mhurhangee/ep-ind-claims huggingface dataset:
Fitness test system comprising: - a collection of fitness tests, said collection of fitness tests comprising fitness tests related to a plurality of components of physical fitness, and wherein each fitness test is associated with a group of input parameters to be determined; - a computing module programmed for accessing the collection of fitness tests; - one or more peripheral devices, the one or more peripheral devices being communicatively connected to the computing module, and the one or more peripheral devices being adapted to measure one or more input parameters; wherein the computing module is programmed for upon selection of a fitness test to determine the group of input parameters associated with the fitness test and based on the determined input parameters to calculate and/or present a fitness test result indicative of a user's fitness related to a component of physical fitness and characterized in that at least one of the peripheral devices is an exercise mat which contains one or more sensors (32, 33), said one or more sensors comprising pressure sensors and proximity sensors. - a collection of fitness tests, said collection of fitness tests comprising fitness tests related to a plurality of components of physical fitness, and wherein each fitness test is associated with a group of input parameters to be determined; - a computing module programmed for accessing the collection of fitness tests; - one or more peripheral devices, the one or more peripheral devices being communicatively connected to the computing module, and the one or more peripheral devices being adapted to measure one or more input parameters;
A fan assembly, comprising: an air impeller associated with a motor; and a fan case, the fan case comprising a body in which there is housed the air impeller associated with the motor, incorporating in the front part a cover in the form of a grating, with the body having along its lateral contour an opening defined between a variable number of longitudinal bars each having an aerodynamic section oriented with a lateral inclination relative to a respective radial direction from a centre of the body, and with the cover defining a grating formed by concentric circular ribs, said cover having in the peripheral contour a flange facing another flange defined by the bottom of the body, between said flanges (8 and 9) there is defined a mouth, with the walls of said mouth being configured to be a prolongation of walls forming the peripheral opening of the impeller; characterized in that: the body is circular-shaped; the concentric circular ribs have a flared shape, with the flared shape varying from the rib closest to a centre of the cover to the rib closest to the periphery of the cover; the flange of the cover is arched; and the flange of the body is arched in an opposing manner to the flange of the cover such that the mouth widens outwardly in relation to the opening.
A mobile station, MS, or user equipment, UE, having a dual access non access stratum, NAS, signaling priority mode, having computer circuitry configured to: send a first packet data network, PDN, connectivity request message to a specific Access Point Name, APN, with a first low priority indicator set to a status that the MS or UE is configured for NAS signaling low priority; receive a reject message with an evolved packet system session management, ESM, cause value indicating a rejection due to insufficient resources; and send a second PDN connectivity request message to the specific APN in response to receiving the reject message with the ESM cause value indicating the rejection due to insufficient resources, wherein the second PDN connectivity request message includes a second low priority indicator set to a status that the MS or UE is not configured for NAS signaling low priority. send a first packet data network, PDN, connectivity request message to a specific Access Point Name, APN, with a first low priority indicator set to a status that the MS or UE is configured for NAS signaling low priority; receive a reject message with an evolved packet system session management, ESM, cause value indicating a rejection due to insufficient resources; and send a second PDN connectivity request message to the specific APN in response to receiving the reject message with the ESM cause value indicating the rejection due to insufficient resources, wherein the second PDN connectivity request message includes a second low priority indicator set to a status that the MS or UE is not configured for NAS signaling low priority.
Tetrahydro- β -carboline alkaloid derivatives with a structure shown in the following general formula (Id) (a) wherein R 6 represents hydrogen, hydroxy, amino or C1-C6 alkoxy; or (b) R 6 represents phenyl, benzo[ d][1,2,3]thiadiazol-7-yl, 4-methyl-1,2,3-thiadiazol-5-yl, 4-pyridyl, n-pentyl, tert-butyl or cyclopentyl, wherein the core structure of general formula (Id) has a (1 S, 3 S)-geometry. (a) wherein R 6 represents hydrogen, hydroxy, amino or C1-C6 alkoxy; or (b) R 6 represents phenyl, benzo[ d][1,2,3]thiadiazol-7-yl, 4-methyl-1,2,3-thiadiazol-5-yl, 4-pyridyl, n-pentyl, tert-butyl or cyclopentyl, wherein the core structure of general formula (Id) has a (1 S, 3 S)-geometry.
Device for holding a heater, in particular a tube radiator, on at least one bracket or similar, with a minimum of one retaining element with two legs moving rotationally towards each other, which can form an intermediate space in which a part of the heater, in particular a tube, can be retained and, thus, the heater is retained, whereby, the retaining element has an open position (20.1) into which the leg opens, so that the intermediate space is opened and the part of the heater can be installed on the holding element and, furthermore, has a close position (20.2), in which the leg forms the intermediate space, in which the part of the heater is accepted and, thus, is retained on the retaining element and, whereby, the retaining element features a minimum of one activation projection which, in the event of an effective force from the front, for example by the assembly movement of the heater, transfers the retaining element from its open position (20.1) to its close position (20.2), characterized in that, when transferring the retaining element into its close position (20.2), the legs are automatically swivelled, whereby, on the front of one of the legs, a projection is provided which comes into operative connection with a counter projection on the other leg and engages and, thus, a locked condition (21.1) occurs and whereby, the retaining element can only be brought into its open position (20.1) by operating the projection and/or the opposing projection using an opening tool.
A method of streaming a media file between a host and a client, the method being performed by the host and comprising the steps of: transmitting (204, 304) a first stream of media through a network connection to a first buffer of the client at a first bit rate; determining that a bandwidth capacity of the network connection supports a bit rate stream of media higher than the first bit rate; initiating (230; 318), in response to determining that the bandwidth capacity of the network connection supports a bit rate stream of media higher than the first bit rate, a second stream of media from the host through the network connection to a second buffer of the client at a second bit rate to fill the second buffer to an initial buffer capacity while continuing transmitting of the first stream of media, the second bit rate being higher than the first bit rate; monitoring buffer activity on the client; and transitioning from the first stream of media to the second stream of media to facilitate a continuous streaming transition from the first stream of media at the first bit rate to the second stream of media at the second bit rate while maintaining an uninterrupted or substantially uninterrupted stream of media to the client for playback to a user, wherein enabling the uninterrupted or substantially uninterrupted transition is based on a determined runtime start at a future runtime for the second stream of media based on a time necessary to transition to the second stream of media including time to fill a monitored buffer. transmitting (204, 304) a first stream of media through a network connection to a first buffer of the client at a first bit rate; determining that a bandwidth capacity of the network connection supports a bit rate stream of media higher than the first bit rate; initiating (230; 318), in response to determining that the bandwidth capacity of the network connection supports a bit rate stream of media higher than the first bit rate, a second stream of media from the host through the network connection to a second buffer of the client at a second bit rate to fill the second buffer to an initial buffer capacity while continuing transmitting of the first stream of media, the second bit rate being higher than the first bit rate; monitoring buffer activity on the client; and transitioning from the first stream of media to the second stream of media to facilitate a continuous streaming transition from the first stream of media at the first bit rate to the second stream of media at the second bit rate while maintaining an uninterrupted or substantially uninterrupted stream of media to the client for playback to a user, wherein enabling the uninterrupted or substantially uninterrupted transition is based on a determined runtime start at a future runtime for the second stream of media based on a time necessary to transition to the second stream of media including time to fill a monitored buffer.
Non-therapeutic use of a compound in a healthy subject to improve physical performance wherein the compound is 3-hydroxybutyl 3-hydroxybutyrate enantiomerically enriched with respect to (3 R)-hydroxybutyl (3 R)-hydroxybutyrate of formula:
An elastomeric seal (102, 204, 304) for use in semiconductor manufacturing apparatus comprising: an ink (110, 218, 314) on at least a portion of an upper surface (108, 216, 312) thereof, wherein the ink comprises a barrier material and a binder, the barrier material being operable to prevent or reduce degradation of the elastomeric seal from ultraviolet, UV, radiation, wherein the barrier material comprises: metallic particles incorporated into the ink (110, 218, 314) in the form of flakes; and inorganic compounds. an ink (110, 218, 314) on at least a portion of an upper surface (108, 216, 312) thereof, wherein the ink comprises a barrier material and a binder, the barrier material being operable to prevent or reduce degradation of the elastomeric seal from ultraviolet, UV, radiation, wherein the barrier material comprises: metallic particles incorporated into the ink (110, 218, 314) in the form of flakes; and inorganic compounds. metallic particles incorporated into the ink (110, 218, 314) in the form of flakes; and inorganic compounds.
A film composition comprising: a polymer matrix, preferably a polyolefin; iron; ferrous sulfate heptahydrate; glycerol; and optionally, an electrolyte. a polymer matrix, preferably a polyolefin; iron; ferrous sulfate heptahydrate; glycerol; and optionally, an electrolyte.
Input method of an augmented reality device, used by user, comprising a display unit and a camera unit, wherein the display unit images a multiplicity of virtual keys on a real object such that the real object is overlaid by the virtual keys for the user, comprising the method steps of: - determining which of the virtual keys was selected by the user for input by way of a selection unit; - determining whether an input of the selected virtual key was triggered by the user by way of a trigger unit; characterized in that a multiplicity of input modalities for determining which of the virtual keys was selected by the user for input, in particular comprising eye tracking, finger tracking, and a multiplicity of input modalities for determining whether an input was triggered by the user, in particular comprising brainwave/neuronal impulse tracking, muscle tension tracking, touch detection or a microphone, are provided to the user, said input modalities being combined as desired by the user by way of a configuration on the augmented reality device in order thus to correspond to fields of use or the ideas of the user. - determining which of the virtual keys was selected by the user for input by way of a selection unit; - determining whether an input of the selected virtual key was triggered by the user by way of a trigger unit;
A device for controlling pipetting and adjusting a volume to be sampled, for an air displacement pipetting system, said device comprising: - a translation displaceable pipetting control member; - rotary actuating means coupled to the pipetting control member so that a translation displacement thereof causes a rotation of the rotary actuating means about a first rotation axis; - a linking member slidably and movably mounted on the rotary actuating means, the linking member being intended to be connected to a piston of the pipetting system; - means for adjusting the volume to be sampled; - rotary means defining, for the linking member, a spiral-shaped guiding path, said rotary means being coupled to said adjusting means so that the actuation of the latter causes a rotation of the rotary means about a second rotation axis parallel to the first axis and on which the spiral guiding path is centred, this rotation simultaneously leading to a relative displacement of the linking member along the spiral guiding path, and to a sliding of the linking member relative to said rotary actuating means. - a translation displaceable pipetting control member; - rotary actuating means coupled to the pipetting control member so that a translation displacement thereof causes a rotation of the rotary actuating means about a first rotation axis; - a linking member slidably and movably mounted on the rotary actuating means, the linking member being intended to be connected to a piston of the pipetting system; - means for adjusting the volume to be sampled; - rotary means defining, for the linking member, a spiral-shaped guiding path, said rotary means being coupled to said adjusting means so that the actuation of the latter causes a rotation of the rotary means about a second rotation axis parallel to the first axis and on which the spiral guiding path is centred, this rotation simultaneously leading to a relative displacement of the linking member along the spiral guiding path, and to a sliding of the linking member relative to said rotary actuating means.
A decorative product comprising: a transparent member formed from an acrylic resin; and a decorative layer arranged on a first surface of the transparent member, characterized in that a processed layer is located between the transparent member and the decorative layer, wherein the processed layer is formed by performing a plasma treatment on the first surface of the transparent member, the decorative layer is a metal layer formed on the processed layer by performing sputtering, the decorative layer is visually recognized through the transparent member and the processed layer, and the processed layer has a thickness of less than or equal to 260 nm, and the processed layer is a layer having a structure of diamond-like carbon. a transparent member formed from an acrylic resin; and a decorative layer arranged on a first surface of the transparent member, characterized in that a processed layer is located between the transparent member and the decorative layer, wherein the processed layer is formed by performing a plasma treatment on the first surface of the transparent member, the decorative layer is a metal layer formed on the processed layer by performing sputtering, the decorative layer is visually recognized through the transparent member and the processed layer, and the processed layer has a thickness of less than or equal to 260 nm, and the processed layer is a layer having a structure of diamond-like carbon.
A light source circuit for an optical sensor system, the circuit comprising: a power supply to provide a regulated direct current voltage output; a light source; a current source coupled to the power supply and the light source to receive the regulated DC voltage output and to provide a current output; a first switch, the first switch being configured to allow the current output to the light source from the current source when the first switch is closed and to prevent the current output to the light source when the first switch is open; characterised in; a high voltage supply circuit coupled to the light source to provide a high voltage output; a second switch, the second switch being configured to connect the high voltage output to the light source from the high voltage supply when the second switch is closed and to disconnect the high voltage output from the light source when the second switch is open; and a diode coupled between the current source and the light source, the diode being configured to conduct to provide the current output to the light source only when the first switch is closed and the second switch is open. a power supply to provide a regulated direct current voltage output; a light source; a current source coupled to the power supply and the light source to receive the regulated DC voltage output and to provide a current output; a first switch, the first switch being configured to allow the current output to the light source from the current source when the first switch is closed and to prevent the current output to the light source when the first switch is open; characterised in; a high voltage supply circuit coupled to the light source to provide a high voltage output; a second switch, the second switch being configured to connect the high voltage output to the light source from the high voltage supply when the second switch is closed and to disconnect the high voltage output from the light source when the second switch is open; and a diode coupled between the current source and the light source, the diode being configured to conduct to provide the current output to the light source only when the first switch is closed and the second switch is open.
Corner connector for connecting two miter-cut hollow chamber profiles of windows, doors or the like, preferably made of weldable plastic, wherein the corner connector comprises: - a shaft part for insertion into one of the hollow chamber profiles, which extends along a longitudinal axis defining an axial direction and has two longitudinal sides (52, 54) and two cover sides (26, 28), wherein a wedge structure is formed on at least one of the longitudinal sides, - an expanding element for arrangement between at least the longitudinal side and the hollow chamber profile, wherein the expanding element has a counter-wedge structure which interacts with the wedge structure in such a way that a displacement of the expanding element on the longitudinal side presses the expanding element outwards transversely to the longitudinal side and thus braces the shaft part transversely to the longitudinal sides (52, 54) in the hollow chamber profile, and - a clamping body which is axially displaceable on the shaft part and is designed in such a way that the axial displacement of the clamping body displaces the expanding element on the longitudinal side, characterized in that - the clamping body entrains the expanding element in the axial direction during its axial displacement and thus causes an axial displacement of the expanding element, and - the wedge structure and the counter-wedge structure are aligned in such a way that the axial displacement of the expanding element presses the expanding element outwards transversely to the longitudinal side. - a shaft part for insertion into one of the hollow chamber profiles, which extends along a longitudinal axis defining an axial direction and has two longitudinal sides (52, 54) and two cover sides (26, 28), wherein a wedge structure is formed on at least one of the longitudinal sides, - an expanding element for arrangement between at least the longitudinal side and the hollow chamber profile, wherein the expanding element has a counter-wedge structure which interacts with the wedge structure in such a way that a displacement of the expanding element on the longitudinal side presses the expanding element outwards transversely to the longitudinal side and thus braces the shaft part transversely to the longitudinal sides (52, 54) in the hollow chamber profile, and - a clamping body which is axially displaceable on the shaft part and is designed in such a way that the axial displacement of the clamping body displaces the expanding element on the longitudinal side, characterized in that - the clamping body entrains the expanding element in the axial direction during its axial displacement and thus causes an axial displacement of the expanding element, and - the wedge structure and the counter-wedge structure are aligned in such a way that the axial displacement of the expanding element presses the expanding element outwards transversely to the longitudinal side.
A method of reconditioning at least one of a first corrugating roll (10; 40) and a second corrugating roll (20; 50) after being used for manufacturing a single-faced corrugated cardboard sheet (h) made from a fluted corrugated medium (e) and a back liner (f), the first and the second corrugating rolls (10, 20; 40, 50) each having a fluted outer periphery surface, being mounted in a single facer for manufacturing the single-faced corrugated cardboard sheet (h) and being intermeshed with each other to manufacture the fluted corrugated medium (e), characterized in that the method comprises: conditioning at least one corrugating roll (10; 20; 40; 50) such that a curvature of an arcuate surface of a crest (12; 22; 32; 42; 52) on the at least one corrugating roll (10; 20; 40; 50) including a flute tip is increased as compared to the curvature before the conditioning, while minimizing polishing of the flute tip of the crest (12; 22; 32; 42; 52) to maintain a maximum diameter of the at least one corrugating roll (10; 20; 40; 50). conditioning at least one corrugating roll (10; 20; 40; 50) such that a curvature of an arcuate surface of a crest (12; 22; 32; 42; 52) on the at least one corrugating roll (10; 20; 40; 50) including a flute tip is increased as compared to the curvature before the conditioning, while minimizing polishing of the flute tip of the crest (12; 22; 32; 42; 52) to maintain a maximum diameter of the at least one corrugating roll (10; 20; 40; 50).
A variant protein comprising an Fc variant of a wild-type Fc polypeptide, said Fc variant comprising at least one amino acid modification in the Fc region of said wild-type Fc polypeptide, wherein said at least one amino acid modification is S267E.
Use of a composition comprising a (meth)acrylate for the preparation of a dental material, wherein the (meth)acrylate comprises a (meth)acrylate comprising (i) a reaction product of a thiol compound containing two or more thiol groups, and a (meth)acrylate compound containing two or more (meth)acryloyloxy groups, (ii) a structure represented by the following general formula, and two or more (meth)acryloyloxy groups in a molecule, or (iii) a structure containing a sulfide bond and an ester bond: wherein, in the general formula, R 2 represents a hydrogen atom or a methyl group; and each * represents a binding site. (i) a reaction product of a thiol compound containing two or more thiol groups, and a (meth)acrylate compound containing two or more (meth)acryloyloxy groups, (ii) a structure represented by the following general formula, and two or more (meth)acryloyloxy groups in a molecule, or (iii) a structure containing a sulfide bond and an ester bond: wherein, in the general formula, R 2 represents a hydrogen atom or a methyl group; and each * represents a binding site.