mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for privacy-preserving insight sharing, comprising: receiving, by a data owner, an identity of a primary object and an obfuscated list of secondary objects from a requesting party; modifying, by the data owner, the obfuscated list of the secondary objects to create a modified obfuscated list of the secondary objects; transmitting, from the data owner to the requesting party, the modified obfuscated list of the secondary objects; computing at least one association relationship between the primary object and associated objects to obtain a list of insights; selecting, by the data owner, the list of the insights by setting a threshold value, to obtain a selected list of the insights; obfuscating, by the data owner, the selected list of the insights, to obtain an obfuscated selected list of the insights; modifying the obfuscated selected list of the insights based on the threshold; transmitting the modified obfuscated selected list of the insights to the requesting party; providing an intersection between the modified obfuscated list of the secondary objects and the modified obfuscated selected list of the insights by enabling the requesting party to compare the modified obfuscated list of the secondary objects and the modified obfuscated selected list of the insights. receiving, by a data owner, an identity of a primary object and an obfuscated list of secondary objects from a requesting party; modifying, by the data owner, the obfuscated list of the secondary objects to create a modified obfuscated list of the secondary objects; transmitting, from the data owner to the requesting party, the modified obfuscated list of the secondary objects; computing at least one association relationship between the primary object and associated objects to obtain a list of insights; selecting, by the data owner, the list of the insights by setting a threshold value, to obtain a selected list of the insights; obfuscating, by the data owner, the selected list of the insights, to obtain an obfuscated selected list of the insights; modifying the obfuscated selected list of the insights based on the threshold; transmitting the modified obfuscated selected list of the insights to the requesting party; providing an intersection between the modified obfuscated list of the secondary objects and the modified obfuscated selected list of the insights by enabling the requesting party to compare the modified obfuscated list of the secondary objects and the modified obfuscated selected list of the insights.
Wheel base measuring lifting system for lifting a vehicle, comprising: - one stationary lift; - a number of moveable lifts, wherein - positioning means for defining a position of a wheel axle of the vehicle; - distance measuring means (34, 36) for defining the distance of the vehicle to a reference point; and - control means for determining the distance between two vehicle axles and steering the one or more moveable lifts to the correct position, characterized in that, the control means are configured for calculating the wheel base distance of the vehicle to be lifted, thereby automatically detecting the desired lifting position for the lifts of the lifting system. - one stationary lift; - a number of moveable lifts, wherein - positioning means for defining a position of a wheel axle of the vehicle; - distance measuring means (34, 36) for defining the distance of the vehicle to a reference point; and - control means for determining the distance between two vehicle axles and steering
A column for thermal treatment of fluid mixtures, having a cylindrical, vertical column body which forms a column cavity, a plurality of trays mounted in the column cavity and spaced apart vertically from one another, at least one stub disposed within the column body and extending away from the column body, and a closable inspection orifice formed in the stub, where a spray device disposed in the column body can spray liquid at least against the surface of the stub directed into the column cavity and where the spray device has a spray nozzle, an inlet and a spray liquid feed device, the spray liquid feed device being designed to draw spray liquid from the column cavity, to feed the spray liquid withdrawn through the inlet to the spray nozzle and to spray it by means of the spray nozzle at least against the surface of the stub directed into the column cavity, wherein the spray liquid feed device has an intake orifice disposed immediately above a tray adjacent to the stub. a cylindrical, vertical column body which forms a column cavity, a plurality of trays mounted in the column cavity and spaced apart vertically from one another, at least one stub disposed within the column body and extending away from the column body, and a closable inspection orifice formed in the stub, where a spray device disposed in the column body can spray liquid at least against the surface of the stub directed into the column cavity and where the spray device has a spray nozzle, an inlet and a spray liquid feed device, the spray liquid feed device being designed to draw spray liquid from the column cavity, to feed the spray liquid withdrawn through the inlet to the spray nozzle and to spray it by means of the spray nozzle at least against the surface of the stub directed into the column cavity, wherein the spray liquid feed device has an intake orifice disposed immediately above a tray adjacent to the stub.
An interdental cleaning device for being inserted into an interdental space to clean the interdental space, the interdental cleaning device comprising: a rod-shaped core portion; and a molded soft portion being softer than the core portion and covering an outer surface of at least a part of the core portion, the part including a core front end as a longitudinal front end of the core portion, wherein the soft portion has a partial length of 0.5 mm or more and of 2.0 mm or less between the core front end and a soft front end as a longitudinal front end of the soft portion, the soft portion has a plurality of protrusions (21a, 21x) that are formed to protrude in directions crossing an axial direction of the core portion, at least one of the protrusions (21a, 21x) is formed in a region between the core front end and the soft front end, and a longitudinal distance between the soft front end and a junction rear end of the protrusion at a position closest to the soft front end is equal to or less than the length between the core front end and the soft front end. a rod-shaped core portion; and a molded soft portion being softer than the core portion and covering an outer surface of at least a part of the core portion, the part including a core front end as a longitudinal front end of the core portion, wherein the soft portion has a partial length of 0.5 mm or more and of 2.0 mm or less between the core front end and a soft front end as a longitudinal front end of the soft portion, the soft portion has a plurality of protrusions (21a, 21x) that are formed to protrude in directions crossing an axial direction of the core portion, at least one of the protrusions (21a, 21x) is formed in a region between the core front end and the soft front end, and a longitudinal distance between the soft front end and a junction rear end of the protrusion at a position closest to the soft front end is equal to or less than the length between the core front end and the soft front end.
Enclosure system for a tree, wherein the enclosure system comprises two flexibly bendable surface elements that are detachably connected to each other, wherein a first surface element is designed as a base surface and a second surface element is designed as a lateral surface, so that both surface elements together form a closed enclosure that can accommodate a section of a tree in its interior, wherein the base surface has an opening, characterized in that the lateral surface includes a supporting rod along a mantle line. wherein the enclosure system comprises two flexibly bendable surface elements that are detachably connected to each other, wherein a first surface element is designed as a base surface and a second surface element is designed as a lateral surface, so that both surface elements together form a closed enclosure that can accommodate a section of a tree in its interior, wherein the base surface has an opening, characterized in that the lateral surface includes a supporting rod along a mantle line.
An access router (210, 220, 230, 240), comprising: - a buffer module arranged for buffering first data to be transmitted to a first mobile station, and - a transmitter arranged for transmitting the first data to a second access router (220, 230, 240) when the first mobile station moves to the second access router, wherein the access router (210, 220, 230, 240) is arranged to establishe a tunnel with at least one second access router (220, 230, 240), characterized in that if a determination is made that the first mobile station moves or will move from the access router to another access router (210, 220, 230, 240), the access router (210, 220, 230, 240) is arranged to buffer the first data to be transmitted to the first mobile station and to transmit an address of the first mobile station to at least one adjacent second access router (220, 230, 240) of other access routers (220, 230, 240), the access router (210, 220, 230, 240) is arranged to select the at least one adjacent second access router (220, 230, 240) to transmit the first data to the second access router (220, 230, 240), if a transmission request for the first data is received from the second access router (210, 220, 230, 240), wherein the transmission request for the first data includes an address of the first mobile station. - a buffer module arranged for buffering first data to be transmitted to a first mobile station, and - a transmitter arranged for transmitting the first data to a second access router (220, 230, 240) when the first mobile station moves to the second access router,
A method comprising reacting a poloxamer, reverse poloxamer, poloxamine or reverse poloxamine compound comprising poly(ethylene oxide) and poly(propylene oxide) blocks and having end terminal hydroxyl groups with a first methacrylating agent in the presence of a solvent stabilized with a first free radical inhibitor to form a first reaction product, and further reacting the first reaction product with an organic base and a second methacrylating agent stabilized with a second free radical inhibitor to form a second reaction product, wherein the first free radical inhibitor is a different compound than the second free radical inhibitor, wherein poloxamers have the following general formula HO(C 2 H 4 O) a (C 3 H 6 O) b (C 2 H 4 O) a H and reverse poloxamers have the following general formula HO(C 3 H 6 O) b (C 2 H 4 O) a (C 3 H 6 O) b H, wherein a and b may be the same or different and are of varying lengths, and wherein the poloxamine or reverse poloxamine compound is a poloxamine of formula
A device for quantitative trace carbon analysis comprising: a sample chamber to be evacuated; an electron source configured to generate an electron beam; a lens section (3, 4) configured to cause the generated electron beam to be focused; a scan driving section configured to cause the focused electron beam to be scanned on a sample in the sample chamber or drive a sample in the sample chamber with the focused electron beam being fixed; and carbon detecting sections (9, 10) each configured to detect a characteristic X-ray of carbon emitted from a sample irradiated with an electron beam, wherein the carbon detecting sections (9, 10) installed are two or more in number, wherein the carbon detecting sections (9, 10) are each a wavelength dispersive x-ray spectrometer having an analyzing crystal and an x-ray detector, characterized in that the device further comprises: a liquid nitrogen trap configured to trap residual gas in the sample chamber through cooling using liquid nitrogen; and a plasma or oxygen radical generator configured to blow plasma or oxygen radicals onto a sample surface in the sample chamber and interior of the sample chamber, and wherein trace carbon in a sample in the sample chamber is quantified from characteristic X-rays of carbon detected by the two or more carbon detecting sections (9, 10). a sample chamber to be evacuated; an electron source configured to generate an electron beam; a lens section (3, 4) configured to cause the generated electron beam to be focused; a scan driving section configured to cause the focused electron beam to be scanned on a sample in the sample chamber or drive a sample in the sample chamber with the focused electron beam being fixed; and carbon detecting sections (9, 10) each configured to detect a characteristic X-ray of carbon emitted from a sample irradiated with an electron beam, wherein the carbon detecting sections (9, 10) installed are two or more in number, wherein the carbon detecting sections (9, 10) are each a wavelength dispersive x-ray spectrometer having an analyzing crystal and an x-ray detector, characterized in that the device further comprises: a liquid nitrogen trap configured to trap residual gas in the sample chamber through cooling using liquid nitrogen; and a plasma or oxygen radical generator configured to blow plasma or oxygen radicals onto a sample surface in the sample chamber and interior of the sample chamber, and wherein trace carbon in a sample in the sample chamber is quantified from characteristic X-rays of carbon detected by the two or more carbon detecting sections (9, 10). a liquid nitrogen trap configured to trap residual gas in the sample chamber through cooling using liquid nitrogen; and a plasma or oxygen radical generator configured to blow plasma or oxygen radicals onto a sample surface in the sample chamber and interior of the sample chamber, and wherein trace carbon in a sample in the sample chamber is quantified from characteristic X-rays of carbon detected by the two or more carbon detecting sections (9, 10).
Double clutch for coupling a drive shaft of a motor vehicle engine to a first transmission input shaft and/or a second transmission input shaft of a motor vehicle transmission, having a first component clutch for coupling the drive shaft to the first transmission input shaft, the first component clutch having a first counter-plate, at least one first intermediate plate which can be moved axially relative to the first counter-plate, and a first pressure plate which can be moved axially relative to the first counter-plate and to the first intermediate plate for pressing first friction linings of a first clutch disc between the first counter-plate and the first intermediate plate and between the first intermediate plate and the first pressure plate, a second component clutch for coupling the drive shaft to the second transmission input shaft, the second component clutch having a second counter-plate, at least one second intermediate plate which can be moved axially relative to the second counter-plate, and a second pressure plate which can be moved axially relative to the second counter-plate and to the second intermediate plate for pressing second friction linings of a second clutch disc between the second counter-plate and the second intermediate plate and between the second intermediate plate and the second pressure plate, a first actuating pot for moving the first pressure plate without a transmission ratio, and a second actuating pot of rigid configuration for moving the second pressure plate without a transmission ratio, characterized in that the first counter-plate and/or the second counter-plate are/is supported on the first transmission input shaft and/or the second transmission input shaft via a supporting bearing, in order to absorb radial forces and/or axial forces.
A resin composition comprising a blend of a first resin, a second resin incompatible with the first resin, and a modified elastomer having a reactive group capable of reacting with the first resin, wherein the first resin is a polyamide resin, the second resin is a polyolefin resin, the resin composition has a co-continuous phase structure including a continuous phase A formed of the first resin and a continuous phase B formed of the second resin, and also has a dispersed domain a distributed in the continuous phase A, a finely dispersed subdomain a' distributed in the dispersed domain a, a dispersed domain b distributed in the continuous phase B, and a finely dispersed subdomain b' distributed in the dispersed domain b, the dispersed domain a includes a dispersed domain formed of at least one selected from the group consisting of the second resin and a reaction product of the first resin and the modified elastomer, the dispersed domain b includes a dispersed domain formed of at least one selected from the group consisting of the first resin and the reaction product of the first resin and the modified elastomer, when the dispersed domain a is formed of the second resin, the finely dispersed subdomain a' is a finely dispersed subdomain formed of at least one selected from the group consisting of the first resin, the modified elastomer, and the reaction product of the first resin and the modified elastomer, when the dispersed domain a is formed of the reaction product of the first resin and the modified elastomer, the finely dispersed subdomain a' is a finely dispersed subdomain formed of at least one selected from the group consisting of the first resin, the second resin, and the modified elastomer, when the dispersed domain b is formed of the first resin, the finely dispersed subdomain b' is a finely dispersed subdomain formed of at least one selected from the group consisting of the second resin, the modified elastomer, and the reaction product of the first resin and the modified elastomer, and when the dispersed domain b is formed of the reaction product of the first resin and the modified elastomer, the finely dispersed subdomain b' is a finely dispersed subdomain formed of at least one selected from the group consisting of the first resin, the second resin, and the modified elastomer.
A banknote validator having a banknote processing pathway configured to allow movement of banknotes therethrough for determining the validity thereof, the banknote processing pathway including at an upstream end thereof a banknote inlet through which banknotes are received, the banknote processing pathway including an initiation sensor adjacent the banknote inlet that is activated when a portion of a banknote is manually inserted through the banknote inlet; a pair of drive rollers (14, 16) spaced in the width of and partially projecting into the banknote processing pathway at a position downstream of the initiation sensor, each of the drive rollers (14, 16) including an opposed passive roller located on an opposite side of and projecting into the banknote processing pathway to engage the respective drive roller (14, 16) when the banknote is not present and movable to accommodate the thickness of the banknote between the respective drive roller (14, 16) and passive roller; a power drive arrangement allowing the same rotational speed or different rotational speeds of the drive rollers (14, 16) while the drive rollers (14, 16) maintain engagement with and drive the banknote with respect to the banknote processing pathway; the power drive arrangement being initiated by the activation of the initiation sensor and uses the different rotational speeds to correct for misalignment of the received banknote; a series of evaluation sensors located on a side of the banknote processing pathway and configured to assess the validity of received banknotes as the received banknotes are driven through the banknote processing pathway; a sensing arrangement configured to identify misalignment of an inserted end of a banknote positioned adjacent the drive rollers (14, 16) and produce a misalignment signal communicated to the power drive arrangement, the power drive arrangement configured to, based on the misalignment signal, selectively drive the drive rollers (14, 16) at differential speeds to provide correction of the identified misalignment; wherein the power drive arrangement comprises a separately controlled stepper motor (10, 12) associated with each of the drive rollers (14, 16); wherein the sensing arrangement is a sensor array extending across the banknote processing pathway capable of sensing a leading edge and side edges of the banknote as it is moved over the sensor array, wherein the stepper motors (10, 12) are located between the banknote inlet and the sensor array; and wherein the power drive arrangement includes a control arrangement configured to receive sensor information from the sensor array and determine, based on the sensor information, a series of drive steps of the stepper motors (10, 12) including a differential drive of the stepper motors (10, 12) to cause displacement and angular movement of the banknote used to align and center the banknote with respect to the longitudinal axis of the banknote processing pathway.
A filter element having an inlet mounting at one end and an outlet mounting at the opposite end for connecting the fuel filter element to a corresponding inlet mounting and a corresponding outlet mounting of a fuel filter housing, a filter material connecting the inlet mounting of the filter element to the outlet mounting of the filter element, characterised in that each of the inlet and outlet mountings (14, 16) of the filter element is provided with one of a substantially convex protrusion and aperture or substantially concave indentation and aperture for connecting the fuel filter element to the corresponding inlet and outlet mountings (26, 28) of the fuel filter housing, said fuel filter housing having corresponding substantially concave indentation and aperture or substantially convex protrusion and aperture, such that the interaction between the concave surfaces, respectively the convex surfaces, of the inlet and outlet mountings (26, 28) of the fuel filter housing and the convex surfaces, respectively the concave surfaces, of the inlet and outlet mountings (14, 16) of the fuel filter element causes any angular misalignment of the fuel filter element relative to the housing to be compensated for.
A bearing comprising an inner bearing component and an outer bearing component, said outer bearing component and said inner bearing component being arranged coaxially to one another and adapted to rotate one with respect to the other around an axis of the bearing; the inner bearing component comprising: an external cylindrical member having an outer bearing surface and an inner cavity; an internal cylindrical member, arranged in the inner cavity of the external cylindrical member and substantially coaxial thereto; wherein the external cylindrical member and the internal cylindrical member form a gap therebetween; and wherein a resilient damping feature (77; 78; 79) is arranged in the gap; characterized by further comprising bearing pads on the outer bearing surface of the external cylindrical member and wherein the outer bearing component has an inner cylindrical bearing surface provided with a plurality of bearing pads arranged to co-act with the bearing pads on the outer bearing surface of the inner bearing component. the inner bearing component comprising: an external cylindrical member having an outer bearing surface and an inner cavity; an internal cylindrical member, arranged in the inner cavity of the external cylindrical member and substantially coaxial thereto; wherein the external cylindrical member and the internal cylindrical member form a gap therebetween; and wherein a resilient damping feature (77; 78; 79) is arranged in the gap; characterized by further comprising bearing pads on the outer bearing surface of the external cylindrical member and wherein the outer bearing component has an inner cylindrical bearing surface provided with a plurality of bearing pads arranged to co-act with the bearing pads on the outer bearing surface of the inner bearing component.