mhurhangee/ep-ind-claims huggingface dataset:
Detector of visible and near-infrared radiation comprising: - a near-infrared photosensitive element, - a readout circuit for reading the near-infrared photosensitive element, formed on a frontside of a silicon substrate, - four visible photosensitive elements formed in the silicon substrate, one of the visible photosensitive elements being arranged in front of the near-infrared photosensitive element, each photosensitive element having a photosensitive zone, characterized in that the near-infrared photosensitive element is formed in a layer made of a material optimized for near-infrared detection, the frontside of the silicon substrate being covered with the layer made of the material optimized for near-infrared detection and in that the detector comprises: - metal tracks electrically connecting the first photosensitive element with the readout circuit, the metal tracks are shifted to the edges of said photosensitive zone of said first photosensitive element, and the metal tracks are formed between the layer made of a material optimized for near-infrared detection and the frontside of a silicon substrate, - four pigmented resin filters at the backside of the silicon substrate to define a pixel quadruplet, whereof a first pixel, comprising the near-infrared photosensitive element and one of the visible photosensitive elements, is provided with a resin filter opaque to visible radiation, and the three other pixels (48a-c), respectively comprising the three other visible photosensitive elements, are respectively provided with three filters (52a, 52b, 52c) each of said three filters respectively corresponding to an elementary color. - a near-infrared photosensitive element, - a readout circuit for reading the near-infrared photosensitive element, formed on a frontside of a silicon substrate, - four visible photosensitive elements formed in the silicon substrate, one of the visible photosensitive elements being arranged in front of the near-infrared photosensitive element, each photosensitive element having a photosensitive zone, - metal tracks electrically connecting the first photosensitive element with the readout circuit, the metal tracks are shifted to the edges of said photosensitive zone of said first photosensitive element, and the metal tracks are formed between the layer made of a material optimized for near-infrared detection and the frontside of a silicon substrate, - four pigmented resin filters at the backside of the silicon substrate to define a pixel quadruplet, whereof a first pixel, comprising the near-infrared photosensitive element and one of the visible photosensitive elements, is provided with a resin filter opaque to visible radiation, and the three other pixels (48a-c), respectively comprising the three other visible photosensitive elements, are respectively provided with three filters (52a, 52b, 52c) each of said three filters respectively corresponding to an elementary color.
Vehicle comprising means for rolling on the ground and a chassis being composed of at least two parallel longitudinal members and crosspieces perpendicular to said longitudinal members, connecting them to each other, a plate resting on said longitudinal members and designed to receive loads, said chassis further comprising, in its central portion, a recess aimed at receiving vertically at least one interchangeable modular power-generating device, said device being in the form of a closed parallelepipedic block formed around a tack welded structure comprised of a bottom, two side panels and two longitudinal panels, and including: - guiding means designed capable of cooperating with complementary guiding means the recess of said vehicle includes; - locking means designed capable of cooperating with complementary locking means the recess of said vehicle includes; and - at least motor means designed capable of providing all or part of the driving energy of said vehicle for driving said rolling means, characterized in that said recess is constituted by one or more cut-outs in this plate, said cut or cuttings being of parallelepiped shape complementary to that of one or more modules, so that when a module is inside a recess, the latter does not exceed the height of the cut, in order to not occupy the space required for receiving a load. - guiding means designed capable of cooperating with complementary guiding means the recess of said vehicle includes; - locking means designed capable of cooperating with complementary locking means the recess of said vehicle includes; and - at least motor means designed capable of providing all or part of the driving energy of said vehicle for driving said rolling means,
A method of calibrating a processing system having a scanner device for scanning a workpiece carried on a conveyor and an actuator configured to move relative to the conveyor, the method characterised by comprising: (a) loading at least one target simulating a workpiece on the conveyor; (b) scanning the target with a scanner device for locating the target on the conveyor and ascertaining physical parameters of the target as the target is transported by the conveyor; (c) marking the target with the location or path of movement of the actuator relative to the target as the target is being transported by the conveyor; (d) removing the marked target from the conveyor; (e) reloading the marked target on the conveyor; (f) rescanning the marked target with a scanner device to locate the location or path of movement of the actuator relative to the target; and (g) calibrating the position of the actuator relative to the location of the scanner device in the direction laterally of the conveyor and calibrating the position of the actuator relative to the scanner device in the direction along the length of the conveyor based on the located position or path of movement of the actuator relative to the target. (a) loading at least one target simulating a workpiece on the conveyor; (b) scanning the target with a scanner device for locating the target on the conveyor and ascertaining physical parameters of the target as the target is transported by the conveyor; (c) marking the target with the location or path of movement of the actuator relative to the target as the target is being transported by the conveyor; (d) removing the marked target from the conveyor; (e) reloading the marked target on the conveyor; (f) rescanning the marked target with a scanner device to locate the location or path of movement of the actuator relative to the target; and (g) calibrating the position of the actuator relative to the location of the scanner device in the direction laterally of the conveyor and calibrating the position of the actuator relative to the scanner device in the direction along the length of the conveyor based on the located position or path of movement of the actuator relative to the target.
A shaving system comprising a shaving device, a cleaning device and a processing unit, wherein: the shaving device comprises a main body accommodating a motor, a shaving unit coupled to the main body and an orientation sensor for generating an output signal representing the orientation of the shaving device; the cleaning device comprises a supporting structure for supporting the shaving device in a cleaning position for cleaning the shaving unit, the shaving device having a predefined cleaning orientation in said cleaning position; and the processing unit is adapted to control the cleaning device to operate according to a predefined cleaning program for cleaning the shaving unit, characterized in that the processing unit is adapted to: receive the output signal generated by the orientation sensor; and control the cleaning device to operate according to the predefined cleaning program when the orientation sensed by the orientation sensor corresponds to said predefined cleaning orientation. the shaving device comprises a main body accommodating a motor, a shaving unit coupled to the main body and an orientation sensor for generating an output signal representing the orientation of the shaving device; the cleaning device comprises a supporting structure for supporting the shaving device in a cleaning position for cleaning the shaving unit, the shaving device having a predefined cleaning orientation in said cleaning position; and the processing unit is adapted to control the cleaning device to operate according to a predefined cleaning program for cleaning the shaving unit, characterized in that the processing unit is adapted to: receive the output signal generated by the orientation sensor; and control the cleaning device to operate according to the predefined cleaning program when the orientation sensed by the orientation sensor corresponds to said predefined cleaning orientation. receive the output signal generated by the orientation sensor; and control the cleaning device to operate according to the predefined cleaning program when the orientation sensed by the orientation sensor corresponds to said predefined cleaning orientation.
A device for aligning blanks in a magazine holding a number of blanks, each blank being a sleeve shaped piece of packaging material folded planar, said device comprising a plate element, and a vibrating means connected to said plate element to vibrate said plate element in relation to said magazine, such that said plate element comes into contact with an edge of any unaligned blanks in said magazine in order to align said unaligned blanks, characterized in that said vibrating means is suspended in two parallel spring plates, located at a distance from each other, to allow movement in only one direction. a plate element, and a vibrating means connected to said plate element to vibrate said plate element in relation to said magazine, such that said plate element comes into contact with an edge of any unaligned blanks in said magazine in order to align said unaligned blanks, characterized in that said vibrating means is suspended in two parallel spring plates, located at a distance from each other, to allow movement in only one direction.
A device (1,100) for separating a membrane (81, 91) to be analyzed from a support (83,93), the membrane being mounted in a frame (82, 92), itself mounted on a support, characterized in that it has a body comprising a longitudinal recess (11, 110, 120) for translational reception of the assembly constituted by the frame mounted on the support, the recess having a first end and a second end and longitudinal sides (14A, 14B, 111, 121) facing each other between said two ends, the device having bearing means (30, 112, 122) for a first member of the frame/support group between the first and the second end of the recess, which are adapted to serve as a bearing for the first member of the frame/support group once the assembly is disposed in the recess, each of the sides having a ramp (15A, 15B, 112, 122) adapted to engage a gripping member (84, 73) of a second member of the frame/support group when the assembly is translationally moved from the first to the second end, said ramps being adapted to separate the support from the frame during said translational movement by bearing on said gripping member of the second member of the frame/support group, the first member of the frame/support group then bearing on the bearing means, such that the frame and the support are separated once the translational movement has arrived at the second end.
A method comprising: receiving, by a host server, an authorization request message generated by an access device storing an initial key, wherein the authorization request message includes a key serial number, encrypted sensitive data, and an encrypted PIN, wherein the encrypted PIN is encrypted using a first encryption key variant based on the initial key and the encrypted sensitive data is encrypted using a second encryption key variant based on the initial key, wherein the first encryption key variant is different from the second encryption key variant, and wherein the initial key is derived from a base derivation key associated with the key serial number; retrieving, by the host server, the base derivation key using the key serial number; decrypting, by a secure module of the host server, the encrypted sensitive data using the base derivation key; re-encrypting, by the secure module, the decrypted sensitive data, wherein the sensitive data re-encryption uses a first sensitive data zone encryption key associated with a first payment processing network; and transmitting, by the host server, a first translated authorization request message to the first payment processing network, wherein the translated authorization request message includes the re-encrypted sensitive data. receiving, by a host server, an authorization request message generated by an access device storing an initial key, wherein the authorization request message includes a key serial number, encrypted sensitive data, and an encrypted PIN, wherein the encrypted PIN is encrypted using a first encryption key variant based on the initial key and the encrypted sensitive data is encrypted using a second encryption key variant based on the initial key, wherein the first encryption key variant is different from the second encryption key variant, and wherein the initial key is derived from a base derivation key associated with the key serial number; retrieving, by the host server, the base derivation key using the key serial number; decrypting, by a secure module of the host server, the encrypted sensitive data using the base derivation key; re-encrypting, by the secure module, the decrypted sensitive data, wherein the sensitive data re-encryption uses a first sensitive data zone encryption key associated with a first payment processing network; and transmitting, by the host server, a first translated authorization request message to the first payment processing network, wherein the translated authorization request message includes the re-encrypted sensitive data.
A fuel flowmeter for an engine such as a turbomachine for flying machine for being fed by a pump having an inlet and an outlet, said flowmeter comprising: · a metering valve having an inlet and an outlet, said valve, when it is mounted, being arranged downstream from the outlet of the pump; · a return circuit, when it is mounted, connecting the inlet of the metering valve to the inlet of the pump; and · a pressure regulator device comprising a movable valve member suitable for closing and opening the return circuit, a pressure difference detection surface fastened to the valve member and axially separating a first chamber in communication with the inlet of the metering valve from a second chamber in communication with the outlet from the metering valve, a first spring arranged in the second chamber while being fastened to the detection surface in such a manner as to exert axial thrust on the valve member in a direction tending to close the return circuit, said flowmeter being characterized in that the regulator device further comprises a piston axially separating the second chamber from a third chamber connected to the outlet of the metering valve, said piston including a coupling member suitable for co-operating with the valve member, a second spring arranged in the third chamber while exerting axial thrust on the piston tending to keep the piston decoupled from the valve member, the regulator device also including a channel putting the second chamber in communication with the third chamber. · a metering valve having an inlet and an outlet, said valve, when it is mounted, being arranged downstream from the outlet of the pump; · a return circuit, when it is mounted, connecting the inlet of the metering valve to the inlet of the pump; and · a pressure regulator device comprising a movable valve member suitable for closing and opening the return circuit, a pressure difference detection surface fastened to the valve member and axially separating a first chamber in communication with the inlet of the metering valve from a second chamber in communication with the outlet from the metering valve, a first spring arranged in the second chamber while being fastened to the detection surface in such a manner as to exert axial thrust on the valve member in a direction tending to close the return circuit, said flowmeter being characterized in that the regulator device further comprises a piston axially separating the second chamber from a third chamber connected to the outlet of the metering valve, said piston including a coupling member suitable for co-operating with the valve member, a second spring arranged in the third chamber while exerting axial thrust on the piston tending to keep the piston decoupled from the valve member, the regulator device also including a channel putting the second chamber in communication with the third chamber.
Process for fabrication of all-solid-state thin film batteries, said batteries comprising a film of anode materials (anode film), a film of solid electrolyte materials (electrolyte film) and a film of cathode materials (cathode film), characterized in that: - each of these three films is deposited using an electrophoresis process, - the anode film and the cathode film are each deposited on a conducting substrate, preferably a thin metal sheet or band, or a metalized insulating sheet or band or film, said conducting substrates, or their conducting elements, capable of acting as battery current collectors, - the electrolyte film is deposited on the anode and/or cathode film, and characterized in that said process also comprises at least one step in which said sheets or bands are stacked so as to form at least one battery with a "collector / anode / electrolyte / cathode / collector" type of stacked structure. - each of these three films is deposited using an electrophoresis process, - the anode film and the cathode film are each deposited on a conducting substrate, preferably a thin metal sheet or band, or a metalized insulating sheet or band or film, said conducting substrates, or their conducting elements, capable of acting as battery current collectors, - the electrolyte film is deposited on the anode and/or cathode film,
Electrochemical cell for lithium battery, comprising a positive electrode and a negative electrode separated from each by an electrolyte composed solely of at least one lithium salt and at least one compound selected from among the compounds of the cyclic ether family having at least one ring comprising an oxygen atom and at least one unsaturation.
A method for reducing a total computation capacity that needs to be kept, in which an electronic computation module of a vehicle-to-X communication apparatus keeps the total computation capacity, wherein a multiplicity of software modules are executed by the electronic computation module, wherein the software modules take up computation capacity for data processing processes and for input data checking processes and wherein the input data checking processes are repeated in accordance with a timing, wherein the timing predefines the temporal distance between two successive input data checking processes, characterised in that the timing is adjustable, wherein the timing is adjusted depending on a computation utilization of the computation module.
An organic-inorganic hybrid material comprising two phases: - a first, mineral phase comprising a structured mesoporous network with open porosity, namely a mesostructure, exhibiting an organized spatial layout of mesopores having a size from 1 to 100 nm, with a spatial periodicity of the pores characterized by the appearance of at least one low-angle peak in an X-Ray scattering diagram, said peak being associated with a repeat distance which is between 2 and 50 nm, and said mesostructure being verified by transmission electron microscopy; and - a second, organic phase comprising an organic polymer, said organic phase being not present inside the mesopores of the structured mesoporous network of the first mineral phase; - optionally, further, a third phase, inside the pores, consisting of at least one surface active agent. - a first, mineral phase comprising a structured mesoporous network with open porosity, namely a mesostructure, exhibiting an organized spatial layout of mesopores having a size from 1 to 100 nm, with a spatial periodicity of the pores characterized by the appearance of at least one low-angle peak in an X-Ray scattering diagram, said peak being associated with a repeat distance which is between 2 and 50 nm, and said mesostructure being verified by transmission electron microscopy; and - a second, organic phase comprising an organic polymer, said organic phase being not present inside the mesopores of the structured mesoporous network of the first mineral phase; - optionally, further, a third phase, inside the pores, consisting of at least one surface active agent.
A method for initial network access for a first wireless communication device to a wireless network, the method being performed by the first wireless communication device, the method comprising: providing, in a wake-up signal, via a first communication technology,_as part of performing initial access of the first wireless communication device to the wireless network, a request to a second wireless communication device for assisted connection initialization of the first wireless communication device to the wireless network; obtaining connection parameters from the second wireless communication device, wherein the parameters are based on the network configuration; and establishing, using the connection parameters and without further assistance from the second wireless communication device, via a second communication technology, a connection to the wireless network. providing, in a wake-up signal, via a first communication technology,_as part of performing initial access of the first wireless communication device to the wireless network, a request to a second wireless communication device for assisted connection initialization of the first wireless communication device to the wireless network; obtaining connection parameters from the second wireless communication device, wherein the parameters are based on the network configuration; and establishing, using the connection parameters and without further assistance from the second wireless communication device, via a second communication technology, a connection to the wireless network.