mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of transferring a data string from an application to a data protection device, comprising the steps: generating a database query in the application, wherein the database query contains the data string, and wherein the database query is coded in a database language, communicating the database query from the application to an emulator, converting the database query into a data protection instruction in the emulator, wherein the data protection instruction contains the data string, and wherein the data protection instruction is coded in a language other than the database language, communicating the data protection instruction from the emulator to the data protection device, applying a data protection operation to the data string and outputting a response string in the data protection device, communicating the response string from the data protection device to the emulator, and outputting the response string from the emulator to the application in the form of a result of the database query, that is coded in the database language. generating a database query in the application, wherein the database query contains the data string, and wherein the database query is coded in a database language, wherein the database query contains the data string, and wherein the database query is coded in a database language, communicating the database query from the application to an emulator, converting the database query into a data protection instruction in the emulator, wherein the data protection instruction contains the data string, and wherein the data protection instruction is coded in a language other than the database language, wherein the data protection instruction contains the data string, and wherein the data protection instruction is coded in a language other than the database language, communicating the data protection instruction from the emulator to the data protection device, applying a data protection operation to the data string and outputting a response string in the data protection device, communicating the response string from the data protection device to the emulator, and outputting the response string from the emulator to the application in the form of a result of the database query, that is coded in the database language.
An electronic module, comprising: - an electronic card, substantially flat, on a first face of which electronic components are disposed, - a first cover and a second cover, disposed on either side of the electronic card, and in which the first cover, which is opposite the first face of the electronic card, has a central part, which extends at a distance from the first face of the electronic card, and at least one flanged edge turned toward the electronic card and prolonging one of the two opposite sides of central part, characterised in that said at least one flanged edge of the first cover is a substantially flat support, extending in a plane parallel to the plane of the electronic card, the electronic card being added onto the said support of the first cover, at least one of the covers (6, 8) including first indexing elements prolonged, the electronic card including second complementary indexing elements that can engage with the first indexing elements during positioning of the electronic card between the covers (6, 8). - an electronic card, substantially flat, on a first face of which electronic components are disposed, - a first cover and a second cover, disposed on either side of the electronic card,
A method for preparing a blood circuit for a treatment process, comprising: connecting a closed loop blood circuit to a blood treatment machine; attaching a container of priming fluid to venous and arterial connections of the blood circuit, wherein the container may contain compounds from plastic, such as plasticizers, softeners such as BPA, and other elements; priming the blood circuit including a dialyzer (114, 134, 602, 750) using priming fluid from the container, the priming being effective to fill the blood circuit, a blood compartment (769, 777) of the filter, and a dialysate compartment of the filter; and after attachment of a dialysate source and sink to ports of the filter (114, 134, 602, 750) dialyzing the priming fluid in the blood circuit and in the priming fluid container for a time sufficient to substantially remove contaminants from said priming fluid such that after priming the blood circuit, the entire contents of the priming fluid container is dialyzed, before connecting said blood circuit to a patient. connecting a closed loop blood circuit to a blood treatment machine; attaching a container of priming fluid to venous and arterial connections of the blood circuit, wherein the container may contain compounds from plastic, such as plasticizers, softeners such as BPA, and other elements; priming the blood circuit including a dialyzer (114, 134, 602, 750) using priming fluid from the container, the priming being effective to fill the blood circuit, a blood compartment (769, 777) of the filter, and a dialysate compartment of the filter; and after attachment of a dialysate source and sink to ports of the filter (114, 134, 602, 750) dialyzing the priming fluid in the blood circuit and in the priming fluid container for a time sufficient to substantially remove contaminants from said priming fluid such that after priming the blood circuit, the entire contents of the priming fluid container is dialyzed, before connecting said blood circuit to a patient.
A plant for treating a primary mixture of wastes from household and similar refuse collection, a non-negligible portion of the mass of said primary mixture of wastes being formed by biodegradable wastes, said primary mixture of wastes comprising non-biodegradable wastes, said treatment plant comprising a unit for treating a secondary mixture of materials obtained from said primary mixture of wastes, a non-negligible portion of the mass of said secondary mixture of materials being formed by biodegradable materials, said treatment unit comprising a rotary trommel provided with a separation wall with a series of separation through-holes for separating the secondary mixture of materials into a first fraction of materials passing through said separation wall via the series of separation holes and a second residual fraction of materials, the secondary mixture of materials being intended to flow along said separation wall to be separated thereby, said treatment unit also comprising at least one first and second densimetric tables (6, 7), and a ballistic separation means positioned between said trommel and said densimetric tables (6, 7) to collect said first fraction of materials and feed the first and second densimetric tables (6, 7) with at least one first and second subfractions (9, 10) of materials, respectively, the first subfraction of materials being formed of materials having an average density lower than an average density of the materials forming the second subfraction of materials.
A display subsystem for a virtual image generation system for use by an end user, comprising: a planar waveguide apparatus; an optical fiber; at least one light source configured for emitting light from a distal end of the optical fiber; a mechanical drive assembly to which the optical fiber is mounted as a fixed-free flexible cantilever, the drive assembly configured for displacing a distal end of the optical fiber about a fulcrum in accordance with a scan pattern (128, 140, 150, 158), such that the emitted light initially diverges from a longitudinal axis coincident with the fulcrum from each of a plurality of off-axis scanning positions of the optical fiber; a collimation element configured to, at each position of the optical fiber, collimate light that initially fans out from the distal end of the optical fiber to a narrow light ray; an optical modulation apparatus configured for converging the emitted light from the optical fiber at each of the off-axis scanning positions towards the longitudinal axis, wherein the optical modulation apparatus comprises at least one diffraction grating, each of which having a pattern of diffraction elements that matches a geometry of the scan pattern (128, 140, 150, 158); an optical waveguide input apparatus configured for directing the light from the optical modulation apparatus down the planar waveguide apparatus, such that the planar waveguide apparatus displays one or more image frames to the end user. a planar waveguide apparatus; an optical fiber; at least one light source configured for emitting light from a distal end of the optical fiber; a mechanical drive assembly to which the optical fiber is mounted as a fixed-free flexible cantilever, the drive assembly configured for displacing a distal end of the optical fiber about a fulcrum in accordance with a scan pattern (128, 140, 150, 158), such that the emitted light initially diverges from a longitudinal axis coincident with the fulcrum from each of a plurality of off-axis scanning positions of the optical fiber; a collimation element configured to, at each position of the optical fiber, collimate light that initially fans out from the distal end of the optical fiber to a narrow light ray; an optical modulation apparatus configured for converging the emitted light from the optical fiber at each of the off-axis scanning positions towards the longitudinal axis, wherein the optical modulation apparatus comprises at least one diffraction grating, each of which having a pattern of diffraction elements that matches a geometry of the scan pattern (128, 140, 150, 158); an optical waveguide input apparatus configured for directing the light from the optical modulation apparatus down the planar waveguide apparatus, such that the planar waveguide apparatus displays one or more image frames to the end user.
An image display apparatus, comprising: an image acquiring unit that acquires a plurality of images; an image classifying unit that classifies the plurality of images into one or a plurality of groups having a rank order associated therewith; a group image layout unit that places a group image corresponding to each of the plurality of groups, according to the rank order of the groups, along a group image layout reference line which is a curved line including alternately a portion extending in a lower right direction and a portion extending in a lower left direction provided in a display region; a representative image layout region determining unit that determines a position of a representative image layout region based on at least one of a position of the group image layout reference line and a position at which the group image is placed; a representative image layout unit that places, on the determined representative image layout region, at least one image of the plurality of images, the at least one image belonging to any one of the plurality of groups falling within a range on the group image layout reference line associated with the representative image layout region, as a representative image; and a displaying unit that displays, on a screen, at least part of the display region. an image acquiring unit that acquires a plurality of images; an image classifying unit that classifies the plurality of images into one or a plurality of groups having a rank order associated therewith; a group image layout unit that places a group image corresponding to each of the plurality of groups, according to the rank order of the groups, along a group image layout reference line which is a curved line including alternately a portion extending in a lower right direction and a portion extending in a lower left direction provided in a display region; a representative image layout region determining unit that determines a position of a representative image layout region based on at least one of a position of the group image layout reference line and a position at which the group image is placed; a representative image layout unit that places, on the determined representative image layout region, at least one image of the plurality of images, the at least one image belonging to any one of the plurality of groups falling within a range on the group image layout reference line associated with the representative image layout region, as a representative image; and a displaying unit that displays, on a screen, at least part of the display region.
An air compressor comprising: a housing; a motor disposed in the housing and having a rotor; an air compression mechanism driven by the motor to generate compressed air; a rotation shaft integrally rotatable with the rotor; a fan disposed in the housing and integrally rotatable with the rotation shaft to generate airflow, the fan defining an outer circumference; a plurality of air tanks, each of the plurality of air tanks having a hollow cylindrical configuration with a longitudinal axis substantially perpendicular to the rotation shaft, each of the plurality of air tanks being configured to reserve the compressed air generated by the air compression mechanism, wherein the plurality of air tanks are arranged juxtaposed with each other and such that their longitudinal axes are parallel with each other, the plurality of air tanks including a first air tank and a second air tank adjacent to the first air tank; and a control unit configured to control the motor, characterized in that: the control unit is disposed adjacent to the first air tank on a side farthest from the second air tank relative to the first air tank such that the first air tank is located between the second air tank and the control unit, the control unit being disposed adjacent to and in confrontation with the outer circumference of the fan. a housing; a motor disposed in the housing and having a rotor; an air compression mechanism driven by the motor to generate compressed air; a rotation shaft integrally rotatable with the rotor; a fan disposed in the housing and integrally rotatable with the rotation shaft to generate airflow, the fan defining an outer circumference; a plurality of air tanks, each of the plurality of air tanks having a hollow cylindrical configuration with a longitudinal axis substantially perpendicular to the rotation shaft, each of the plurality of air tanks being configured to reserve the compressed air generated by the air compression mechanism, wherein the plurality of air tanks are arranged juxtaposed with each other and such that their longitudinal axes are parallel with each other, the plurality of air tanks including a first air tank and a second air tank adjacent to the first air tank; and a control unit configured to control the motor, characterized in that: the control unit is disposed adjacent to the first air tank on a side farthest from the second air tank relative to the first air tank such that the first air tank is located between the second air tank and the control unit, the control unit being disposed adjacent to and in confrontation with the outer circumference of the fan. the control unit is disposed adjacent to the first air tank on a side farthest from the second air tank relative to the first air tank such that the first air tank is located between the second air tank and the control unit, the control unit being disposed adjacent to and in confrontation with the outer circumference of the fan.
A method for displaying a currently permissible maximum speed detected for a currently traveled route section by means of a display device for a motor vehicle, - wherein a symbol (28a, 28b) is displayed on the display device, which comprises a numerical value, which constitutes the currently permissible maximum speed, - wherein a change of the symbol (28a, 28b) different from a change of the numerical value takes place depending on a change at least of one detected environmental parameter. - wherein the at least one detected environmental parameter constitutes a current geographical position (34a, 34b), - wherein a geographical map representation is displayed by means of the display device, - wherein the symbol is displayed in the geographical map representation, and - wherein a position of the displayed symbol is changed with respect to the map representation depending on the change of the detected current geographical position (34a, 34b), characterized in that in order to represent the current position (34a, 34b) of the motor vehicle, the symbol is represented at the current geographical position (34a, 34b) in the map representation and no further symbol representing the current position (34a, 34b) is displayed. - wherein a symbol (28a, 28b) is displayed on the display device, which comprises a numerical value, which constitutes the currently permissible maximum speed, - wherein a change of the symbol (28a, 28b) different from a change of the numerical value takes place depending on a change at least of one detected environmental parameter. - wherein the at least one detected environmental parameter constitutes a current geographical position (34a, 34b), - wherein a geographical map representation is displayed by means of the display device, - wherein the symbol is displayed in the geographical map representation, and - wherein a position of the displayed symbol is changed with respect to the map representation depending on the change of the detected current geographical position (34a, 34b),
Clutch mechanism with wear compensation for a transmission of a motor vehicle, comprising a cover with a revolution axis, a pressure plate actuated by a diaphragm which is movable between a fully engaged position and a fully disengaged position, means for compensating for wear on the friction plate of the transmission comprising means (12, 14) with ramps arranged on the side of the diaphragm and cooperating with means with counter-ramps arranged on the side of the pressure plate, such that the rotation of the ramp means (12, 14) relative to the counter-ramp means modifies the distance between the diaphragm and the pressure plate, the wear compensation means also comprising means for driving the ramp means (12, 14) in rotation and able to be made operational by the wear when the diaphragm is actuated, said rotational drive means comprising a ratchet wheel cooperating with an elastic pawl able to be moved on actuation of the diaphragm, the pawl comprising a control portion of the ratchet wheel able to come to rest on the teeth of the ratchet wheel and able to jump said teeth in the case of wear, the ratchet wheel being carried by a shaft mounted on a support, characterized in that the support is at least partially housed in an opening of the cover, said opening separating a first portion and a second portion of the cover axially spaced apart from each other, said support being fixed to said cover, to the first portion and to the second portion respectively, so as to stiffen the cover axially at the level of the opening.
Antijamming system comprising signal combining means having a first input receiving an input signal including a carrier modulated jamming signal, a second input receiving a replica jamming signal and an output, characterized by a negative jamming signal feedback loop from the output to the second input of said signal combining means, said feedback loop being configured to provide a negative feedback suppression of said jamming signal in the signal combining means and including a quadrature frequency locked loop receiver, said FLL receiver comprising a pair of in-phase and phase quadrature tuning mixers (M1, respectively M2), signal inputs thereof (si1, respectively si2) being coupled to the output of said signal combining means and carrier inputs thereof (ci1, respectively ci2) being coupled to a pair of in-phase and phase quadrature oscillator outputs of a local voltage controlled oscillator, said VCO being included in said frequency locked loop comprising subsequent to the VCO, said pair of in-phase and phase quadrature tuning mixers (M1, respectively M2) and a frequency detector, an output of said frequency detector being coupled to a frequency control input of said VCO to lock the frequency of the VCO to a carrier frequency of the jamming signal, said VCO providing in-phase and phase quadrature oscillator signals (I, respectively Q) to the carrier inputs (ci1, respectively ci2) of the pair of in-phase and phase quadrature tuning mixers (M1, respectively M2) for a downconversion of said jamming signal into a quadrature IF jamming signal, and outputs of said pair of in-phase and phase quadrature tuning mixers (M1, respectively M2) being coupled through in-phase and phase quadrature IF filters (IFI, respectively IFQ) to a pair of in-phase and phase quadrature tracking modulators (M3, respectively M4) included in a replica jamming signal generator, carrier inputs thereof (ci3, respectively ci4) being coupled to the pair of in-phase and phase quadrature oscillator outputs of said VCO for an upconversion of said quadrature IF jamming signal into a quadrature jamming signal, outputs of said in-phase and phase quadrature tracking modulators (M3, respectively M4) being coupled to a summer stage to provide a replica jamming signal being negatively feedback from said summer stage to the second input of the signal combining means.
Device for the transplantation of a Descemet's membrane-endothelium graft, comprising a longitudinal tube, the tube having a. an inner cavity, b. an inlet opening at its proximal end through which it is possible to introduce the graft into the cavity, and c. an outlet opening at its distal end through which it is possible to eject the graft from the cavity, particularly into the anterior eye chamber of a patient, d. a guiding element situated in the cavity of the tube extending from the proximal end area of the tube or device towards the distal end area of the tube or device and having an increasing cross section at least along a part of its extension, the guiding element having a proximal end being receivable in the inner free space of a single-axis winding of a wound-up membrane forming the graft and the increasing cross section causing an automatic spreading or unrolling of the membrane surrounding the guiding element and being moved towards the distal end of the device, the guiding element being formed in one piece with the entire device, characterized by e. the guiding element extending beyond the outlet opening of the tube into the exterior environment of the tube, and having the distal end of the guiding element being positioned outside of the tube in front of the outlet opening of the tube. a. an inner cavity, b. an inlet opening at its proximal end through which it is possible to introduce the graft into the cavity, and c. an outlet opening at its distal end through which it is possible to eject the graft from the cavity, particularly into the anterior eye chamber of a patient, d. a guiding element situated in the cavity of the tube extending from the proximal end area of the tube or device towards the distal end area of the tube or device and having an increasing cross section at least along a part of its extension, the guiding element having a proximal end being receivable in the inner free space of a single-axis winding of a wound-up membrane forming the graft and the increasing cross section causing an automatic spreading or unrolling of the membrane surrounding the guiding element and being moved towards the distal end of the device, the guiding element being formed in one piece with the entire device, characterized by e. the guiding element extending beyond the outlet opening of the tube into the exterior environment of the tube, and having the distal end of the guiding element being positioned outside of the tube in front of the outlet opening of the tube.