axis in the engagement position, - a return spring which exerts a force on the mechanism to tend to position said abutment in the engagement position. - an abutment track formed on a face referred to as "rear face " of the retention and mobility member facing an axis of rotation in elevation of the rotor, - a single cylindrical abutment articulated to at least one plate (6, 7, 8) of said hub by an articulation means so as to be solely mobile in rotation about an axis of displacement between a position referred to as "engagement position ", in which said flapping movement is limited by the abutment, and a position referred to as "disengagement position ", in which said movement is not limited by the abutment, said abutment extending over a height in elevation along said axis of displacement and also over a length along an axis referred to as "longitudinal axis " substantially arranged parallel to the span of the fitted lift assembly in the engagement position (POS 1) and over a width along an axis referred to as "transverse axis " perpendicular to the axis of displacement and to the longitudinal axis, said length being greater than said width, said height being greater than said length, - a fly weight integral in rotation with said cylindrical abutment and offset laterally relative to said longitudinal axis in the engagement position, - a return spring which exerts a force on the mechanism to tend to position said abutment in the engagement position.
A method for proximity assurance for a short range communication connection between a first device and a second device comprising: - establishing the short range communication connection between the first and the second device to allow data exchange; characterized by - creating a bump by bringing the first device and the second device into physical contact and recording the bump in a first accelerometer in the first device and in a second accelerometer in the second device to generate a first and a second accelerometer history of the bump; - generating a first value using the first accelerometer history and a second value using the second accelerometer history; - exchanging the values between the first device and the second device using the short range communication, connection - exchanging the accelerometer histories (207, 208) between the first device and the second device; - verifying by the second device whether the first value agrees with the first accelerometer history and verifying by the first device whether the second value agrees with the second accelerometer history; and - determining if the first accelerometer history matches the second accelerometer history in order to verify physical proximity. - establishing the short range communication connection between the first and the second device to allow data exchange; characterized by - creating a bump by bringing the first device and the second device into physical contact and recording the bump in a first accelerometer in the first device and in a second accelerometer in the second device to generate a first and a second accelerometer history of the bump; - generating a first value using the first accelerometer history and a second value using the second accelerometer history; - exchanging the values between the first device and the second device using the short range communication, connection - exchanging the accelerometer histories (207, 208) between the first device and the second device; - verifying by the second device whether the first value agrees with the first accelerometer history and verifying by the first device whether the second value agrees with the second accelerometer history; and - determining if the first accelerometer history matches the second accelerometer history in order to verify physical proximity.
An organic photodiode, including: - a first electrode forming an anode, - a second electrode forming a cathode, - an active layer arranged between said first electrode and said second electrode, - at least a third electrode (20, 22), the third electrode being arranged in the active layer between said first electrode and said second electrode and being in contact neither with the first electrode nor the second electrode, the third electrode forming with the first electrode, or with the second electrode, or with the fourth electrode different from first and second electrode, capacitor (24, 26, 28) terminals to trap at least part of a dark current (I dark) or a leakage current (I off) of the photodiode, the organic photodiode further including means, including tracks and/or pads, for applying a voltage across said capacitor, as a function of the dark current or leakage current (I off). - a first electrode forming an anode, - a second electrode forming a cathode, - an active layer arranged between said first electrode and said second electrode, - at least a third electrode (20, 22), the third electrode being arranged in the active layer between said first electrode and said second electrode and being in contact neither with the first electrode nor the second electrode, the third electrode forming with the first electrode, or with the second electrode, or with the fourth electrode different from first and second electrode, capacitor (24, 26, 28) terminals to trap at least part of a dark current (I dark) or a leakage current (I off) of the photodiode, the organic photodiode further including means, including tracks and/or pads, for applying a voltage across said capacitor, as a function of the dark current or leakage current (I off).
Adjustable steer-by-wire steering column for a motor vehicle, comprising - a telescopic steering tube arrangement with a steering wheel attachment point for the attachment of a steering wheel, - a first inner profile and a second outer profile, - a two-stage drive with a drive motor and at least one first and one second drive means (12, 14) for the displacement of the first profile relative to the second profile, characterized in that the drive means (12, 14) are formed in the form of push rods. - a telescopic steering tube arrangement with a steering wheel attachment point for the attachment of a steering wheel, - a first inner profile and a second outer profile, - a two-stage drive with a drive motor and at least one first and one second drive means (12, 14) for the displacement of the first profile relative to the second profile,
A sequencing probe comprising a target binding domain and a barcode domain; wherein said target binding domain comprises at least eight nucleotides and is capable of binding a target nucleic acid, and wherein at least two nucleotides in the target binding domain are universal bases capable of binding to any base within the target nucleic acid; wherein said barcode domain comprises a synthetic backbone, said barcode domain comprising at least six attachment positions, each attachment position comprising at least one attachment region, said attachment region comprising at least one nucleic acid sequence capable of being bound by a complementary nucleic acid molecule, wherein each attachment position of the at least six attachment positions corresponds to one nucleotide in the target binding domain and each of the at least six attachment positions have a different nucleic acid sequence, and wherein said nucleic acid sequence of each position of the at least six attachment positions determines the position and identity of the corresponding one nucleotide in said target nucleic acid that is bound by said target binding domain, and wherein the universal bases precede and follow the nucleotides corresponding to positions in the barcode domain. wherein each attachment position of the at least six attachment positions corresponds to one nucleotide in the target binding domain and each of the at least six attachment positions have a different nucleic acid sequence, and wherein said nucleic acid sequence of each position of the at least six attachment positions determines the position and identity of the corresponding one nucleotide in said target nucleic acid that is bound by said target binding domain, and wherein the universal bases precede and follow the nucleotides corresponding to positions in the barcode domain.
A laundry detergent composition comprising:- (a) from 1 to 40 wt.% nonionic surfactant, (b) from 1 to 40 wt.% anionic surfactant; and, (c) from 0.1 to 10 wt.% of a betaine functionalised silicone. (a) from 1 to 40 wt.% nonionic surfactant, (b) from 1 to 40 wt.% anionic surfactant; and, (c) from 0.1 to 10 wt.% of a betaine functionalised silicone.