mhurhangee/ep-ind-claims huggingface dataset:
An antenna apparatus (10, 160) comprising: a conductive plate (100, 190, 335) extending in a first plane; a pair of conductive elements arranged to form a dipole antenna, the pair of conductive elements located in a second plane parallel to the first plane, and each conductive element forming a conductive ring in the second plane that surrounds a non-conductive inner area; a first conductive element (15, 25, 165, 175, 305) in the pair of conductive elements having a conductive bridge (45, 50) extending across the conductive ring to divide the non-conductive inner area into at least two portions; and a conductive connection (85, 90, 325) extending from the conductive bridge to the conductive plate, characterized in that: a second conductive element (20, 30, 170, 180, 310) in the pair of conductive elements is not provided with the conductive bridge; and the first and second conductive elements are shaped in the second plane such that the first conductive element has an equivalent electrical length to the second conductive element despite the provision of the conductive bridge in the first conductive element. a conductive plate (100, 190, 335) extending in a first plane; a pair of conductive elements arranged to form a dipole antenna, the pair of conductive elements located in a second plane parallel to the first plane, and each conductive element forming a conductive ring in the second plane that surrounds a non-conductive inner area; a first conductive element (15, 25, 165, 175, 305) in the pair of conductive elements having a conductive bridge (45, 50) extending across the conductive ring to divide the non-conductive inner area into at least two portions; and a conductive connection (85, 90, 325) extending from the conductive bridge to the conductive plate, a second conductive element (20, 30, 170, 180, 310) in the pair of conductive elements is not provided with the conductive bridge; and the first and second conductive elements are shaped in the second plane such that the first conductive element has an equivalent electrical length to the second conductive element despite the provision of the conductive bridge in the first conductive element.
A blower device comprising: a fan; a motor rotating the fan; a cover covering a stator and a coil of the motor; a printed circuit board electrically connected to the coil; a case (10, 20) housing the printed circuit board and facing the fan; and an elastic body arranged between the case (10, 20) and the cover and formed into an annular shape, a rotor of the motor including a rotational shaft and a yoke, characterized in that the cover is formed with a vent hole arranged radially outward from the elastic body, the vent hole faces the rotor of the motor in an axial direction of the motor; and the yoke is provided with vent holes around the rotational shaft. a fan; a motor rotating the fan; a cover covering a stator and a coil of the motor; a printed circuit board electrically connected to the coil; a case (10, 20) housing the printed circuit board and facing the fan; and an elastic body arranged between the case (10, 20) and the cover and formed into an annular shape, a rotor of the motor including a rotational shaft and a yoke, characterized in that the cover is formed with a vent hole arranged radially outward from the elastic body, the vent hole faces the rotor of the motor in an axial direction of the motor; and the yoke is provided with vent holes around the rotational shaft.
A method of limiting circumferential rotation of a split-ring seal (76, 78, 80, 82) for use in a gas turbine engine, the method comprising: inserting a retention block (90; 130) through a slot (116; 154) in a flange (102; 147) of a support structure (68; 70) and into a groove (108; 148) configured to hold a split-ring seal (76, 78, 80, 82); engaging an end of a split-ring seal (76, 78, 80, 82) in the groove (108; 148) with a surface of the retention block (90; 130); and providing axial retention of the retention block (90; 130) using a method selected from the group consisting of: engaging first and second sides (150, 152) of the flange (102; 147) with first and second inner sides (92; 94) of the retention block (90; 130); and extending a boss through a portion of the support structure (68; 70) disposed adjacent to the flange (102; 147) and swaging an end of the boss to engage the support structure (68; 70). inserting a retention block (90; 130) through a slot (116; 154) in a flange (102; 147) of a support structure (68; 70) and into a groove (108; 148) configured to hold a split-ring seal (76, 78, 80, 82); engaging an end of a split-ring seal (76, 78, 80, 82) in the groove (108; 148) with a surface of the retention block (90; 130); and providing axial retention of the retention block (90; 130) using a method selected from the group consisting of: engaging first and second sides (150, 152) of the flange (102; 147) with first and second inner sides (92; 94) of the retention block (90; 130); and extending a boss through a portion of the support structure (68; 70) disposed adjacent to the flange (102; 147) and swaging an end of the boss to engage the support structure (68; 70).
A metal scrap submergence device comprising an open top chamber including side and base walls of a heat resistant material, an inlet in a side or base wall of the chamber for receiving molten metal, an outlet in the base of said chamber, and a ramp adjacent said side wall of the chamber, said ramp having a length and a width, the width of said ramp being defined by a first edge adjacent the side wall and second interior edge, characterized in that the surface of said ramp between said first edge and said second edge is a concave surface in the direction of said width of the ramp.
Use of hot meal and/or bypass dust from a cement production process as starting material for producing hydration-accelerating nuclei from a mixture of two or more of the phases indicated below, namely CSH phases or AFt/AFm phases or hemicarbonate or monocarbonate phases, as additive for cement and/or concrete, wherein a. a suspension is produced by mixing the starting material with an aqueous solution until a solid consisting of hydration-accelerating nuclei is formed and b. the solid consisting of the hydration-accelerating nuclei is separated off from the aqueous solution and comminuted further by milling. a. a suspension is produced by mixing the starting material with an aqueous solution until a solid consisting of hydration-accelerating nuclei is formed and b. the solid consisting of the hydration-accelerating nuclei is separated off from the aqueous solution and comminuted further by milling.
Apparatus for producing pulse-duration-modulated signals for at least two signal transmission channels (CHO,..., CH7) having - a control signal generation device for producing the pulse-duration-modulated signals and - a memory device for storing modulation data associated with the pulse-duration-modulated signals, wherein the control signal generation device is designed - to determine the instant of the pulse rise and the instant of the pulse fall for each of the pulse-duration-modulated signals to be transmitted via one of the signal transmission channels (CHO,..., CH7) on the basis of a default for period duration and fill level, which default is individualized for each of the pulse-duration-modulated signals, such that at least the instant of the pulse rise in the pulse-duration-modulated signal on a first signal transmission channel (CHO,..., CH7) differs from the instant of the pulse rise in the pulse-duration-modulated signal on a further signal transmission channel (CHO,..., CH7), - to chronologically arrange the instants of the pulse rises and the instants of the pulse falls in the pulse-duration-modulated signals together in a chronology and to store these instants of the pulse rises and pulse falls as modulation data in the memory device, and - to produce a pulse rise and pulse fall for each of the pulse-duration-modulated signals transmitted via one of the signal transmission channels (CHO,..., CH7) in accordance with the modulation data stored in the memory device. - a control signal generation device for producing the pulse-duration-modulated signals and - a memory device for storing modulation data associated with the pulse-duration-modulated signals, wherein the control signal generation device is designed - to determine the instant of the pulse rise and the instant of the pulse fall for each of the pulse-duration-modulated signals to be transmitted via one of the signal transmission channels (CHO,..., CH7) on the basis of a default for period duration and fill level, which default is individualized for each of the pulse-duration-modulated signals, such that at least the instant of the pulse rise in the pulse-duration-modulated signal on a first signal transmission channel (CHO,..., CH7) differs from the instant of the pulse rise in the pulse-duration-modulated signal on a further signal transmission channel (CHO,..., CH7), - to chronologically arrange the instants of the pulse rises and the instants of the pulse falls in the pulse-duration-modulated signals together in a chronology and to store these instants of the pulse rises and pulse falls as modulation data in the memory device, and - to produce a pulse rise and pulse fall for each of the pulse-duration-modulated signals transmitted via one of the signal transmission channels (CHO,..., CH7) in accordance with the modulation data stored in the memory device.
A control lever lockout mechanism for a vehicle, in particular an agricultural tractor or utility vehicle, comprising a housing; a control lever having a lower part pivotally supported in the housing, the lower part having a lever lockout slot formed therein; and a lockout member pivotally supported in the housing, the lockout member being rotatable between a locked position, wherein a portion of the lockout member is received by the lever lockout slot, and an unlocked position, wherein the portion of the lockout member is removed from the lever lockout slot, characterized in that a spring arm projects from the lockout member, wherein the housing includes an upper cover, the upper cover having a lockout slot through which the spring arm extends.
Scanning element for an inductive position measurement device, comprising a circuit board (1.1), which circuit board comprises a first detector unit (1.11) that comprises a first receiver conductor track (1.1121) that is arranged rotatably about an axis in the circumferential direction (x), wherein the course of the first receiver conductor track (1.1121) - is periodic along a first line, - has a first gap along its extent in the circumferential direction (x), - has a first amplitude in the first quadrant or in the second quadrant of a Cartesian coordinate system and - has a second amplitude (J12, J13) in the third quadrant or in the fourth quadrant of the coordinate system, wherein the origin of the coordinate system comes to lie on the axis and the ordinate runs centrally through the first gap with respect to the circumferential direction (x), and the second amplitude (J12, J13) is smaller than the first amplitude. comprises a first detector unit (1.11) that comprises a first receiver conductor track (1.1121) that is arranged rotatably about an axis in the circumferential direction (x), wherein the course of the first receiver conductor track (1.1121) - is periodic along a first line, - has a first gap along its extent in the circumferential direction (x), - has a first amplitude in the first quadrant or in the second quadrant of a Cartesian coordinate system and - has a second amplitude (J12, J13) in the third quadrant or in the fourth quadrant of the coordinate system, wherein - is periodic along a first line, - has a first gap along its extent in the circumferential direction (x), - has a first amplitude in the first quadrant or in the second quadrant of a Cartesian coordinate system and - has a second amplitude (J12, J13) in the third quadrant or in the fourth quadrant of the coordinate system, wherein the origin of the coordinate system comes to lie on the axis and the ordinate runs centrally through the first gap with respect to the circumferential direction (x), and the second amplitude (J12, J13) is smaller than the first amplitude.
A holder for securing an item, such as a receptacle for receiving foodstuff, the holder comprising: - a housing, - the housing having a top face configured for supporting a bottom side of the item and a bottom face configured for being placed on a table-, counter- or desktop, - a top suction port arranged in the top face, - a bottom suction port arranged in the bottom face, - at least one vacuum pump, - the at least one vacuum pump being connected to the top suction port for creating at least a partial vacuum between the top face and the bottom side of the item for securing the item to the holder by suction, and - the at least one vacuum pump being connected to the bottom suction port for creating at least a partial vacuum between the bottom face and the table-, counter- or desktop for securing the holder to the table-, counter- or desktop by suction, the top face being provided with a top gasket surrounding the top suction port and the bottom face being provided with a bottom gasket surrounding the bottom suction port, characterized by the top gasket surrounding the top suction port on the top face forming a top suction pad, and the bottom gasket surrounding the bottom suction port on the bottom face formimg a bottom suction pad. - a housing, - the housing having a top face configured for supporting a bottom side of the item and a bottom face configured for being placed on a table-, counter- or desktop, - a top suction port arranged in the top face, - a bottom suction port arranged in the bottom face, - at least one vacuum pump, - the at least one vacuum pump being connected to the top suction port for creating at least a partial vacuum between the top face and the bottom side of the item for securing the item to the holder by suction, and - the at least one vacuum pump being connected to the bottom suction port for creating at least a partial vacuum between the bottom face and the table-, counter- or desktop for securing the holder to the table-, counter- or desktop by suction, the top face being provided with a top gasket surrounding the top suction port and the bottom face being provided with a bottom gasket surrounding the bottom suction port, characterized by the top gasket surrounding the top suction port on the top face forming a top suction pad, and the bottom gasket surrounding the bottom suction port on the bottom face formimg a bottom suction pad.
A wood product formed from acetylated wood fibre wherein the acetylated wood fibre has a moisture content from about 5% to about 8.5% w/w, wherein the wood product is formed by the acetylated wood fibre and MDI resin.
Cosmetic composition comprising: • one or more pyridinedicarboxylic acid derivatives of general formula or a salt thereof: in which R 1 and R 2 represent, independently of each other, OH, OR', -NH 2, -NHR' or -NR'R", and R' and R" represent, independently of each other, a linear or branched, saturated or unsaturated C 1 -C 18 alkyl group, or an aryl group, this alkyl or aryl group being optionally substituted with an OH, alkoxy, acyloxy, amino or alkylamino group, or R' and R" together represent a heterocycle, and • one or more antioxidants chosen from baicalin, resveratrol, ectoin and ascorbyl palmitate, and mixtures thereof. • one or more pyridinedicarboxylic acid derivatives of general formula or a salt thereof: in which R 1 and R 2 represent, independently of each other, OH, OR', -NH 2, -NHR' or -NR'R", and R' and R" represent, independently of each other, a linear or branched, saturated or unsaturated C 1 -C 18 alkyl group, or an aryl group, this alkyl or aryl group being optionally substituted with an OH, alkoxy, acyloxy, amino or alkylamino group, or R' and R" together represent a heterocycle, and • one or more antioxidants chosen from baicalin, resveratrol, ectoin and ascorbyl palmitate, and mixtures thereof.
A modified vascular endothelial growth factor (VEGF) protein comprising substitutions with a positively charged amino acid at residues E44, E72, and E73, wherein the modified VEGF has an increased receptor binding affinity when compared to wild-type VEGF.
An alarm device suitable for wall mounting, comprising: a support plate; at least three light-emitting units, which are disposed on the support plate and are arranged spaced apart from one another along a substantially semicircular arc; at least one reflection cup capable of being fixed to the support plate, each reflection cup being adapted to accommodate at least one of the light-emitting units, the reflection cup(s) substantially extending or being arranged in the shape of a semicircular ring, an inner surface of the reflection cup being a reflective surface and being constructed to reflect light emitted by the light-emitting unit towards a substantially cubic optical coverage volume, wherein an equivalent optical center of the alarm device is positioned in a center position on a top edge of the optical coverage volume, the alarm device further comprising a replaceable casing (29, 79) which at least partially covers a transparent cover, with at least one of the light-emitting unit and the reflection cup being removable, the replaceable casing being a first casing having a semicircular ring opening, the semicircular ring opening being adapted to expose the light-emitting units and the reflection cup, or the replaceable casing being a second casing which completely covers the transparent cover. a support plate; at least three light-emitting units, which are disposed on the support plate and are arranged spaced apart from one another along a substantially semicircular arc; at least one reflection cup capable of being fixed to the support plate, each reflection cup being adapted to accommodate at least one of the light-emitting units, the reflection cup(s) substantially extending or being arranged in the shape of a semicircular ring, an inner surface of the reflection cup being a reflective surface and being constructed to reflect light emitted by the light-emitting unit towards a substantially cubic optical coverage volume, wherein an equivalent optical center of the alarm device is positioned in a center position on a top edge of the optical coverage volume, the alarm device further comprising a replaceable casing (29, 79) which at least partially covers a transparent cover, with at least one of the light-emitting unit and the reflection cup being removable, the replaceable casing being a first casing having a semicircular ring opening, the semicircular ring opening being adapted to expose the light-emitting units and the reflection cup, or the replaceable casing being a second casing which completely covers the transparent cover.
A method for detecting an encounter of an automatic swimming pool cleaner with an object protruding from a pool surface, comprising: a. causing the automatic swimming pool cleaner to move along the pool surface; b. causing detection of a change of pitch of a body of the automatic swimming pool cleaner from a first position to a predetermined pitch angle; wherein the method comprises: c. activating a time counter based on the detected change of pitch; characterized in that the method further comprises: d. causing detection of the encounter of the automatic swimming pool cleaner with the object protruding from the pool surface based on the body returning to a pitch angle less than the predetermined pitch angle within a predetermined time period. a. causing the automatic swimming pool cleaner to move along the pool surface; b. causing detection of a change of pitch of a body of the automatic swimming pool cleaner from a first position to a predetermined pitch angle; wherein the method comprises: c. activating a time counter based on the detected change of pitch; characterized in that the method further comprises: d. causing detection of the encounter of the automatic swimming pool cleaner with the object protruding from the pool surface based on the body returning to a pitch angle less than the predetermined pitch angle within a predetermined time period.
A compensator comprising: - an upstream sleeve configured for being connected in a sealed manner to an upstream pipe, - a downstream sleeve configured for being connected in a sealed manner to a downstream pipe, - a bellows connecting, in a sealed manner, the upstream sleeve and the downstream sleeve, characterized in that the compensator further comprises a backup assembly comprising a backup bellows, the backup assembly being suitable for switching from a rest state, in which the backup assembly is not sealingly connected to at least one of the upstream sleeve and the downstream sleeve, to an operating state, in which the backup assembly is sealingly connected to the upstream sleeve and to the downstream sleeve. - an upstream sleeve configured for being connected in a sealed manner to an upstream pipe, - a downstream sleeve configured for being connected in a sealed manner to a downstream pipe, - a bellows connecting, in a sealed manner, the upstream sleeve and the downstream sleeve, characterized in that the compensator further comprises a backup assembly comprising a backup bellows, the backup assembly being suitable for switching from a rest state, in which the backup assembly is not sealingly connected to at least one of the upstream sleeve and the downstream sleeve, to an operating state, in which the backup assembly is sealingly connected to the upstream sleeve and to the downstream sleeve.