mhurhangee/ep-ind-claims huggingface dataset:
Fitting base for a mains plug, characterized in that it comprises: - a support element comprising at least one opening (111, 112) suitable for receiving at least one connector (201, 202) of the plug, - a first fixed portion having a length in the range of [1 cm, 2 cm], said first fixed portion projecting from the support element and extending along a y-axis, said Y-axis being perpendicular to an axis belonging to the plane of the support element, - a first movable portion of rectangular shape, secured to the first fixed portion, said movable portion being movable in translation along an axis substantially perpendicular to the y-axis of the first fixed portion, said movable portion having a width in the range of [3 mm, 5 mm] and a thickness in the range of [2 mm, 5 mm] and also having a shape and dimensions suitable for insertion into a first cavity of the plug when the at least one connector (201, 202) of the plug is fitted into the at least one opening (111, 112) of the support element. - a support element comprising at least one opening (111, 112) suitable for receiving at least one connector (201, 202) of the plug, - a first fixed portion having a length in the range of [1 cm, 2 cm], said first fixed portion projecting from the support element and extending along a y-axis, said Y-axis being perpendicular to an axis belonging to the plane of the support element, - a first movable portion of rectangular shape, secured to the first fixed portion, said movable portion being movable in translation along an axis substantially perpendicular to the y-axis of the first fixed portion, said movable portion having a width in the range of [3 mm, 5 mm] and a thickness in the range of [2 mm, 5 mm] and also having a shape and dimensions suitable for insertion into a first cavity of the plug when the at least one connector (201, 202) of the plug is fitted into the at least one opening (111, 112) of the support element.
A high-frequency treatment instrument for performing a high-frequency treatment on a target tissue, comprising: a sheath; a pair of arm portions (3A, 3B) which is disposed in the sheath so as to freely extend and retract, wherein the pair of arm portion is configured to be in a closed state in the sheath, and to be opened in a direction moving away from a center axial line of the sheath when it protrudes from a distal end of the sheath; and a linear treatment electrode which is connected to distal ends of the pair of arm portions (3A, 3B) and which is stretched between the pair of arm portions (3A, 3B) when the pair of arm portions (3A, 3B) is opened, wherein at least one of the pair of arm portions (3A, 3B) has a tube shape, characterized in that the linear treatment electrode is disposed to freely extend and retract in the at least one of the pair of arm portions and is relatively fixed in the other of the pair of arm portions, and in that the linear treatment electrode is configured that the pair of arm portions (3A, 3B) is opened, the linear treatment electrode comprises a first straight line portion, a second straight line portion, and a bent portion that is interposed between the first straight line portion and the second straight line portion, and the treatment electrode is stretched in an M shape. a sheath; a pair of arm portions (3A, 3B) which is disposed in the sheath so as to freely extend and retract, wherein the pair of arm portion is configured to be in a closed state in the sheath, and to be opened in a direction moving away from a center axial line of the sheath when it protrudes from a distal end of the sheath; and a linear treatment electrode which is connected to distal ends of the pair of arm portions (3A, 3B) and which is stretched between the pair of arm portions (3A, 3B) when the pair of arm portions (3A, 3B) is opened, wherein at least one of the pair of arm portions (3A, 3B) has a tube shape,
A sensor system for detecting and specifying individual particles in a fluid, with a measurement cell through which the fluid can flow, a light source (2; 30) which is arranged on the measurement cell and produces a light beam (4; 36) which runs through the measurement cell, an intensity sensor (26; 44) which is arranged on the measurement cell in a manner lying opposite the light source (2; 30) such that it detects the light beam which exits from the measurement cell, wherein the intensity sensor is designed for the separate detection of the intensity (I A, I B) of the light beam in at least two different wavelength regions (λ A, λ B), and is connected to an evaluation device which is designed in a manner such that it recognises the type of a particle which passes through the light beam on the basis of the detected intensities (I A, I B) in the two wavelength regions (λ A; λ B) such that microorganisms in the fluid can be detected, wherein the evaluation device is designed in a manner such that for determining the absorptivity (A A, A B) for a detected wavelength region (λ A), it subtracts the currently detected intensity (I A, I B) from a previously detected or stored base intensity (I 0,A; I 0,B; I 0,C) of the light beam without particles, characterized in that the evaluation device is designed in a manner that it puts the determined absorptivities (A A, A B) for two different wavelength regions (λ A;λ B) into a ratio to one another and compares this ratio to a stored ratio value (54, 56) for a certain particle to be recognised, and the evaluation device compares the intensities which are currently detected in the two wavelength regions with predefined limit values.
Molybdenum metal powder which has a specific surface area, measured in accordance with ASTM 3663, of from 0.5 to 2 m 2 /g, a flowability of ≥ 140 sec per 50 g of powder, measured in accordance with ASTM B 213, and an oxygen content of from 0.07 to 0.5 %.
Method for painting vehicle parts in the form of motor vehicle bodies or parts/modules of a motor vehicle body using a two or multi-component reactive system, comprising the steps: - providing a two or multi-component reactive system, comprising at least one of the components in a microencapsulated form; - applying the reactive system in a dip coating process or by sprinkling or spraying onto a surface area of a vehicle part; - conditioning the vehicle part having the reactive system applied thereon to predetermined reaction conditions; reducing a pressure (ambient pressure) acting on the reactive system for releasing the microencapsulated component; and - allowing the reactive system to react forming a cured paint layer. - providing a two or multi-component reactive system, comprising at least one of the components in a microencapsulated form; - applying the reactive system in a dip coating process or by sprinkling or spraying onto a surface area of a vehicle part; - conditioning the vehicle part having the reactive system applied thereon to predetermined reaction conditions; - allowing the reactive system to react forming a cured paint layer.
A method comprising: - authenticating a user device to an access point of a Wireless Local Area Network, WLAN or WiFi network; wherein authenticating the user device comprises receiving an authentication message from the user device and connecting to the access point after successful authentication; - determining, by a network device, a location of the user device; - assigning a Virtual Local Area Network, VLAN, to the user device based on the location of the user device; and - providing at least one service available via the assigned VLAN network, characterised in that it comprises: tagging each incoming authentication message with a set of three-dimensional coordinates representing the location of the user device. - authenticating a user device to an access point of a Wireless Local Area Network, WLAN or WiFi network; wherein authenticating the user device comprises receiving an authentication message from the user device and connecting to the access point after successful authentication; - determining, by a network device, a location of the user device; - assigning a Virtual Local Area Network, VLAN, to the user device based on the location of the user device; and - providing at least one service available via the assigned VLAN network,
A tire having a tread portion, wherein a hexagonal sipe group having a plurality of straight sipe pieces arranged so as to form a plurality of hexagons is provided on the tread portion, and the hexagonal sipe group includes a first depth portion and a second depth portion having a smaller depth in a tire radial direction than the first depth portion, characterized in that the first depth portion includes, in the tire radial direction, at least one bent portion bent in a direction orthogonal to a longitudinal direction of the sipe piece. a hexagonal sipe group having a plurality of straight sipe pieces arranged so as to form a plurality of hexagons is provided on the tread portion, and the hexagonal sipe group includes a first depth portion and a second depth portion having a smaller depth in a tire radial direction than the first depth portion, characterized in that the first depth portion includes, in the tire radial direction, at least one bent portion bent in a direction orthogonal to a longitudinal direction of the sipe piece.
Shaping system with at least one shape component, wherein the shape component comprises a shaping component which comprises a plurality of individual cardboard form elements, wherein upper edges and/or upper sides of the cardboard form elements together form a contour, the cardboard form elements are inserted into one another, and through openings are formed between the cardboard form elements, and at least one shaping mat resting against the contour is arranged on the shaping component, characterized in that the shaping component stands on a carrier which is coupled with a lifting system.
A ballistic vest system comprising: a ballistic vest plate carrier defining a front pocket and including a ballistic soft armor component defining a soft armor body; a ballistic plate defining a plate body forming a peripheral area and a non-peripheral area configured to be disposed within the front pocket of the ballistic vest plate carrier; and a ballistic ridge component including a body having a rear surface, a front surface, a side surface, and an interior surface formed on an opposite side of the rear surface, the front surface, and the side surface collectively defining a channel, characterized in that the entirety of the peripheral area of the ballistic plate is configured to be received within the channel and the ballistic ridge component is configured to substantially cover and protect the entirety of the peripheral area of the ballistic plate, the front surface and the rear surface collectively defining an opening exposing the non-peripheral area of the ballistic plate. a ballistic vest plate carrier defining a front pocket and including a ballistic soft armor component defining a soft armor body; a ballistic plate defining a plate body forming a peripheral area and a non-peripheral area configured to be disposed within the front pocket of the ballistic vest plate carrier; and a ballistic ridge component including a body having a rear surface, a front surface, a side surface, and an interior surface formed on an opposite side of the rear surface, the front surface, and the side surface collectively defining a channel, characterized in that the entirety of the peripheral area of the ballistic plate is configured to be received within the channel and the ballistic ridge component is configured to substantially cover and protect the entirety of the peripheral area of the ballistic plate, the front surface and the rear surface collectively defining an opening exposing the non-peripheral area of the ballistic plate.
A charging device of an air circuit breaker including a worm gear rotated to provide power for charging a closing spring through a driving motor and a rotation support device into which the worm gear is inserted and supported, characterized in that the rotation support device comprises: a housing; a first support member provided within the housing, allowing the worm gear to be inserted therein and preventing shaking when the worm gear rotates, and having a rotation preventing part preventing rotation in association with rotation of the worm gear; and a second support member provided at one end of the worm gear and positioned within the first support member together with the worm gear to prevent shaking when the worm gear rotates, wherein the second support member is formed as a ball bearing and connected to the one end of the worm gear through welding, and wherein the second support member is inserted into a worm gear insertion recess of the first support member such that an outer circumferential surface of the second support member is in contact with an inner surface of the first support member in the worm gear insertion recess. a housing; a first support member provided within the housing, allowing the worm gear to be inserted therein and preventing shaking when the worm gear rotates, and having a rotation preventing part preventing rotation in association with rotation of the worm gear; and a second support member provided at one end of the worm gear and positioned within the first support member together with the worm gear to prevent shaking when the worm gear rotates, wherein the second support member is formed as a ball bearing and connected to the one end of the worm gear through welding, and wherein the second support member is inserted into a worm gear insertion recess of the first support member such that an outer circumferential surface of the second support member is in contact with an inner surface of the first support member in the worm gear insertion recess.
Sport footwear comprising: - a sole; - an upper comprising a lower portion, suitable for wrapping around the user's foot and ankle, and a leg piece extending along a longitudinal axis and suitable for wrapping around the user's leg; - a plurality of rigid or semi-rigid protections (6, 7, 8, 9) affixed to the upper; - a flex adjustment device; wherein said flex adjustment device comprises at least one first transverse rib and one second transverse rib, and wherein said flex adjustment device is configured to be affixed in a flexing area of the upper, so as to limit the forward (Ff) or backward (Rf) flexing movements of the leg piece with respect to the lower portion of the upper, characterized in that said flex adjustment device is configured to be placed between two of said rigid or semi-rigid protections (6, 7, 8, 9); and in that said at least one first transverse rib and said at least one second transverse rib are connected together by means of a longitudinal constraint member. - a sole; - an upper comprising a lower portion, suitable for wrapping around the user's foot and ankle, and a leg piece extending along a longitudinal axis and suitable for wrapping around the user's leg; - a plurality of rigid or semi-rigid protections (6, 7, 8, 9) affixed to the upper; - a flex adjustment device; wherein said flex adjustment device comprises at least one first transverse rib and one second transverse rib, and wherein said flex adjustment device is configured to be affixed in a flexing area of the upper, so as to limit the forward (Ff) or backward (Rf) flexing movements of the leg piece with respect to the lower portion of the upper, characterized in that said flex adjustment device is configured to be placed between two of said rigid or semi-rigid protections (6, 7, 8, 9); and in that said at least one first transverse rib and said at least one second transverse rib are connected together by means of a longitudinal constraint member.
Safety switching device comprising: a fail-safe control unit; a first and a second electronic switching element; at least one input terminal for receiving a first switching signal that causes a switching of said switching elements, and a clocked output terminal for connecting said safety switching device to a second safety switching device, said clocked output terminal providing a clocked signal depending on the first switching signal and being monitored by said control unit for performing a cross fault detection, wherein said clocked output terminal is further adapted to provide power to said second safety switching device, wherein said clocked signal comprises a train of pulses indicative of a true safety status of the safety switching device, said clocked output terminal outputs a constant 0 V signal, if the safety status of the safety switching device indicates a fault, and wherein the clocked signal differs from all other clocked signals present in the safety switching device. a fail-safe control unit; a first and a second electronic switching element; at least one input terminal for receiving a first switching signal that causes a switching of said switching elements, and a clocked output terminal for connecting said safety switching device to a second safety switching device, said clocked output terminal providing a clocked signal depending on the first switching signal and being monitored by said control unit for performing a cross fault detection, wherein said clocked output terminal is further adapted to provide power to said second safety switching device, wherein said clocked signal comprises a train of pulses indicative of a true safety status of the safety switching device, said clocked output terminal outputs a constant 0 V signal, if the safety status of the safety switching device indicates a fault, and wherein the clocked signal differs from all other clocked signals present in the safety switching device.
Springform pan for baking pastries, in particular cake, with the springform pan comprising a. a bottom, b. a rim which is connectable to the bottom, the rim comprising i. a first rim portion, ii. a second rim portion, and iii. a third rim portion, and c. a closure which is provided at the third rim portion for opening and closing the springform pan, wherein d. the first rim portion and the second rim portion are pivotably connected to each other, e. that the rim has a contour in the shape of a segment of a circle having a center, in particular a central angle of 90°, when the springform pan (1; 1a) is in a closed position, f. the bottom is in the shape of a segment of a circle with a center, in particular a central angle of 90°, when the springform pan is in a closed position, g. a hinge (8; 8a) for pivotably connecting the first rim portion to the second rim portion isprovided, characterized in that h. the bottom is connected with the rim in such a way that the hinge is arranged at the center, i. the hinge is formed by a bending region wherein j. the first rim portion and the second rim portion are formed in one piece with each other and are connected via the one-piece bending region, in the manner of an integral hinge, with the first rim portion and the second rim portion being pivotable relative to each other via the one-piece bending region. a. a bottom, b. a rim which is connectable to the bottom, the rim comprising i. a first rim portion, ii. a second rim portion, and iii. a third rim portion, and i. a first rim portion, ii. a second rim portion, and iii. a third rim portion, and c. a closure which is provided at the third rim portion for opening and closing the springform pan, wherein d. the first rim portion and the second rim portion are pivotably connected to each other, e. that the rim has a contour in the shape of a segment of a circle having a center, in particular a central angle of 90°, when the springform pan (1; 1a) is in a closed position, f. the bottom is in the shape of a segment of a circle with a center, in particular a central angle of 90°, when the springform pan is in a closed position, g. a hinge (8; 8a) for pivotably connecting the first rim portion to the second rim portion isprovided, characterized in that h. the bottom is connected with the rim in such a way that the hinge is arranged at the center, i. the hinge is formed by a bending region wherein j. the first rim portion and the second rim portion are formed in one piece with each other and are connected via the one-piece bending region, in the manner of an integral hinge, with the first rim portion and the second rim portion being pivotable relative to each other via the one-piece bending region.
An optical system comprising: in order from an object side to an image side, a first lens unit having a positive refractive power; an aperture stop; and a second lens unit, wherein the first lens unit includes: a first-a lens unit (L1a) having a positive refractive power; and a first-b lens unit (L1b) having a negative refractive power which moves along an optical axis in focusing, wherein the first-b lens unit (L1b) includes at least one negative lens and at least one positive lens 1bp, and wherein the following conditional expression is satisfied: 0.020 < θgF 1 − 0.6438 + 0.001682 × vd 1 < 0.100, where θgF1 denotes a partial dispersion ratio of a material of the positive lens 1bp and vd1 denotes Abbe number of the positive lens 1bp. a first-a lens unit (L1a) having a positive refractive power; and a first-b lens unit (L1b) having a negative refractive power which moves along an optical axis in focusing,
A method comprising: determining an estimated speed and estimated alignment of a rotor based, at least in part, on signals obtained from at least one sensor of a plurality of sensors (100, 102 and 104); determining an alignment offset based, at least in part, on the estimated rotor speed and alignment of the rotor; wherein the determining the alignment offset further comprises: determining a timing window corresponding to a time at which a rotor tooth is expected to be detected by a sensor of the plurality of sensors (100, 102 and 104); and incrementing an error count responsive to a determination that the rotor tooth is not detected by the sensor of the plurality of sensors (100, 102 and 104) in the determined timing window; and transmitting one or more current pulses to one or more coil windings of a stator based, at least in part, on the alignment offset. determining an estimated speed and estimated alignment of a rotor based, at least in part, on signals obtained from at least one sensor of a plurality of sensors (100, 102 and 104); determining an alignment offset based, at least in part, on the estimated rotor speed and alignment of the rotor; wherein the determining the alignment offset further comprises: determining a timing window corresponding to a time at which a rotor tooth is expected to be detected by a sensor of the plurality of sensors (100, 102 and 104); and incrementing an error count responsive to a determination that the rotor tooth is not detected by the sensor of the plurality of sensors (100, 102 and 104) in the determined timing window; and transmitting one or more current pulses to one or more coil windings of a stator based, at least in part, on the alignment offset. determining a timing window corresponding to a time at which a rotor tooth is expected to be detected by a sensor of the plurality of sensors (100, 102 and 104); and incrementing an error count responsive to a determination that the rotor tooth is not detected by the sensor of the plurality of sensors (100, 102 and 104) in the determined timing window; and transmitting one or more current pulses to one or more coil windings of a stator based, at least in part, on the alignment offset.