mhurhangee/ep-ind-claims huggingface dataset:
An antenna apparatus, comprising: one antenna body, a first filter apparatus, and a second filter apparatus; wherein the antenna body is a loop antenna in a symmetric structure, the first filter apparatus comprises a first inductor and a first high-pass low-cut component, wherein the first high-pass low-cut component is a switch, and the second filter apparatus comprises a second inductor and a second high-pass low-cut component, wherein the second high-pass low-cut component is a switch; a feed connector is disposed on the first filter apparatus, and a ground connector is disposed on the second filter apparatus; and the first inductor and the first high-pass low-cut component are both electrically connected in parallel between a first end of the antenna body and the feed connector; and the second inductor and the second high-pass low-cut component are both electrically connected in parallel between a second end of the antenna body and the ground connector, wherein the values of the first inductor and the second inductor are equal. one antenna body, a first filter apparatus, and a second filter apparatus; wherein the antenna body is a loop antenna in a symmetric structure, the first filter apparatus comprises a first inductor and a first high-pass low-cut component, wherein the first high-pass low-cut component is a switch, and the second filter apparatus comprises a second inductor and a second high-pass low-cut component, wherein the second high-pass low-cut component is a switch; a feed connector is disposed on the first filter apparatus, and a ground connector is disposed on the second filter apparatus; and the first inductor and the first high-pass low-cut component are both electrically connected in parallel between a first end of the antenna body and the feed connector; and the second inductor and the second high-pass low-cut component are both electrically connected in parallel between a second end of the antenna body and the ground connector, wherein the values of the first inductor and the second inductor are equal.
A device, comprising at least one layer of an active material having a first optical thickness, the active material being selected so as to experience a change (i) of at least one size dimension, (ii) of the resistance, (iii) of the refractive index or (iv) combinations of two or more of the foregoing, when the active material is subjected to a change in environment, wherein at least one and preferably all of the at least one layer of the active material is composed of at least two nanosheets of the active material, with the at least two nanosheets randomly overlapping one another, characterised in that the active material of at least one and preferably of all of the at least one layers has the general formula: H a x y O z •nH 2 O, where M1 is selected from the group comprising group 2 elements, group 4 elements, group 5 elements, group 14 elements, group 15 elements, rare earth elements, as well as Mn, Fe, Co, Ni, Zn, Cd and all solid solution and substitution compounds of these elements; M2 is selected from the group of elements comprising group 15 elements, group 5 elements and all solid solutions of these elements, with M2 being different from M1; where a = 0 - 10; x = 0 - 10; y = 0 - 10; z = 1 - 30; and n= 0 - 50, wherein when x = 0, y is not equal to 0, and when y = 0, x is not equal to 0.
Refractory wall, in particular for a combustion furnace, having a vessel wall formed by a tube wall comprising tubes connected by webs and a refractory protective cladding disposed in front of same at a spacing relative thereto and comprising a plurality of refractory plates arranged in rows and columns in mutually juxtaposed or superposed relationship, which are respectively secured by way of at least one plate holder on the vessel wall, wherein for each plate a respective bridge element arranged on the plate is supported in a vertical direction on a plate holder, wherein the bridge elements divide the height of the plates respectively into a shorter plate portion and a longer plate portion and wherein at least some of the plates are arranged in pair-wise relationship in the vertical direction, wherein the two plates of each plate pair are respectively of an identical configuration and are arranged mutually rotated through 180° in abutting relationship with their shorter plate portions.
A yarn winding machine comprising: a yarn supplying section adapted to supply a yarn; a winding section adapted to wind the yarn supplied by the yarn supplying section into a package while traversing the yarn; a yarn pooling device arranged between the yarn supplying section and the winding section and adapted to pool the yarn; a pooled-amount monitoring section adapted to acquire a pooled amount of the yarn in the yarn pooling device as an analog amount; and a controller adapted to perform a first control to adjust at least one of an entry speed, which is a running speed of the yarn entering the yarn pooling device, and an exit speed, which is the running speed of the yarn leaving the yarn pooling device, such that the pooled amount converges to a target value, characterized in that the pooled-amount monitoring section is adapted to acquire the pooled amount from the entry speed, which is the running speed of the yarn entering the yarn pooling device, and the exit speed. a yarn supplying section adapted to supply a yarn; a winding section adapted to wind the yarn supplied by the yarn supplying section into a package while traversing the yarn; a yarn pooling device arranged between the yarn supplying section and the winding section and adapted to pool the yarn; a pooled-amount monitoring section adapted to acquire a pooled amount of the yarn in the yarn pooling device as an analog amount; and a controller adapted to perform a first control to adjust at least one of an entry speed, which is a running speed of the yarn entering the yarn pooling device, and an exit speed, which is the running speed of the yarn leaving the yarn pooling device, such that the pooled amount converges to a target value, characterized in that the pooled-amount monitoring section is adapted to acquire the pooled amount from the entry speed, which is the running speed of the yarn entering the yarn pooling device, and the exit speed.
A ventilation device for ventilating a room in a building, said building comprising a window, said window comprising at least two essentially parallel panes of glass, said at least two panes of glass being arranged in a common frame, casement or sash, hereinafter referred to as a frame (2, 4), or in two or more juxtaposed and preferably connected frames (2, 4), thus forming said window, e.g. a double window, where said at least two panes of glass are arranged with a distance, and thus appear with an air space between said panes of glass, said window further comprising an intake opening communicating with said air space and with either the interior or the exterior of said building, where said ventilation device comprises a drive unit and at least one air direction control unit, where said air direction control unit is arranged in connection with said window and where said air direction control unit comprises a body, having a first throttle and a second throttle, said air direction control unit further comprises means (21, 22) for operating said first and second throttle (15, 16) between an open and a closed position, further said body comprises a first opening communicating with the interior of said building, a second opening communicating with the exterior of said building and a third opening communicating with said air space characterised in that said air direction control unit comprises a shaft, where said throttles (15, 16) are connected, hinged, to said shaft and wherein said first and second throttles (15, 16), when closed, rest against a seat in the first (17, 27) and/or in the second (18, 28) opening in said body.
A composition comprising an amine and an epoxy wherein the von Mises strain is at least 0.300, the composition comprising one of the following combinations of amine and epoxy a Bisphenol F based tri-functional novolac epoxy resin and a 4,4' bis(3-aminophenoxy) diphenylsulfone; a Bisphenol F based tri-functional novolac epoxy resin and a 3,3' diaminodiphenylsulfone; a Bisphenol F based tri-functional novolac epoxy resin and a 1,3 bis(3-aminophenoxy) benzene; a diglycidyl α, α'-bis(4-hydroxyphenyl)-p-diisopropylbenzene and a 4,4' bis(3-aminophenoxy) diphenylsulfone; a 1,3 bis(4-aminophenoxy)-2,2 dimethylpropane and a diglycidyl ether of Bisphenol-A; and a 1,3 bis(3-aminophenoxy)-2,2 dimethylpropane and a diglycidyl ether of Bisphenol-A. a Bisphenol F based tri-functional novolac epoxy resin and a 4,4' bis(3-aminophenoxy) diphenylsulfone; a Bisphenol F based tri-functional novolac epoxy resin and a 3,3' diaminodiphenylsulfone; a Bisphenol F based tri-functional novolac epoxy resin and a 1,3 bis(3-aminophenoxy) benzene; a diglycidyl α, α'-bis(4-hydroxyphenyl)-p-diisopropylbenzene and a 4,4' bis(3-aminophenoxy) diphenylsulfone; a 1,3 bis(4-aminophenoxy)-2,2 dimethylpropane and a diglycidyl ether of Bisphenol-A; and a 1,3 bis(3-aminophenoxy)-2,2 dimethylpropane and a diglycidyl ether of Bisphenol-A.
A security document comprising a substrate, a foil element comprising a security feature, wherein said foil element has a top surface facing away from said substrate and a bottom surface attached to said substrate, printed machine-readable markings (4, 14, 15) on said top surface or between said bottom surface and said substrate, wherein said markings (4, 14, 15) intersect at least partially with said foil element, wherein at least part of said markings (4, 14, 15) are printed onto said substrate, and characterized in that an adhesion of said markings (4, 14, 15) to said substrate is weaker than an adhesion of said markings (4, 14, 15) to said foil element, such that when the foil element is removed from the substrate by mechanical force, more than 50% of the markings (4, 14, 15) printed to the substrate are lifted off together with the foil element.
A system comprising a grid, a data processing unit and a database, wherein the grid comprises a plurality of luminaires (101a-d), wherein each luminaire in the plurality of luminaires (101a-d) comprises one or more acoustic sensors and preferably other sensors (103, 107); wherein the grid further comprises a controller supplied with the output signals of said sensors (103, 105, 107), wherein the controller is arranged for discriminating different sound categories in the output signals, including human voice sound, and to issue a sensor information signal representing at least the sound category, wherein the sensor information signal is stored in the database, the system being characterized in that the data processing unit is configured to analyze the database for evaluating correlations between sensor information signals of sensors (103, 105, 107) of different categories and/or different luminaires (101a-d), and wherein the data processing unit is further configured to generate a sound map depicting a propagation of sound in an environment of the grid based on the sensor information signals stored in the database. wherein the grid comprises a plurality of luminaires (101a-d), wherein each luminaire in the plurality of luminaires (101a-d) comprises one or more acoustic sensors and preferably other sensors (103, 107); wherein the grid further comprises a controller supplied with the output signals of said sensors (103, 105, 107), wherein the controller is arranged for discriminating different sound categories in the output signals, including human voice sound, and to issue a sensor information signal representing at least the sound category, wherein the sensor information signal is stored in the database, the system being characterized in that the data processing unit is configured to analyze the database for evaluating correlations between sensor information signals of sensors (103, 105, 107) of different categories and/or different luminaires (101a-d), and wherein the data processing unit is further configured to generate a sound map depicting a propagation of sound in an environment of the grid based on the sensor information signals stored in the database.
A stretchable laminate, comprising more than two layers including an elastomer layer, a non-woven fabric layer arranged on one side of the elastomer layer, and a non-woven fabric layer arranged on the elastomer layer on an opposite side to the non-woven fabric layer, wherein the elastomer layer, the non-woven fabric layer, and the non-woven fabric layer are directly laminated, wherein the stretchable laminate has a region C having through-holes, wherein the elastomer layer, the non-woven fabric layer, and the non-woven fabric layer are directly welded and bonded to each other, wherein the welding bonding comprises ultrasonic welding bonding, and wherein the through-holes in the region C are formed by feeding an ultrasonic wave from a horn so that vibration energy is more intensively applied to sites where the through-holes are to be formed at the time of bonding in the region C. wherein the stretchable laminate has a region C having through-holes, wherein the elastomer layer, the non-woven fabric layer, and the non-woven fabric layer are directly welded and bonded to each other, wherein the welding bonding comprises ultrasonic welding bonding, and wherein the through-holes in the region C are formed by feeding an ultrasonic wave from a horn so that vibration energy is more intensively applied to sites where the through-holes are to be formed at the time of bonding in the region C.
A method, implemented by a wireless transmit/receive unit, WTRU, for multi-carrier operations, the method comprising: transmitting control information on a physical uplink shared channel, PUSCH, on an allowed uplink component carrier on a condition that PUSCH transmissions are occurring on current subframe; and transmitting the control information on a physical uplink control channel, PUCCH, on a predetermined uplink component carrier on a condition that the PUSCH transmissions by the WTRU are not occurring on the current subframe. transmitting control information on a physical uplink shared channel, PUSCH, on an allowed uplink component carrier on a condition that PUSCH transmissions are occurring on current subframe; and transmitting the control information on a physical uplink control channel, PUCCH, on a predetermined uplink component carrier on a condition that the PUSCH transmissions by the WTRU are not occurring on the current subframe.
A metal nanoparticle composition comprising: water; a water-soluble polymer having both carboxylic acid and sulfonic acid groups; and silver nanoparticles dispersed in the water, wherein the weight ratio of the polymer to silver is from 0.008 to 0.1. water; a water-soluble polymer having both carboxylic acid and sulfonic acid groups; and silver nanoparticles dispersed in the water, wherein the weight ratio of the polymer to silver is from 0.008 to 0.1.
A method for operating an ultrasonic diagnostic imaging system having a matrix array probe operable in the biplane mode for the conduct of blood flow assessment comprising: imaging a blood vessel in biplane color Doppler mode and simultaneously displaying first and second biplane images of first and second image planes, the first biplane image being a longitudinal cross-sectional view of the blood vessel and the second biplane image being a transverse cross-sectional view of the blood vessel, wherein at least one of the first and second biplane images has a Doppler beam line intersecting the blood vessel in the image, wherein the first and second image planes intersect along the Doppler beam line; locating a Doppler sample volume at a peak velocity location in the first biplane image, wherein the orientation of the second image plane is automatically adjusted relative to the first image plane in response to the first locating step, so that the first and second image planes intersect at the location of the center of the Doppler sample volume and along the Doppler beam line; locating the Doppler sample volume at the peak velocity location in the second biplane image, wherein the orientation of the first image plane is automatically adjusted relative to the second image plane in response to the second locating step, so that the first and second image planes intersect at the location of the center of the Doppler sample volume and along the Doppler beam line; acquiring a spectral Doppler display of the flow velocities at the Doppler sample volume location; and measuring velocity characteristics using the acquired spectral Doppler display. imaging a blood vessel in biplane color Doppler mode and simultaneously displaying first and second biplane images of first and second image planes, the first biplane image being a longitudinal cross-sectional view of the blood vessel and the second biplane image being a transverse cross-sectional view of the blood vessel, wherein at least one of the first and second biplane images has a Doppler beam line intersecting the blood vessel in the image, wherein the first and second image planes intersect along the Doppler beam line; locating a Doppler sample volume at a peak velocity location in the first biplane image, wherein the orientation of the second image plane is automatically adjusted relative to the first image plane in response to the first locating step, so that the first and second image planes intersect at the location of the center of the Doppler sample volume and along the Doppler beam line; locating the Doppler sample volume at the peak velocity location in the second biplane image, wherein the orientation of the first image plane is automatically adjusted relative to the second image plane in response to the second locating step, so that the first and second image planes intersect at the location of the center of the Doppler sample volume and along the Doppler beam line; acquiring a spectral Doppler display of the flow velocities at the Doppler sample volume location; and measuring velocity characteristics using the acquired spectral Doppler display.
An optical sensor device for detecting images of a pair of spot welding electrodes (E1, E2) carried by a welding gun, the device comprising: - a housing having at least one pair of openings (11, 11a); - at least a first and a second seat spaced from one another within the housing, each seat communicating with a respective one of the openings (11, 11a), each seat (14, 15) being adapted to accommodate one of the electrodes carried by the welding gun; - first illuminating means (16, 17) adapted to emit a first and a second light beam in an intermediate geometric plane between the seats (14, 15); - two oblique reflecting elements (25, 26), interposed between the two seats (14, 15), the oblique reflecting elements being adapted to reflect the first and second light beams in two opposite directions perpendicular to the geometric plane toward the first and the second seat; - second illuminating means (43, 32) adapted to emit third and fourth light beams on opposite sides of said geometric plane to illuminate the first and the second seat (14, 15); - image recording means (31, 131, 33, 44) adapted to capture images (I1, I2) reflected by the two oblique reflecting elements (25, 26) and at least part of the third and fourth light beams (L3, L4) downstream of the first and second seats (14, 15) along paths of the third and fourth light beams. - a housing having at least one pair of openings (11, 11a); - at least a first and a second seat spaced from one another within the housing, each seat communicating with a respective one of the openings (11, 11a), each seat (14, 15) being adapted to accommodate one of the electrodes carried by the welding gun; - first illuminating means (16, 17) adapted to emit a first and a second light beam in an intermediate geometric plane between the seats (14, 15); - two oblique reflecting elements (25, 26), interposed between the two seats (14, 15), the oblique reflecting elements being adapted to reflect the first and second light beams in two opposite directions perpendicular to the geometric plane toward the first and the second seat; - second illuminating means (43, 32) adapted to emit third and fourth light beams on opposite sides of said geometric plane to illuminate the first and the second seat (14, 15); - image recording means (31, 131, 33, 44) adapted to capture images (I1, I2) reflected by the two oblique reflecting elements (25, 26) and at least part of the third and fourth light beams (L3, L4) downstream of the first and second seats (14, 15) along paths of the third and fourth light beams.
Non-therapeutic use of an oil-in-water emulsion in personal care applications, wherein the oil-in-water emulsion comprises: (a) a continuous aqueous phase; (b) a discontinuous phase comprising one or more emollients, and 0.1 to 35 wt.%, based on the amount of emulsion, of a saturated C 8 -C 14 alkyl N,N-dialkylamide and (c) a fragrance, characterized in that the discontinuous phase comprises a saturated C 12 -C 14 alkyl N,N-dialkylamide, wherein the emulsion is used for a cosmetic, face cream, lotion, or other skin-care product. (a) a continuous aqueous phase; (b) a discontinuous phase comprising one or more emollients, and 0.1 to 35 wt.%, based on the amount of emulsion, of a saturated C 8 -C 14 alkyl N,N-dialkylamide and (c) a fragrance, characterized in that the discontinuous phase comprises a saturated C 12 -C 14 alkyl N,N-dialkylamide, wherein the emulsion is used for a cosmetic, face cream, lotion, or other skin-care product.
Management method, characterized in that it comprises the following steps implemented by a transmission device able to communicate via a radio link with a gateway equipment forming a node of a telecommunication network and configured to communicate with an associated management server via said gateway equipment and via a network server of said network: reception (E12, S12) from said management server of a request for management of a terminal able to communicate via a radio link with a gateway equipment of the network and configured to communicate with an associated application server via the gateway equipment of the network and said network server and having established a communication session with the network server and/or the application server, at least one session key being shared between the terminal and the network server and/or the application server, said request for management containing at least one identifier (IdC) of said terminal and said at least one session key; subsequent to the reception of the request for management, reception (E14, S14) of at least one message (M1, MD1) sent by said terminal; and sending (E16, M16), in response to said message, of at least one response message, to the terminal, encrypted with said received session key. reception (E12, S12) from said management server of a request for management of a terminal able to communicate via a radio link with a gateway equipment of the network and configured to communicate with an associated application server via the gateway equipment of the network and said network server and having established a communication session with the network server and/or the application server, at least one session key being shared between the terminal and the network server and/or the application server, said request for management containing at least one identifier (IdC) of said terminal and said at least one session key; subsequent to the reception of the request for management, reception (E14, S14) of at least one message (M1, MD1) sent by said terminal; and sending (E16, M16), in response to said message, of at least one response message, to the terminal, encrypted with said received session key.