mhurhangee/ep-ind-claims huggingface dataset:
Structure, comprising: - a plurality of spacers, each spacer comprising a first longitudinal side and a second, opposite longitudinal side, wherein loops (6, 7) are provided along the first and second longitudinal sides (4, 5), wherein first loops of said loops (6, 7) define an opening therein with a size that is larger than an outer dimension of second loops of said loops (6, 7), such that the second loops are allowed to pass through said openings in the first loops, wherein the spacers are coupled to each other in such a manner that the second loops of a said spacer extend through the first loops of a next spacer, and wherein openings in the second loops of coupled spacers are registered in line with respect to each other, - a plurality of locking elements, each locking element extending through the openings of the second loops that are registered in line with respect to each other, thereby locking the second loops with respect to the first loops, characterized in that each spacer comprises both first loops and second loops, and wherein the first loops are present at the first longitudinal side and the second loops are present at the second longitudinal side. - a plurality of spacers, each spacer comprising a first longitudinal side and a second, opposite longitudinal side, wherein loops (6, 7) are provided along the first and second longitudinal sides (4, 5), wherein first loops of said loops (6, 7) define an opening therein with a size that is larger than an outer dimension of second loops of said loops (6, 7), such that the second loops are allowed to pass through said openings in the first loops, wherein the spacers are coupled to each other in such a manner that the second loops of a said spacer extend through the first loops of a next spacer, and wherein openings in the second loops of coupled spacers are registered in line with respect to each other, - a plurality of locking elements, each locking element extending through the openings of the second loops that are registered in line with respect to each other, thereby locking the second loops with respect to the first loops,
A counter check method which is performed in a primary base station, wherein the method comprises: receiving first identity information and first count information from a secondary base station, wherein the first identity information comprises a radio access bearer E-RAB identity of a terminal, and wherein the first count information comprises a first uplink count value of the E-RAB identity and a first downlink count value of the E-RAB identity; obtaining, according to the first identity information, second identity information corresponding to the first identity information, wherein the second identity information is a data radio bearer DRB identity of the terminal; extracting first m bits from the first uplink count value as a second uplink count value, and extracting first m bits from the first downlink count value as a second downlink count value, wherein the second uplink count value and the second downlink count value constitute second count information. sending the second identity information and the second count information to the terminal; and receiving the second identity information and a comparison result information from the terminal. receiving first identity information and first count information from a secondary base station, wherein the first identity information comprises a radio access bearer E-RAB identity of a terminal, and wherein the first count information comprises a first uplink count value of the E-RAB identity and a first downlink count value of the E-RAB identity; obtaining, according to the first identity information, second identity information corresponding to the first identity information, wherein the second identity information is a data radio bearer DRB identity of the terminal; extracting first m bits from the first uplink count value as a second uplink count value, and extracting first m bits from the first downlink count value as a second downlink count value, wherein the second uplink count value and the second downlink count value constitute second count information. sending the second identity information and the second count information to the terminal; and receiving the second identity information and a comparison result information from the terminal.
Connector for a fluid line, having a tubular housing with a mount for a support and a one-piece, continuous rotating ring, which surrounds the mount, wherein the rotating ring is pretensioned to lock the connector in a locking position and is rotatable for unlocking into a release position, wherein at least one guide channel is formed in the outer lateral surface of the housing, which has an inlet at a first end face of the housing, wherein the guide channel extends from the inlet with a curved section towards a second end face of the housing and merges into a section parallel to the end face, wherein the rotating ring is at least partially received in the guide channel.
A device for measuring the total organic carbon content of a sample of liquid comprising a device for measuring conductivity of a liquid, in particular ultrapure water, comprising two conductivity measurement electrodes (15, 16) suitable for defining a cell constant enabling the measurement of the conductivity of an ultrapure liquid, each electrode taking the form of a pattern of electrically conductive material on a substrate of electrically insulating material, a cell having a conductivity measurement chamber communicating with the outside of the cell by a liquid inlet and outlet (21, 22) provided in the cell, and at least partially covering the patterns of the conductivity measurement electrodes, and at least one window transparent to ultraviolet rays to perform photo-oxidation of the sample of liquid located in the measurement chamber, characterized in that it comprises, for the photo-oxidation, a xenon flash lamp emitting ultraviolet rays of a wavelength greater than or equal to 160 nm and less than or equal to 400 nm, and in that it is adapted to perform a conductivity measurement between two flashes of the xenon flash lamp.
A conjugate comprising: a first region comprising a human homeodomain structure and having a polypeptide sequence of SEQ ID No. 1 or 2; and a second region comprising a functional or regulatory polypeptide or protein or a pharmacologically active small molecule not naturally associated with the first region. a first region comprising a human homeodomain structure and having a polypeptide sequence of SEQ ID No. 1 or 2; and a second region comprising a functional or regulatory polypeptide or protein or a pharmacologically active small molecule not naturally associated with the first region.
A method for manufacturing a water-soluble laundry detergent sheet, the method comprising, consisting essentially of or consisting of the steps: (i) providing an aqueous liquid, preferably homogenous, composition comprising, consisting essentially of or consisting of the following components: (a) at least one acrylamide polymer, (b) at least one surfactant, (c) at least one water-soluble polymer, (d) optionally at least one washing booster selected from the group consisting of enzymes and polyalkyleneimines, (e) optionally at least one perfume component, and (f) optionally at least one adjunct detergent ingredient; (ii) applying the composition of step (i) onto a surface such that it forms a layer on said surface; (iii) drying said layer to obtain a laundry detergent sheet; and (iv) optionally cutting the laundry detergent sheet into pieces of a desired shape and size; and (v) optionally packaging one or more laundry detergent sheets obtained in step (iv), wherein the at least one acrylamide polymer is selected from the group consisting of 2-propenamide polymer with N,N,N-trimethyl-3-[(1-oxo-2-propenyl)amino]-1-propanaminium chloride; and is contained in the composition in amounts of from 0.1 to 20 wt.-%, preferably in 0.1 to 10 wt.-%, based on the total weight of the composition. (i) providing an aqueous liquid, preferably homogenous, composition comprising, consisting essentially of or consisting of the following components: (a) at least one acrylamide polymer, (b) at least one surfactant, (c) at least one water-soluble polymer, (d) optionally at least one washing booster selected from the group consisting of enzymes and polyalkyleneimines, (e) optionally at least one perfume component, and (f) optionally at least one adjunct detergent ingredient; (a) at least one acrylamide polymer, (b) at least one surfactant, (c) at least one water-soluble polymer, (d) optionally at least one washing booster selected from the group consisting of enzymes and polyalkyleneimines, (e) optionally at least one perfume component, and (f) optionally at least one adjunct detergent ingredient; (ii) applying the composition of step (i) onto a surface such that it forms a layer on said surface; (iii) drying said layer to obtain a laundry detergent sheet; and (iv) optionally cutting the laundry detergent sheet into pieces of a desired shape and size; and (v) optionally packaging one or more laundry detergent sheets obtained in step (iv), is selected from the group consisting of 2-propenamide polymer with N,N,N-trimethyl-3-[(1-oxo-2-propenyl)amino]-1-propanaminium chloride; and is contained in the composition in amounts of from 0.1 to 20 wt.-%, preferably in 0.1 to 10 wt.-%, based on the total weight of the composition.
A coating material for fried and/or deep-fried food consisting in an oil/fat-treated starch obtained by treating a raw starch containing 50% by mass or more of pea starch with ranges between 0.01 and 1.0% by mass of an oil or fat and heat-maturing at a temperature from 30 to 150°C for between 1 and 336 hours, the starch having an amylose content ranging between 10 and 60 % by mass as measured by amperometric titration according to the iodine affinity measurement method, characterized in that the resulting oil/fat-treated starch has a viscosity retention rate not less than 75% as calculated from the formula: V = Ve / Vp x 100 Vp being the peak viscosity on a viscosity curve measured from a starch suspension having a concentration of anhydrous starch of 8% from 40°C to 95°C at a rate of 1.5°C/min and Ve being the viscosity after a 10 min standing period at 95°C, with the proviso that V=100% when a peak does not appear by the time the measurement is completed.
A method comprising: determining a descent profile based on a current altitude and a current vertical speed of an aircraft; determining a maximum pitch profile associated with the descent profile; determining a current pitch profile based on a current pitch attitude and a current pitch rate of the aircraft; comparing the current pitch profile with the maximum pitch profile to determine an excess current pitch profile; and limiting an elevator command signal based on the comparison to reduce a probability of an aircraft tail strike. determining a descent profile based on a current altitude and a current vertical speed of an aircraft; determining a maximum pitch profile associated with the descent profile; determining a current pitch profile based on a current pitch attitude and a current pitch rate of the aircraft; comparing the current pitch profile with the maximum pitch profile to determine an excess current pitch profile; and limiting an elevator command signal based on the comparison to reduce a probability of an aircraft tail strike.
A camera assembly for an industrial vehicle cab, comprising: - a supporting arm having a main axis, said supporting arm including a first portion and a second portion, the first portion having a first end provided with a mounting device for mounting on the cab and a second end coupled to the second portion; - a camera arranged on said second portion of the supporting arm, for providing an image of a surrounding area; the first portion and the second portion of the supporting arm are coupled via coupling means which are configured so that the second portion can move relative to the first portion between: - a first operative position, in which the camera is adapted to provide an image of a first surrounding area; - and a second operative position, in which the camera is adapted to provide an image of a second surrounding area (64, 64') distinct from the first surrounding area, characterized in that - the camera has an optical axis, and in that the optical axis in the first operative position and the optical axis in the second operative position form an angle (α) in a horizontal plane in the mounted position of the camera assembly on the cab, said angle (α) having a minimum value of 90°, and a maximum value of 200, - the camera has an optical axis, and in that the optical axis in the first operative position and the optical axis in the second operative position form an angle (β) in a vertical longitudinal plane in the mounted position of the camera assembly on the cab, said angle (β) having a minimum value of 90°, preferably 100°, more preferably 120°, and a maximum value of 160°, preferably 150°, more preferably 130°. - a supporting arm having a main axis, said supporting arm including a first portion and a second portion, the first portion having a first end provided with a mounting device for mounting on the cab and a second end coupled to the second portion; - a camera arranged on said second portion of the supporting arm, for providing an image of a surrounding area; - a first operative position, in which the camera is adapted to provide an image of a first surrounding area; - and a second operative position, in which the camera is adapted to provide an image of a second surrounding area (64, 64') distinct from the first surrounding area, characterized in that - the camera has an optical axis, and in that the optical axis in the first operative position and the optical axis in the second operative position form an angle (α) in a horizontal plane in the mounted position of the camera assembly on the cab, said angle (α) having a minimum value of 90°, and a maximum value of 200, - the camera has an optical axis, and in that the optical axis in the first operative position and the optical axis in the second operative position form an angle (β) in a vertical longitudinal plane in the mounted position of the camera assembly on the cab, said angle (β) having a minimum value of 90°, preferably 100°, more preferably 120°, and a maximum value of 160°, preferably 150°, more preferably 130°.
A window or door with a fitting part (8 - 10, 29) of a drive rod fitting fastened thereon, with at least one fastening means for holding the fitting part (8 - 10, 29) in a pocket (17, 23, 27) on the window or the door, wherein the pocket (17, 23, 27) is open toward a rebate face (4, 5) arranged between a frame and a casement of the window or the door, characterized in that the fastening means is a non-positively held pin (12, 13, 24, 31) and that the pin (12, 13, 24, 31) is arranged transversely to an opening of the pocket (17, 23, 27) and that the pin engages behind the fitting part (8 - 10, 29) and that the pin (12, 13, 24, 31) is held non-positively in walls of the pocket (17, 23, 27).
Electromagnetic flowmeter with a sensor, wherein the sensor comprises a measuring tube through which a fluid flows, a magnetic system to generate a magnetic field, at least one electrode integrated in the measuring tube, said electrode being designed to measure an electrical voltage, wherein a fixing device is provided to fix the electrode on the measuring tube, characterized in that the electrode has a shoulder with which the electrode rests on the measuring tube, in that the fixing device rests at least partially on the shoulder of the electrode, in that the fixing device is at least partially made of a plastic material, and in that the fixing device is connected to the measuring tube by a plastic welding technology, wherein, by means of the pressure of the fixing device on the shoulder of the electrode, the electrode is pressed into a bore in which the electrode is inserted and placed into a designated position.
A signal receiving apparatus (10, 20), comprising: input means (12, 22) for receiving signals including specific digital content; memory means (14, 24) for storing a digital key assigned to said specific digital content and to said signal receiving apparatus (10, 20); encryption means (1 6, 26) for encrypting said specific digital content using said digital key to generate encrypted digital data; and output means (1 8, 28) for outputting said encrypted digital data to a recording apparatus; characterized in that said signal receiving apparatus is configured to receive said digital key only from an external signal source. input means (12, 22) for receiving signals including specific digital content; memory means (14, 24) for storing a digital key assigned to said specific digital content and to said signal receiving apparatus (10, 20); encryption means (1 6, 26) for encrypting said specific digital content using said digital key to generate encrypted digital data; and output means (1 8, 28) for outputting said encrypted digital data to a recording apparatus; characterized in that said signal receiving apparatus is configured to receive said digital key only from an external signal source.
Shaker for gentle pile driving comprising a fixator for mechanically fixing a vibrator to a pile, at least one motor, a vibrator adapted to provide vertical vibration of the pile at a first vibration frequency and torsion to the pile at a second torsion frequency, wherein the vibrator comprises at least two groups i≥2 of eccentric masses, each group i comprising at least two equal masses j, wherein each individual mass m i,j is positioned at a distance d i from the vibrator, wherein the mass m i,j is attached along an at least one horizontal axis ha i, and wherein a mass m i,1 on one side is displaced 180 degrees with respect to a mass m i,2 on the other side of the same axis ha i, wherein the at least one motor is for rotating the masses m i,j around their horizontal axis ha i, such that in a group i masses m i,j rotate at a same angular velocity ω i along said horizontal axis ha i, and in a group i+1 masses m i+1,j rotate at an opposite angular velocity ω i+1 along said horizontal axis ha i+1, wherein angular velocity ω i is different from angular velocity ω i+1, and a controller for driving the at least one motor, for controlling each individual angular velocity ω i of group i of masses m i,j, for controlling a sum of horizontal forces produced by the respective masses, and for balancing a sum of vertical forces produced by the respective masses. a fixator for mechanically fixing a vibrator to a pile, at least one motor, a vibrator adapted to provide vertical vibration of the pile at a first vibration frequency and torsion to the pile at a second torsion frequency, wherein the vibrator comprises at least two groups i≥2 of eccentric masses, each group i comprising at least two equal masses j, wherein each individual mass m i,j is positioned at a distance d i from the vibrator, wherein the mass m i,j is attached along an at least one horizontal axis ha i, and wherein a mass m i,1 on one side is displaced 180 degrees with respect to a mass m i,2 on the other side of the same axis ha i, wherein the at least one motor is for rotating the masses m i,j around their horizontal axis ha i, such that in a group i masses m i,j rotate at a same angular velocity ω i along said horizontal axis ha i, and in a group i+1 masses m i+1,j rotate at an opposite angular velocity ω i+1 along said horizontal axis ha i+1, wherein angular velocity ω i is different from angular velocity ω i+1, and a controller for driving the at least one motor, for controlling each individual angular velocity ω i of group i of masses m i,j, for controlling a sum of horizontal forces produced by the respective masses, and for balancing a sum of vertical forces produced by the respective masses.
A method for decoding video information of a multi-layer bitstream, said bitstream being a multi-view High Efficiency Video Coding, HEVC, bitstream the video information comprising an inter-layer reference picture set, RPS, including a plurality of inter-layer subsets, the method comprising: determining whether a candidate inter-layer reference picture is present in the bitstream; in response to determining that the candidate inter-layer reference picture is not present in the bitstream: determining an inter-layer RPS subset to which the candidate inter-layer reference picture belongs, the determining of the inter-layer RPS subset to which the candidate inter-layer reference picture belongs being based on: (i) the view identifier of the current layer, (ii) the view identifier of the layer to which the candidate inter-layer reference picture belongs and (iii) the view identifier of the base layer; indicating that no reference picture is present in the inter-layer RPS subset to which the candidate inter-layer reference picture belongs; and decoding the video information. determining whether a candidate inter-layer reference picture is present in the bitstream; in response to determining that the candidate inter-layer reference picture is not present in the bitstream: determining an inter-layer RPS subset to which the candidate inter-layer reference picture belongs, the determining of the inter-layer RPS subset to which the candidate inter-layer reference picture belongs being based on: (i) the view identifier of the current layer, (ii) the view identifier of the layer to which the candidate inter-layer reference picture belongs and (iii) the view identifier of the base layer; indicating that no reference picture is present in the inter-layer RPS subset to which the candidate inter-layer reference picture belongs; and decoding the video information. determining an inter-layer RPS subset to which the candidate inter-layer reference picture belongs, the determining of the inter-layer RPS subset to which the candidate inter-layer reference picture belongs being based on: (i) the view identifier of the current layer, (ii) the view identifier of the layer to which the candidate inter-layer reference picture belongs and (iii) the view identifier of the base layer; indicating that no reference picture is present in the inter-layer RPS subset to which the candidate inter-layer reference picture belongs; and decoding the video information.
A method of providing coordinated exit assistance at an incident scene, comprising a processor: receiving sensor data from at least one sensor located at the incident scene; receiving position data for an emergency responder person located at the incident scene; based on the received sensor data and position data, calculating a first exit route (318, 320) for the emergency responder person (306, 308) to exit the incident scene and characterized by determining when to require exit of the emergency responder person from the incident scene by estimating the time for the emergency responder person to reach safety from the incident scene using the first exit route and estimating the time that the emergency responder person is able to remain at the incident scene, wherein estimating the time that the emergency responder person is able to remain at the incident scene comprises estimating the time for biometric data of the emergency responder person to reach an unsafe level. receiving sensor data from at least one sensor located at the incident scene; receiving position data for an emergency responder person located at the incident scene; based on the received sensor data and position data, calculating a first exit route (318, 320) for the emergency responder person (306, 308) to exit the incident scene and characterized by determining when to require exit of the emergency responder person from the incident scene by estimating the time for the emergency responder person to reach safety from the incident scene using the first exit route and estimating the time that the emergency responder person is able to remain at the incident scene, wherein estimating the time that the emergency responder person is able to remain at the incident scene comprises estimating the time for biometric data of the emergency responder person to reach an unsafe level.