mhurhangee/ep-ind-claims huggingface dataset:
A fuel cell system provided with a fuel cell and an air supply and exhaust structure for supplying a reaction air to a fuel cell (41, 60, 70) and exhausting the reaction air passing through the fuel cell (41, 60, 70), comprising: an intake duct configured to guide reaction air to the fuel cell (41, 60, 70); an exhaust duct configured to discharge the reaction air passing through the fuel cell (41, 60, 70) to an outside of the fuel cell (41, 60, 70), and a blower provided in the exhaust duct and configured to suck the reaction air passing through the fuel cell (41, 60, 70) to promote discharge of the reaction air; characterized by an exhaust side movable vane, which is disposed inside the exhaust duct and between the fuel cell (41, 60, 70) and the blower and configured to temporarily block the reaction air discharged from the fuel cell (41, 60, 70) and to retain the reaction air in a periphery of the fuel cell (41, 60, 70) so as to introduce the reaction air to the fuel cell (41, 60), and an intake side movable vane disposed inside the intake duct and configured to reverse a flow of the reaction air passing through the fuel cell (41, 60, 70) with a function of the exhaust side movable vane and to introduce the reaction air to the fuel cell (41, 60, 70). an intake duct configured to guide reaction air to the fuel cell (41, 60, 70); an exhaust duct configured to discharge the reaction air passing through the fuel cell (41, 60, 70) to an outside of the fuel cell (41, 60, 70), and a blower provided in the exhaust duct and configured to suck the reaction air passing through the fuel cell (41, 60, 70) to promote discharge of the reaction air; characterized by an exhaust side movable vane, which is disposed inside the exhaust duct and between the fuel cell (41, 60, 70) and the blower and configured to temporarily block the reaction air discharged from the fuel cell (41, 60, 70) and to retain the reaction air in a periphery of the fuel cell (41, 60, 70) so as to introduce the reaction air to the fuel cell (41, 60), and an intake side movable vane disposed inside the intake duct and configured to reverse a flow of the reaction air passing through the fuel cell (41, 60, 70) with a function of the exhaust side movable vane and to introduce the reaction air to the fuel cell (41, 60, 70).
A frame lock for a two-wheeler having an elongate locking bolt which is held at a locking bolt holder displaceable along its longitudinal axis between a closed position and an open position, wherein the locking bolt holder has a manually adjustable actuation device for an adjustment actuation of the locking bolt, with the actuation device being coupled to the locking bolt via a coupling device (38, 38') which translates an actuation movement of the actuation device into an adjustment movement of the locking bolt distinguished from the actuation movement, characterised in that the actuation device is held linearly displaceable at the locking bolt holder, with the coupling device (38, 38') translating a linear actuation movement of the actuation device into a linear adjustment movement of the locking bolt.
Battery-operated hand-held power tool, in particular a hand-held circular saw, comprising an electric motor for rotationally driving a tool to be arranged on the hand-held power tool, and comprising, in each case based on an advance direction of the hand-held power tool, a front and rear handle, and comprising a receiving recess for receiving a replaceable battery, the rear handle being mounted such that it can be pivoted out preferably sideways about a pivot axis in such a way that, when the rear handle is in a pivoted-out state, the receiving recess is released for receiving or removing the replaceable battery, characterized in that, when the rear handle is in a pivoted-in state, the receiving or removal of the replaceable battery in or out of the receiving recess is blocked.
Free fatty acid or mixture of free fatty acids for use as a medicament for inducing the process of defecation by rectal administration, which comprise one or more saturated or unsaturated free fatty acids with a carbon chain length in the range of C4 to C36.
A multifunctional device having an interior and an exterior and configured for stimulation of blood flow to the genital area of a female individual, the device comprising: a housing having a first end and a second end; a vibratory element; a suction element; an oscillatory element; a motor means disposed within the housing; a power supply for providing power for operating the motor means; and a device interface disposed on the housing; wherein the vibratory, suction and oscillatory elements are disposed at the first end of the housing, the elements being powered by said motor means which is located within the device interior and is configured to deliver a degree of force to the elements, wherein modulation of the force is controlled via the device interface; and wherein each of the suction element, the vibratory element, and the oscillatory element is adapted to be applied to the clitoral region in order to stimulate clitoral region blood flow in a female individual. a housing having a first end and a second end; a vibratory element; a suction element; an oscillatory element; a motor means disposed within the housing; a power supply for providing power for operating the motor means; and a device interface disposed on the housing; wherein the vibratory, suction and oscillatory elements are disposed at the first end of the housing, the elements being powered by said motor means which is located within the device interior and is configured to deliver a degree of force to the elements, wherein modulation of the force is controlled via the device interface; and wherein each of the suction element, the vibratory element, and the oscillatory element is adapted to be applied to the clitoral region in order to stimulate clitoral region blood flow in a female individual.
An electric motor control unit for controlling the operation of an electric motor characterised in that the unit comprises: a housing containing an electric motor controller and a tilt accelerometer system; the electric motor controller comprising a processor having at least one input and at least one output, wherein an output of the processor is coupled to a power provider for controlling power to an external electric motor; the tilt accelerometer system comprising a tilt accelerometer for determining a measure of the tilt of the electric motor control unit relative to a reference orientation, wherein the tilt accelerometer system comprises an output for providing a signal based on the determined measure of the tilt; wherein the output of the tilt accelerometer system is coupled to an input of the processor of the electric motor controller; wherein the power provider comprises a power output for controlling the operation of the external electric motor based on the output of the tilt accelerometer system; and the processor, the tilt accelerometer system and the power provider are implemented as a single unit within the housing. a housing containing an electric motor controller and a tilt accelerometer system; the electric motor controller comprising a processor having at least one input and at least one output, wherein an output of the processor is coupled to a power provider for controlling power to an external electric motor; the tilt accelerometer system comprising a tilt accelerometer for determining a measure of the tilt of the electric motor control unit relative to a reference orientation, wherein the tilt accelerometer system comprises an output for providing a signal based on the determined measure of the tilt; wherein the output of the tilt accelerometer system is coupled to an input of the processor of the electric motor controller; wherein the power provider comprises a power output for controlling the operation of the external electric motor based on the output of the tilt accelerometer system; and the processor, the tilt accelerometer system and the power provider are implemented as a single unit within the housing.
A dissimilar-material joining method of joining an overlap section between a first metal member (2; 3) and a second metal member different in material from the first metal member (2; 3), the method comprising: forming a plurality of through holes in a portion of the second metal member to be placed on the first metal member (2; 3); forming a plurality of projections on a support member, each of the plurality of projections being allowed to be inserted into a corresponding one of the through holes; applying a first adhesive to a portion of the first metal member (2; 3) on which the second metal member is placed or to a portion of the second metal member to be placed on the first metal member (2; 3); placing the second metal member on the first metal member (2; 3) to bond the first metal member (2; 3) and the second metal member together with the first adhesive; placing the support member on the second metal member to insert the plurality of projections into the through holes; and welding each of the plurality of projections to the first metal member (2; 3) to form a plurality of welded spots, wherein, at a single portion between adjacent two of the through holes, the first metal member (2; 3) and the second metal member are bonded with each other by the first adhesive. forming a plurality of through holes in a portion of the second metal member to be placed on the first metal member (2; 3); forming a plurality of projections on a support member, each of the plurality of projections being allowed to be inserted into a corresponding one of the through holes; applying a first adhesive to a portion of the first metal member (2; 3) on which the second metal member is placed or to a portion of the second metal member to be placed on the first metal member (2; 3); placing the second metal member on the first metal member (2; 3) to bond the first metal member (2; 3) and the second metal member together with the first adhesive; placing the support member on the second metal member to insert the plurality of projections into the through holes; and welding each of the plurality of projections to the first metal member (2; 3) to form a plurality of welded spots, wherein, at a single portion between adjacent two of the through holes, the first metal member (2; 3) and the second metal member are bonded with each other by the first adhesive.
A composition comprising a vault particle, wherein the vault particle comprises multiple copies of a modified amino acid sequence of major vault protein, wherein the modified sequence comprises a mutation, insertion, or deletion of at least one amino acid located in an unstructured region of a shoulder domain of the MVP, wherein the modified shoulder domain specifically binds to receptors or ligands expressed on cells, or receptors not expressed on cells.
An isolator comprising: a hub; a pulley frictionally engaged with the hub through a bushing for instantaneous rotational movement, the bushing and hub having a coefficient of friction; a resilient member engaged between the pulley and the hub for transmitting a torque; and a locking member for retaining the pulley on the hub; a first cam member having a first cam surface, and a second cam member having a second cam surface, characterised by: the first cam member being fixed to the pulley; the second cam member being movable relative to the first cam member; a roller bearing being disposed between the first cam surface and the second cam surface the second cam member being pressingly engaged between the resilient member and the roller bearing; the first cam surface having a surface profile which approximates a sinusoidal form, and the second cam surface having a surface profile which approximates a sinusoidal form. a hub; a pulley frictionally engaged with the hub through a bushing for instantaneous rotational movement, the bushing and hub having a coefficient of friction; a resilient member engaged between the pulley and the hub for transmitting a torque; and a locking member for retaining the pulley on the hub; a first cam member having a first cam surface, and a second cam member having a second cam surface, characterised by: the first cam member being fixed to the pulley; the second cam member being movable relative to the first cam member; a roller bearing being disposed between the first cam surface and the second cam surface the second cam member being pressingly engaged between the resilient member and the roller bearing; the first cam surface having a surface profile which approximates a sinusoidal form, and the second cam surface having a surface profile which approximates a sinusoidal form.
Method for manufacturing a device comprising a plurality of micro-machined elements, the method comprising: - a step of providing a generic substrate comprising a surface layer arranged on a carrier, the main face of the carrier having emerging cavities and the parts of the surface layer overhanging the cavities forming flexible membranes associated with said cavities; and - at least one step of processing only some of the pairs formed by a membrane and a cavity in order to form at least one functional micro-machined element and at least one remaining pair which is not suitable for converting a movement of its membrane into an electrical signal, or vice versa, the processing step comprising the removal or neutralization of a membrane and/or a cavity which was not selected. - a step of providing a generic substrate comprising a surface layer arranged on a carrier, the main face of the carrier having emerging cavities and the parts of the surface layer overhanging the cavities forming flexible membranes associated with said cavities; and - at least one step of processing only some of the pairs formed by a membrane and a cavity in order to form at least one functional micro-machined element and at least one remaining pair which is not suitable for converting a movement of its membrane into an electrical signal, or vice versa, the processing step comprising the removal or neutralization of a membrane and/or a cavity which was not selected.
A capture device for unmanned aerial vehicles, comprising: at least one support having an upright portion, an upper boom portion and a lower boom portion; a capture line carried by the support, the capture line extending downwardly from the upper boom portion to the lower boom portion; an energy absorber configured to absorb energy imparted to the capture line by an unmanned aerial vehicle during capture; and a restraint device configured to prevent or at least restrict motion of the unmanned aerial vehicle after capture, wherein the restraint device includes a restraint line coupled to the capture line, and wherein the restraint device is configured to halt, at least temporarily, recoil motion that the unmanned aerial vehicle would otherwise undergo as the energy absorber releases the energy absorbed during capture. at least one support having an upright portion, an upper boom portion and a lower boom portion; a capture line carried by the support, the capture line extending downwardly from the upper boom portion to the lower boom portion; an energy absorber configured to absorb energy imparted to the capture line by an unmanned aerial vehicle during capture; and a restraint device configured to prevent or at least restrict motion of the unmanned aerial vehicle after capture, wherein the restraint device includes a restraint line coupled to the capture line, and wherein the restraint device is configured to halt, at least temporarily, recoil motion that the unmanned aerial vehicle would otherwise undergo as the energy absorber releases the energy absorbed during capture.
An image forming apparatus comprising: a photosensitive roller on which surface is formed an electrostatic latent image that is developed using a developer; a transfer roller for transferring an image developed on the surface of the photosensitive roller to a medium; an applying unit configured to apply a voltage to the transfer roller; a current detecting unit configured to detect a current that flows from the applying unit via the transfer roller and the photosensitive roller; and a control unit configured to cause the applying unit to apply a first voltage and a second voltage, and to determine a voltage value of the voltage to be applied by the applying unit to the transfer roller, based on a difference between a first current value and a second current value which are current values obtained by the current detecting unit, the first current value being based on the first voltage, the second current value being based on the second voltage characterized in that the control unit is further configured to cause the applying unit to apply a constant voltage from a first time point up to a second time point and apply the first voltage and the second voltage between a third time point and a fourth time point, the third time point being a time point after the photosensitive roller rotates once from the first time point, the fourth time point being a time point after the photosensitive roller rotates once from the second time point. a photosensitive roller on which surface is formed an electrostatic latent image that is developed using a developer; a transfer roller for transferring an image developed on the surface of the photosensitive roller to a medium; an applying unit configured to apply a voltage to the transfer roller; a current detecting unit configured to detect a current that flows from the applying unit via the transfer roller and the photosensitive roller; and a control unit configured to cause the applying unit to apply a first voltage and a second voltage, and to determine a voltage value of the voltage to be applied by the applying unit to the transfer roller, based on a difference between a first current value and a second current value which are current values obtained by the current detecting unit, the first current value being based on the first voltage, the second current value being based on the second voltage characterized in that the control unit is further configured to cause the applying unit to apply a constant voltage from a first time point up to a second time point and apply the first voltage and the second voltage between a third time point and a fourth time point, the third time point being a time point after the photosensitive roller rotates once from the first time point, the fourth time point being a time point after the photosensitive roller rotates once from the second time point.
An IL-15 protein complex consists of a soluble fusion protein I and a soluble fusion protein II; wherein, the soluble fusion protein I is an IL-15 polypeptide or a functional fragment thereof; and the soluble fusion protein II is an IL-15Rα polypeptide or a functional fragment thereof; wherein the soluble fusion protein I or the soluble fusion protein II possesses Cys resulting from one or more amino acid mutation, and a disulfide bond is formed by the pairing of the corresponding Cys present in the soluble fusion protein II and the soluble fusion protein I; wherein the amino acid Cys mutation occurs at L45, Q48, V49, L52, E53, C88 or E89 on the IL-15 polypeptide or a functional fragment thereof; and/or wherein the amino acid Cys mutation occurs at K34, L42, A37, G38, or S40 on the IL-15Rα polypeptide or a functional fragment thereof.
A robotic work tool comprising: a chassis and a body; at least one input unit (170, 180) for receiving input data relating to an operation of the robotic work tool; at least one collision sensor arrangement for detecting a direction of a movement of the chassis with respect to the body, wherein the movement is indicative of a collision; and at least one controller for controlling operation of the robotic work tool, wherein the robotic work tool is characterized in that the at least one controller is configured to: adapt a collision threshold, wherein the collision threshold is related to said movement of the chassis with respect to the body detected by the at least one collision sensor arrangement, wherein it is determined that a collision has been detected when a relative movement between the chassis and the body reaches or exceeds the collision threshold. a chassis and a body; at least one input unit (170, 180) for receiving input data relating to an operation of the robotic work tool; at least one collision sensor arrangement for detecting a direction of a movement of the chassis with respect to the body, wherein the movement is indicative of a collision; and at least one controller for controlling operation of the robotic work tool, wherein the robotic work tool is characterized in that the at least one controller is configured to: adapt a collision threshold, wherein the collision threshold is related to said movement of the chassis with respect to the body detected by the at least one collision sensor arrangement, wherein it is determined that a collision has been detected when a relative movement between the chassis and the body reaches or exceeds the collision threshold.
A two-part adhesive comprising: a main agent including phenoxyethyl methacrylate and tetrahydrofurfuryl methacrylate; and an initiator including an organoborane; wherein the main agent includes the phenoxyethyl methacrylate at 60 to 95% by mass with reference to a mass of a polymerizable component. a main agent including phenoxyethyl methacrylate and tetrahydrofurfuryl methacrylate; and an initiator including an organoborane; wherein the main agent includes the phenoxyethyl methacrylate at 60 to 95% by mass with reference to a mass of a polymerizable component.