mhurhangee/ep-ind-claims huggingface dataset:
An airbag module comprising: a housing; an airbag; an inflator; and a deflector mechanism which provides a barrier or guide and a reaction hood or surface to modify the trajectory of the airbag on inflation to achieve that said airbag inflates at a lower trajectory, wherein said deflector mechanism has a tensioning member secured to said reaction hood, characterized in that the folded airbag enveloped by a tearable cover which covers all of its multiple sides and ends, is slid partially into the reaction hood, with a portion of the folded airbag and its cover extending outwardly from the tensioning member, which in essence defines the outwardly edge of the reaction hood, wherein the reaction hood partially covers the airbag when the airbag is folded in the housing preventing the airbag when deployed from moving forward of the tensioning member a housing; an airbag; an inflator; and a deflector mechanism which provides a barrier or guide and a reaction hood or surface to modify the trajectory of the airbag on inflation to achieve that said airbag inflates at a lower trajectory, wherein said deflector mechanism has a tensioning member secured to said reaction hood, characterized in that the folded airbag enveloped by a tearable cover which covers all of its multiple sides and ends, is slid partially into the reaction hood, with a portion of the folded airbag and its cover extending outwardly from the tensioning member, which in essence defines the outwardly edge of the reaction hood, wherein the reaction hood partially covers the airbag when the airbag is folded in the housing preventing the airbag when deployed from moving forward of the tensioning member
A control station comprising: a location managing unit configured to calculate communicable times for combinations of a satellite station (1-1, 1-2, 1-m) and an earth station (2-1, 2-n) that are capable of communicating with each other, based on a location of a satellite station (1-1, 1-2, 1-m) that transmits data to an earth station (2-1, 2-n) and locations of earth stations (2-1, 2-n) serving as candidates to which the satellite station (1-1, 1-2, 1-m) transmits the data; a data managing unit configured to hold information on a data retention time and an amount of data retained in the satellite station (1-1, 1-2, 1-m) having generated the data; and a transmission predicting unit configured to calculate data transmission completion times for one or more transmission paths from the satellite station (1-1, 1-2, 1-m) having generated the data to the earth station (2-1, 2-n), based on the communicable times and the information on the data retention time and the amount of data retained, and generate control information for satellite stations (1-1, 1-2, 1-m) and the earth station (2-1, 2-n) in a transmission path determined based on the data transmission completion times, to transmit the data in the determined transmission path. a location managing unit configured to calculate communicable times for combinations of a satellite station (1-1, 1-2, 1-m) and an earth station (2-1, 2-n) that are capable of communicating with each other, based on a location of a satellite station (1-1, 1-2, 1-m) that transmits data to an earth station (2-1, 2-n) and locations of earth stations (2-1, 2-n) serving as candidates to which the satellite station (1-1, 1-2, 1-m) transmits the data; a data managing unit configured to hold information on a data retention time and an amount of data retained in the satellite station (1-1, 1-2, 1-m) having generated the data; and a transmission predicting unit configured to calculate data transmission completion times for one or more transmission paths from the satellite station (1-1, 1-2, 1-m) having generated the data to the earth station (2-1, 2-n), based on the communicable times and the information on the data retention time and the amount of data retained, and generate control information for satellite stations (1-1, 1-2, 1-m) and the earth station (2-1, 2-n) in a transmission path determined based on the data transmission completion times, to transmit the data in the determined transmission path.
A skull clamp (100, 200) comprising: a first arm (160, 260) and a second arm (180, 280), the first and second arms (160, 180, 260, 280) being configured for changing a relative position of the first and second arms (160, 180, 260, 280) with respect to one another; and an opening device (110, 210) positioned within a select one of the first arm (160, 260) and the second arm (180, 280) to engage the first and second arms (160, 180, 260, 280) together in a selective locking fashion, wherein at least a portion of the opening device (110, 210) is configured to be depressed to adjust the relative position of first arm (160, 260) and the second arm (180, 280) with respect to one another, wherein said at least portion of the opening device (110, 210) is positioned along an upright portion of the select one of the first arm (160, 260) and the second arm (180, 280). a first arm (160, 260) and a second arm (180, 280), the first and second arms (160, 180, 260, 280) being configured for changing a relative position of the first and second arms (160, 180, 260, 280) with respect to one another; and an opening device (110, 210) positioned within a select one of the first arm (160, 260) and the second arm (180, 280) to engage the first and second arms (160, 180, 260, 280) together in a selective locking fashion, wherein at least a portion of the opening device (110, 210) is configured to be depressed to adjust the relative position of first arm (160, 260) and the second arm (180, 280) with respect to one another, wherein said at least portion of the opening device (110, 210) is positioned along an upright portion of the select one of the first arm (160, 260) and the second arm (180, 280).
A Coriolis mass flow meter comprising: a measurement tube that allows passage of fluid to be measured in one direction; a fixing portion disposed at a predetermined position with respect to the measurement tube; an elastic member disposed between the measurement tube and the fixing portion; a vibration exciter unit configured to vibrate the measurement tube; and a displacement detecting unit that detects displacement of the measurement tube at two positions on an outbound tube and an inbound tube of the measurement tube, the fixing portion elastically retains the measurement tube via the elastic member, retention of the measurement tube is effected on a curved tube portion provided at a midpoint between the outbound tube and the inbound tube; and the curved tube portion is provided with a locking portion for attaching the elastic member thereto, wherein the elastic member elastically retains the measurement tube by acting on the locking portion in a direction parallel to a plane connecting the outbound tube and the inbound tube. a measurement tube that allows passage of fluid to be measured in one direction; a fixing portion disposed at a predetermined position with respect to the measurement tube; an elastic member disposed between the measurement tube and the fixing portion; a vibration exciter unit configured to vibrate the measurement tube; and a displacement detecting unit that detects displacement of the measurement tube at two positions on an outbound tube and an inbound tube of the measurement tube, the fixing portion elastically retains the measurement tube via the elastic member, retention of the measurement tube is effected on a curved tube portion provided at a midpoint between the outbound tube and the inbound tube; and the curved tube portion is provided with a locking portion for attaching the elastic member thereto, wherein the elastic member elastically retains the measurement tube by acting on the locking portion in a direction parallel to a plane connecting the outbound tube and the inbound tube.
A plunge saw, comprising: a motor including a motor shaft configured to rotate about a shaft rotational axis; an arbor configured to operatively attach a circular saw blade to the plunge saw and to receive a torque from the motor when the motor shaft rotates about the shaft rotational axis; a base plate that defines an arbor-facing side and an arbor-opposed side; a base plate pivot that operatively attaches the arbor to the arbor-facing side of the base plate; a plunge mechanism configured to be selectively actuated, by a user of the plunge saw and during operative use of the plunge saw to cut a workpiece, to transition the plunge saw from a retracted orientation to a plunged orientation, via rotation of the arbor and the base plate relative to one another and about the base plate pivot, and plunge the circular saw blade into the workpiece; and a cut indicator configured to project a light line onto the workpiece to visually indicate, on the workpiece, a location of an edge of the circular saw blade; characterized in that the cut indicator includes a light source configured to project the light line; wherein the light source is configured to project light past the circular saw blade such that a first portion of the light is incident upon the circular saw blade and a second portion of the light is incident upon the workpiece, wherein the second portion of the light defines the light line. a motor including a motor shaft configured to rotate about a shaft rotational axis; an arbor configured to operatively attach a circular saw blade to the plunge saw and to receive a torque from the motor when the motor shaft rotates about the shaft rotational axis; a base plate that defines an arbor-facing side and an arbor-opposed side; a base plate pivot that operatively attaches the arbor to the arbor-facing side of the base plate; a plunge mechanism configured to be selectively actuated, by a user of the plunge saw and during operative use of the plunge saw to cut a workpiece, to transition the plunge saw from a retracted orientation to a plunged orientation, via rotation of the arbor and the base plate relative to one another and about the base plate pivot, and plunge the circular saw blade into the workpiece; and a cut indicator configured to project a light line onto the workpiece to visually indicate, on the workpiece, a location of an edge of the circular saw blade; characterized in that the cut indicator includes a light source configured to project the light line; wherein the light source is configured to project light past the circular saw blade such that a first portion of the light is incident upon the circular saw blade and a second portion of the light is incident upon the workpiece, wherein the second portion of the light defines the light line.
Device for simulating a movement sequence of a ski jumper, comprising - a platform for accommodating a person, which platform is movable in a height direction by means of a drive unit; - a pressing device which is designed to exert a pressing force acting in the direction of the platform on a person located on the platform; - a stabilizing device which is designed to exert a stabilizing force counteracting the pressing force on the person located on the platform; characterized in that the pressing device comprises at least one first traction means for exerting the pressing force as well as a tensioning device for the at least one first traction means, wherein the drive unit and the pressing device interact in such a manner - so that during a simulation process the platform is accelerated by means of the drive unit in the direction of the height direction, wherein the pressing force exerted by the pressing device is at least reduced during the movement of the platform in the direction of the height direction via a release mechanism, wherein the release mechanism is designed to interact with the at least one first traction means and/or with the tensioning device in such a way that, when the release mechanism is actuated, a tensioning force of the first traction means is reduced, - and so that, after the reduction of the pressing force, the person is held in a stable position by the stabilizing device. - a platform for accommodating a person, which platform is movable in a height direction by means of a drive unit; - a pressing device which is designed to exert a pressing force acting in the direction of the platform on a person located on the platform; - a stabilizing device which is designed to exert a stabilizing force counteracting the pressing force on the person located on the platform; - so that during a simulation process the platform is accelerated by means of the drive unit in the direction of the height direction, wherein the pressing force exerted by the pressing device is at least reduced during the movement of the platform in the direction of the height direction via a release mechanism, wherein the release mechanism is designed to interact with the at least one first traction means and/or with the tensioning device in such a way that, when the release mechanism is actuated, a tensioning force of the first traction means is reduced, - and so that, after the reduction of the pressing force, the person is held in a stable position by the stabilizing device.
A self-contained power supply (21, 321, 825) control assembly, configured to be attached or removed from an unmanned aerial vehicle, UAV, the power supply control assembly comprising: a power supply (21, 321, 825) adapted to power the UAV a microcontroller unit, MCU (222b, 735), coupled to the power supply (21, 321, 825) and capable of controlling discharge of the power supply (21, 321, 825); and a power supply circuit connected to the power supply (21, 321, 825), wherein the power supply (21, 321, 825) is configured to discharge through the power supply circuit to power the UAV, wherein the power supply circuit comprises an electronic switch (220, 320) and an input device (221, 321, 805), the electronic switch (220, 320) being electrically connected in series between the power supply (21, 321, 825) and the UAV for controlling a power-on or a power-off by the power supply (21, 321, 825) to the UAV, the input device (221, 321, 805) being electrically connected to the electronic switch (220, 320) for controlling a switch-on or a switch-off state of the electronic switch (220, 320), and wherein the electronic switch (220, 320) includes one of a power MOSFET, a power transistor, or an insulated gate bipolar transistor, IGBT; wherein the self-contained power supply (21, 321, 825) is characterized in that the input device (221, 321, 805) is configured to accept an input directly from a user. a power supply (21, 321, 825) adapted to power the UAV a microcontroller unit, MCU (222b, 735), coupled to the power supply (21, 321, 825) and capable of controlling discharge of the power supply (21, 321, 825); and a power supply circuit connected to the power supply (21, 321, 825), wherein the power supply (21, 321, 825) is configured to discharge through the power supply circuit to power the UAV, wherein the power supply circuit comprises an electronic switch (220, 320) and an input device (221, 321, 805), the electronic switch (220, 320) being electrically connected in series between the power supply (21, 321, 825) and the UAV for controlling a power-on or a power-off by the power supply (21, 321, 825) to the UAV, the input device (221, 321, 805) being electrically connected to the electronic switch (220, 320) for controlling a switch-on or a switch-off state of the electronic switch (220, 320), and wherein the electronic switch (220, 320) includes one of a power MOSFET, a power transistor, or an insulated gate bipolar transistor, IGBT; wherein the self-contained power supply (21, 321, 825) is characterized in that the input device (221, 321, 805) is configured to accept an input directly from a user.
Fastening device for fixing a push element to a movable rail (2, 22) of a pullout guide, having a web-shaped retaining part (6, 24) which is formed integrally with the rail (2, 22) or is fastened to the rail (2, 22), and a clamping mechanism with a receptacle (7, 33) on which at least one self-locking clamping element (10, 30) is provided, which is formed by a rolling element arranged movably in a housing and which frictionally secures the web-shaped retaining part (6, 24) inserted into the receptacle (7, 33) against being pulled out, characterized in that on the web-shaped retaining part (6, 24) at least one embossing (6, 25) is formed, against which the clamping element (10, 30) bears.
An in vitro method of screening for an agent for use as a medicament for slowing ageing comprising determining whether a test agent inhibits microbial folate biosynthesis.
An electronic device comprising: a display configured to display an image including additional information, wherein the additional information includes at least one piece of depth information and height information; and at least one processor configured to: display the image in three dimensions by displaying the image on the display according to the additional information; acquire a user input made on the image displayed on the display, sense a pressure of the input, update, according to the sensed pressure and based on a location of the user input, the additional information corresponding to the image, and the image according to the updated additional information, and display, on the display, the updated image, wherein the image includes at least one object and the depth information is information on each pixel value for expressing a depth of the at least one object included in the image, and the height information is information on each pixel value for expressing a height of the at least one object included in the image. a display configured to display an image including additional information, wherein the additional information includes at least one piece of depth information and height information; and at least one processor configured to: display the image in three dimensions by displaying the image on the display according to the additional information; acquire a user input made on the image displayed on the display, sense a pressure of the input, update, according to the sensed pressure and based on a location of the user input, the additional information corresponding to the image, and the image according to the updated additional information, and display, on the display, the updated image, display the image in three dimensions by displaying the image on the display according to the additional information; acquire a user input made on the image displayed on the display, sense a pressure of the input, update, according to the sensed pressure and based on a location of the user input, the additional information corresponding to the image, and the image according to the updated additional information, and display, on the display, the updated image, wherein the image includes at least one object and the depth information is information on each pixel value for expressing a depth of the at least one object included in the image, and the height information is information on each pixel value for expressing a height of the at least one object included in the image.
A composition for forming a coating on top of a substrate, wherein the composition comprises: 100 parts by weight of a binder; and 10 to 50 parts by weight of a hydrophilic liquid comprising one or more surfactants with an HLB value of 10 or greater. 100 parts by weight of a binder; and 10 to 50 parts by weight of a hydrophilic liquid comprising one or more surfactants with an HLB value of 10 or greater.
Compressed air supply device for a commercial vehicle, comprising a valve housing and a replaceable air drier cartridge, wherein - the air drier cartridge comprises a filter device, which purifies the air flowing from the valve housing into the air drier cartridge, - the filter device separates a pre-filtration region facing the valve housing from a post-filtration region, where foreign particles caught by the filter device collect, and - parallel to the filter device, a non-return valve is provided, which prevents an air flow from the pre-filtration region into the post-filtration region and permits an air flow from the post-filtration region into the pre-filtration region, characterised in that the non-return valve is located in the valve housing, and the post-filtration region comprises a collector for foreign particles caught by the filter device, wherein at least a section of the collector defines a horizontal plane in the installed, non-inclined state of the compressed air supply device, and wherein the non-return valve is located below the plane, so that the collector can be emptied completely via the non-return valve at least in the horizontal position of the commercial vehicle. - the air drier cartridge comprises a filter device, which purifies the air flowing from the valve housing into the air drier cartridge, - the filter device separates a pre-filtration region facing the valve housing from a post-filtration region, where foreign particles caught by the filter device collect, and - parallel to the filter device, a non-return valve is provided, which prevents an air flow from the pre-filtration region into the post-filtration region and permits an air flow from the post-filtration region into the pre-filtration region,
A vehicle structure having a load region which can be safeguarded by a fall protection means, wherein the fall protection means is reciprocable by a movement device between a transport position and a loading position, and a walkway displaceable by an adjusting device between a storage position and a use position, wherein the movement device and the adjusting device are coupled together in such a way that upon actuation of the adjusting device actuation of the movement device is effected or vice-versa, characterised in that the adjusting device has at least one second pivot arm - which is preferably pivotable about a horizontal axis - and which is connected on the one hand to the walkway and on the other hand either to the load region or to a first pivot arm of the movement device.
An implantable medical device for determining sensing vectors, comprising: a plurality of electrodes (18, 20, 22) capable of forming a plurality of sensing vectors for sensing cardiac signals; and a processor characterized in that said processor is configured to determine signal differences between the sensed cardiac signal and a sensing threshold during a detection window for each of the plurality of sensing vectors, determining a minimum signal difference of the determined signal differences, rank sensing vectors of the plurality of sensing vectors in response to the determined minimum signal differences, and select one or more sensing vectors of the plurality of sensing vectors in response to the determined rankings. a plurality of electrodes (18, 20, 22) capable of forming a plurality of sensing vectors for sensing cardiac signals; and a processor characterized in that said processor is configured to determine signal differences between the sensed cardiac signal and a sensing threshold during a detection window for each of the plurality of sensing vectors, determining a minimum signal difference of the determined signal differences, rank sensing vectors of the plurality of sensing vectors in response to the determined minimum signal differences, and select one or more sensing vectors of the plurality of sensing vectors in response to the determined rankings.