mhurhangee/ep-ind-claims huggingface dataset:
An integrated device comprising: a pixel region comprising: a plurality of pixels, each pixel of the plurality of pixels having: a sample well on a surface of the integrated device, wherein the sample well is configured to receive a sample; at least one excitation-coupling structure configured to direct excitation energy to a vicinity of the sample well; at least one emission coupling component configured to generate different spatial distribution patterns for emission energies having different characteristic wavelengths, wherein one or more of the emission energies are emitted from the sample in the sample well in response to excitation energy delivered to the sample well; and at least one sensor configured to detect different projected patterns of the spatial distribution patterns, and to distinguish between different projected patterns; and at least one waveguide configured to deliver excitation energy to at least a portion of the plurality of pixels, and wherein the at least one excitation-coupling structure of at least some of the plurality of pixels is positioned to couple with the at least one waveguide. a pixel region comprising: a plurality of pixels, each pixel of the plurality of pixels having: a sample well on a surface of the integrated device, wherein the sample well is configured to receive a sample; at least one excitation-coupling structure configured to direct excitation energy to a vicinity of the sample well; at least one emission coupling component configured to generate different spatial distribution patterns for emission energies having different characteristic wavelengths, wherein one or more of the emission energies are emitted from the sample in the sample well in response to excitation energy delivered to the sample well; and at least one sensor configured to detect different projected patterns of the spatial distribution patterns, and to distinguish between different projected patterns; and a sample well on a surface of the integrated device, wherein the sample well is configured to receive a sample; at least one excitation-coupling structure configured to direct excitation energy to a vicinity of the sample well; at least one emission coupling component configured to generate different spatial distribution patterns for emission energies having different characteristic wavelengths, wherein one or more of the emission energies are emitted from the sample in the sample well in response to excitation energy delivered to the sample well; and at least one sensor configured to detect different projected patterns of the spatial distribution patterns, and to distinguish between different projected patterns; and at least one waveguide configured to deliver excitation energy to at least a portion of the plurality of pixels, and wherein the at least one excitation-coupling structure of at least some of the plurality of pixels is positioned to couple with the at least one waveguide.
Method for checking a tyre for vehicle wheels, said tyre being associated with a model with which a setting for a set of image acquisition devices is associated, the method comprising: a) obtaining the model associated with said tyre; b) acquiring preliminary images of said tyre; characterized in further comprising: c) obtaining, from said acquired preliminary images, at least one adjustment value representative of at least one geometric characteristic of the tyre; d) calculating a deviation between said at least one adjustment value and a respective reference value, associated with said model; e) adjusting the setting associated with the model of the tyre based on the calculated deviation and inspecting said tyre to look for possible production defects by acquiring images of at least part of the surface of the tyre, using the set of image acquisition devices set according to the setting thus adjusted. a) obtaining the model associated with said tyre; b) acquiring preliminary images of said tyre; c) obtaining, from said acquired preliminary images, at least one adjustment value representative of at least one geometric characteristic of the tyre; d) calculating a deviation between said at least one adjustment value and a respective reference value, associated with said model; e) adjusting the setting associated with the model of the tyre based on the calculated deviation and inspecting said tyre to look for possible production defects by acquiring images of at least part of the surface of the tyre, using the set of image acquisition devices set according to the setting thus adjusted.
Trolley-type soft-shell suitcase (10; 110; 210) having an underside on which the soft-shell suitcase can be rolled along, wherein said soft-shell suitcase comprises: - a front part and a rear part which each form a main side of the soft-shell suitcase and form, at least partly, opposed narrow sides of said soft-shell suitcase, wherein the front part and/or the rear part is/are formed, at least partly, from soft material; - a stabilising or load-bearing structure; - rollers which are arranged at the underside; wherein the rollers are arranged and supported at both of the parts (12, 13), in particular two rollers at the front part and two rollers at the rear part, wherein at least one of the rollers is supported laterally at a narrow side of the front part, wherein said rollers are connected with a roller-holder which has a supporting section (18.1) respectively, wherein the stabilising or load-bearing structure is substantially formed by a structurally stiff base structure at the front part and at the rear part and by a stabilising shell at the rear part, wherein the front part, apart from the base structure, is formed by a soft material, such that the front part, apart from the base structure, can be compressed in an unpacked state of the suitcase, characterised in that the stabilising shell substantially extends along the entire main side of the rear part. - a front part and a rear part which each form a main side of the soft-shell suitcase and form, at least partly, opposed narrow sides of said soft-shell suitcase, wherein the front part and/or the rear part is/are formed, at least partly, from soft material; - a stabilising or load-bearing structure; - rollers which are arranged at the underside;
An internal mandibular distractor comprising: a housing member elongating along a longitudinal axis between a proximal end and a distal end, the housing member having at least one elongated slot elongating along at least a portion of the longitudinal axis; at least one fixed footplate attached to the housing member, the fixed footplate being attachable to a first bone surface; a drive rod arranged within the housing member along the longitudinal axis; and at least one moveable footplate engageable with the drive rod through the elongated slot by a connector, the movable footplate being attachable to a second bone surface, wherein, when the fixed and moveable footplates (120, 130) are attached to the respective first and second bone surfaces, a bottom portion of the housing member is proximate to the first and second bone surfaces, and a side portion is further from the bone surfaces than the bottom portion in a direction transverse to the longitudinal axis, wherein the drive rod has a distal interface that is rotatably secured within an enclosed portion of the distal end of the housing member, characterized in that the distal interface is rotatably secured within the enclosed portion of the distal end of the housing member by a retaining pin connected to the housing member, wherein the distal interface of the drive rod has a circumferential channel extending around the drive rod, and wherein the retaining pin is received in the channel to restrict the drive rod from moving longitudinally with respect to the housing while permitting the drive rod to rotate. a housing member elongating along a longitudinal axis between a proximal end and a distal end, the housing member having at least one elongated slot elongating along at least a portion of the longitudinal axis; at least one fixed footplate attached to the housing member, the fixed footplate being attachable to a first bone surface; a drive rod arranged within the housing member along the longitudinal axis; and at least one moveable footplate engageable with the drive rod through the elongated slot by a connector, the movable footplate being attachable to a second bone surface, wherein, when the fixed and moveable footplates (120, 130) are attached to the respective first and second bone surfaces, a bottom portion of the housing member is proximate to the first and second bone surfaces, and a side portion is further from the bone surfaces than the bottom portion in a direction transverse to the longitudinal axis, wherein the drive rod has a distal interface that is rotatably secured within an enclosed portion of the distal end of the housing member, characterized in that the distal interface is rotatably secured within the enclosed portion of the distal end of the housing member by a retaining pin connected to the housing member, wherein the distal interface of the drive rod has a circumferential channel extending around the drive rod, and wherein the retaining pin is received in the channel to restrict the drive rod from moving longitudinally with respect to the housing while permitting the drive rod to rotate.
Seat comfort system comprising one or more air cushions, the filling level of each air cushion being controllable via at least one valve, and one or more circuit arrangements for controlling the valve or valves, wherein the at least one valve comprises at least one actuator with at least one actuating element, wherein the actuating element is adjustable at least between a first position and a second position, wherein the circuit arrangement has at least one driver unit for actuating the actuator and a control unit for controlling the driver unit, characterised in that the circuit arrangement comprises at least one air mass measuring device (305-1 to 305-N, 305-X, 305a to 305d) for measuring an air mass flowing through the valve, wherein the control unit is suitable for processing an output signal of the air mass measuring device (305-1 to 305-N, 305-X, 305a to 305d). one or more air cushions, the filling level of each air cushion being controllable via at least one valve, and one or more circuit arrangements for controlling the valve or valves, wherein the at least one valve comprises at least one actuator with at least one actuating element, wherein the actuating element is adjustable at least between a first position and a second position, wherein the circuit arrangement has at least one driver unit for actuating the actuator and a control unit for controlling the driver unit, characterised in that the circuit arrangement comprises at least one air mass measuring device (305-1 to 305-N, 305-X, 305a to 305d) for measuring an air mass flowing through the valve, wherein the control unit is suitable for processing an output signal of the air mass measuring device (305-1 to 305-N, 305-X, 305a to 305d).
A communication program for causing a node device included in a data circulation network to execute a process, the process comprising: when receiving a registration request to register metadata including attribute information on data that a terminal connected to one of the node devices has, transferring the metadata to another node device included in the data circulation network; and characterised by: when receiving a first obtainment request to obtain the metadata, determining, based on access authority information included in the metadata of the data, whether or not a user specified by the request to obtain the metadata is given permission to access to the metadata, referring to the attribute information, obtaining the metadata including the attribute information including a keyword specified in the first obtainment request, and transmitting the obtained metadata to an issuer of the first obtainment request; and when receiving a second obtainment request to obtain data based on the metadata, obtaining the data from the terminal and transferring the data to a requestor of the data. when receiving a first obtainment request to obtain the metadata, determining, based on access authority information included in the metadata of the data, whether or not a user specified by the request to obtain the metadata is given permission to access to the metadata, referring to the attribute information, obtaining the metadata including the attribute information including a keyword specified in the first obtainment request, and transmitting the obtained metadata to an issuer of the first obtainment request; and when receiving a second obtainment request to obtain data based on the metadata, obtaining the data from the terminal and transferring the data to a requestor of the data.
An ultraviolet sterilization device, comprising a liquid passing pipe assembly and an ultraviolet light source, wherein the liquid passing pipe assembly comprises a shell and a transparent hollow pipe, the shell is sleeved on the hollow pipe and an accommodating groove is provided on an outer wall surface of the shell, and the ultraviolet light source is provided in the accommodating groove; wherein an opening of the accommodating groove is away from the hollow pipe and an upper cover is provided at the opening of the accommodating groove, wherein the hollow pipe has an end configured as a liquid inlet end and another end configured as a liquid outlet end, and the hollow pipe is configured for circulating liquid; a wall surface of the hollow pipe is covered with a reflective film, the reflective film is provided with first light transmitting holes at a position corresponding to the ultraviolet light source, the first light transmitting holes are communicated with the accommodating groove, a bottom of the accommodating groove is provided with second light transmitting holes at positions corresponding to the first light transmitting holes, and the second light transmitting holes are communicated with the first light transmitting holes so that ultraviolet light emitted by the ultraviolet light source is incident into the hollow pipe after passing through the second light transmitting holes and the first light transmitting holes and sterilizes the liquid circulating in the hollow pipe, and the reflective film is used for scattering the ultraviolet light in different areas in the hollow pipe.
Process for producing tyres for vehicle wheels comprising, for each tyre being processed: - building a carcass sleeve on a first forming drum, - dissociating the carcass sleeve from the first forming drum after having associated it with a first transfer device and transferring it into a waiting station by means of said first transfer device, - in said waiting station, releasing the carcass sleeve from said first transfer device, after having associated it with a second forming drum, - transferring the second forming drum, with the carcass sleeve associated with it, from said waiting station to a bead forming station to carry out, on the second forming drum, the engagement of axially opposite ends of the carcass sleeve to respective anchoring annular structures so as to form a carcass structure, - transferring the second forming drum, with the carcass structure associated with it, from said bead forming station to said waiting station. - building a carcass sleeve on a first forming drum, - dissociating the carcass sleeve from the first forming drum after having associated it with a first transfer device and transferring it into a waiting station by means of said first transfer device, - in said waiting station, releasing the carcass sleeve from said first transfer device, after having associated it with a second forming drum, - transferring the second forming drum, with the carcass sleeve associated with it, from said waiting station to a bead forming station to carry out, on the second forming drum, the engagement of axially opposite ends of the carcass sleeve to respective anchoring annular structures so as to form a carcass structure, - transferring the second forming drum, with the carcass structure associated with it, from said bead forming station to said waiting station.
A component (100; 200) for a gas turbine engine comprising: at least one cooled surface (110; 210; 310; 410) configured to contact a cooling flow (102; 202); the at least one cooled surface (110...410) having a base surface and a plurality of cooling nubs (122, 124; 222, 224; 324; 422, 424) disposed about the base surface; and the plurality of cooling nubs (122...424) are distributed about said base surface in a mixed pattern, wherein at least one of said cooled surfaces (110...410) is a recessed surface; characterised in that: the mixed pattern of cooling nubs (122...424) includes cooling nubs (122...424) having a first size (124; 224; 424) and cooling nubs (122...424) having a second size (122; 222; 422) smaller than the first size (124; 224; 424), and the cooling nubs (122...424) within a predetermined distance closer to an edge of said recessed surface are the cooling nubs having said second size (122; 222; 422). at least one cooled surface (110; 210; 310; 410) configured to contact a cooling flow (102; 202); the at least one cooled surface (110...410) having a base surface and a plurality of cooling nubs (122, 124; 222, 224; 324; 422, 424) disposed about the base surface; and the plurality of cooling nubs (122...424) are distributed about said base surface in a mixed pattern, wherein at least one of said cooled surfaces (110...410) is a recessed surface; characterised in that: the mixed pattern of cooling nubs (122...424) includes cooling nubs (122...424) having a first size (124; 224; 424) and cooling nubs (122...424) having a second size (122; 222; 422) smaller than the first size (124; 224; 424), and the cooling nubs (122...424) within a predetermined distance closer to an edge of said recessed surface are the cooling nubs having said second size (122; 222; 422).
A special-effects fogger, particularly for theater use, comprising a fog generator having a heating element, a fog fluid being vaporized by the heating element, as well as at least one ultrasonic vaporizer in a housing at the bottom of a main mixing chamber, whereby the fog generated by the fog generator can be conducted into the main mixing chamber, and further a baffle wall being provided in the main mixing chamber near an outlet port, characterized in that a premixing chamber is also provided into which an air stream generated by a fan and the fog generated by the fog generator can be conducted via respective intake ports (14, 15), and in that the premixing chamber is connected by a transfer port to the main mixing chamber, the transfer port being in the main mixing chamber opposite the baffle wall.
Valve needle for a fuel injector, extending along a longitudinal axis between a needle head and a needle tip, the density of the valve needle being homogeneous from the needle head to the needle tip, and the valve needle comprising an additional part added close to the needle head, the additional part having a mass of at least 1.5 grams and characterized in that the total mass of the valve needle and the additional part is between 4 grams and 5.7 grams.
Process for producing a glyceride composition having an oleic acid content of at least 65% by weight based on the total C12 to C20 fatty acids present in the glycerides comprising reacting a palm oil olein, having an oleic acid content present as acyl groups of from 45 to 60% by weight based on the total C12 to C20 fatty acids, with free oleic acid in the presence of a 1,3-specific lipase from Rhizopus oryzae, wherein the reaction of the palm oil olein with oleic acid is carried out at a temperature of from 65 °C to 80 °C and the glyceride composition is produced without a subsequent step of fractionation.
A modulator configured to transmit a legacy signal and a secured signal using orthogonal frequency division multiplexing, OFDM, modulation, comprising: a channel encoder, channel interleaver, and a bit to sample converter configured to process an input legacy frame to produce a plurality of legacy samples; a frame selector configured to select specific portions of the input legacy frame to produce a secured frame; a hash module configured to hash and encrypt the secured frame; a channel encoder configured to encode the hashed secured frame; a channelization module configured to spread the hash secured frame in order to match a bit rate of the plurality of legacy samples; a frequency mapper configured to map the input legacy frame samples and the channelized hashed secured frame to the frequency domain; an inverse fast Fourier transform, IFFT, module configured to receive the output of the frequency mapper; and digital to analog converter, DAC, configured to transmit the modulated signal from the IFFT. a channel encoder, channel interleaver, and a bit to sample converter configured to process an input legacy frame to produce a plurality of legacy samples; a frame selector configured to select specific portions of the input legacy frame to produce a secured frame; a hash module configured to hash and encrypt the secured frame; a channel encoder configured to encode the hashed secured frame; a channelization module configured to spread the hash secured frame in order to match a bit rate of the plurality of legacy samples; a frequency mapper configured to map the input legacy frame samples and the channelized hashed secured frame to the frequency domain; an inverse fast Fourier transform, IFFT, module configured to receive the output of the frequency mapper; and digital to analog converter, DAC, configured to transmit the modulated signal from the IFFT.
A method for generating a first symmetrical key (SymKey), in which the symmetrical key is generated by an electronic device as a function of a first word representative of a program for updating software and of a secret value held by the electronic device, the method comprising a step of decryption of the program for updating software with a second symmetrical key, different form the first symmetrical key, and a step for generating a first word representative of the program for updating software by applying a one-way function to the decrypted update program.