mhurhangee/ep-ind-claims huggingface dataset:
A build system configured to build a build object on an object, the build system comprising: a support apparatus configured to support an object; an additive processing apparatus configured to perform an additive processing on the object; a position change apparatus (22, 32) configured to change a relative positional relationship between the support apparatus and an additive processed position which is processed by the additive processing apparatus; the build system being characterised by: a position measurement apparatus configured to measure a position of a part of the object; a display apparatus configured to display an image relating to the object; a designating apparatus configured to designate a position for the build object on the object using the image displayed by the display apparatus, and a control apparatus configured to control the additive processing apparatus and position change apparatus to build the build object on the object on the basis of the designated position and the measured position. a support apparatus configured to support an object; an additive processing apparatus configured to perform an additive processing on the object; a position change apparatus (22, 32) configured to change a relative positional relationship between the support apparatus and an additive processed position which is processed by the additive processing apparatus; the build system being characterised by: a position measurement apparatus configured to measure a position of a part of the object; a display apparatus configured to display an image relating to the object; a designating apparatus configured to designate a position for the build object on the object using the image displayed by the display apparatus, and a control apparatus configured to control the additive processing apparatus and position change apparatus to build the build object on the object on the basis of the designated position and the measured position. a position measurement apparatus configured to measure a position of a part of the object; a display apparatus configured to display an image relating to the object; a designating apparatus configured to designate a position for the build object on the object using the image displayed by the display apparatus, and a control apparatus configured to control the additive processing apparatus and position change apparatus to build the build object on the object on the basis of the designated position and the measured position.
Filling head for a liquid tank in a motor vehicle having a housing, which includes: a first molded housing part, in which a tank vent pipe is formed for introducing air into the housing; and a second molded housing part, in which a dip tube is formed for guiding a jet of liquid in the interior of the filling head, wherein the dip tube includes a vent opening for discharging from the filling head the air that may be introduced through the tank vent pipe, characterized in that the dip tube includes a modular, annular surge element, which is attachable to the dip tube. a first molded housing part, in which a tank vent pipe is formed for introducing air into the housing; and a second molded housing part, in which a dip tube is formed for guiding a jet of liquid in the interior of the filling head, wherein the dip tube includes a vent opening for discharging from the filling head the air that may be introduced through the tank vent pipe, characterized in that the dip tube includes a modular, annular surge element, which is attachable to the dip tube.
A pneumatic tire comprising: the tire having an outer surface; a magnetic tire sealing material arranged in an interior portion of the tire, the sealing material being a layer arranged in an interior portion of the tire, a portion of the layer underlying a tread area in a crown portion of the outer surface of the tire, the sealing material comprising magnetic particles, the magnetic particles being present in the range of 0.1 to 10 phr and 0.1 to 5 weight percent of the total weight of the sealing material in the tire; wherein a puncture of the outer surface of the tire that contacts the sealing material is sealed by the sealing material flowing in the puncture to form a sealed tire area comprising a portion of the sealing material, the sealed tire area being present at the outer surface of the tire, and a portion of the magnetic particles of the sealing material being present in the sealed tire area at the outer surface of the tire, the portion of magnetic particles at the outer surface of the tire comprising a stronger average magnetic field than the average magnetic field over the remaining outer surface of the tire and the portion of magnetic particles at the outer surface of the tire capable of being detected by an apparatus that detects the presence of magnetic particles to indicate the presence of the puncture in the tire. the tire having an outer surface; a magnetic tire sealing material arranged in an interior portion of the tire, the sealing material being a layer arranged in an interior portion of the tire, a portion of the layer underlying a tread area in a crown portion of the outer surface of the tire, the sealing material comprising magnetic particles, the magnetic particles being present in the range of 0.1 to 10 phr and 0.1 to 5 weight percent of the total weight of the sealing material in the tire; wherein a puncture of the outer surface of the tire that contacts the sealing material is sealed by the sealing material flowing in the puncture to form a sealed tire area comprising a portion of the sealing material, the sealed tire area being present at the outer surface of the tire, and a portion of the magnetic particles of the sealing material being present in the sealed tire area at the outer surface of the tire, the portion of magnetic particles at the outer surface of the tire comprising a stronger average magnetic field than the average magnetic field over the remaining outer surface of the tire and the portion of magnetic particles at the outer surface of the tire capable of being detected by an apparatus that detects the presence of magnetic particles to indicate the presence of the puncture in the tire.
An apparatus, comprising: an array of sensors, each sensor comprising at least one chemically-sensitive field effect transistor (chemFET), each of said chemFETs having a floating gate structure and a passivation layer located over said floating gate structures, said floating gate structure comprising a topmost metal layer; a plurality of microwells defining a plurality of cavities with one microwell disposed over each of said floating gate structures, said cavities being of a size and shape capable of retaining analyte therein, and a layer of first material disposed over said chemFETs, wherein said microwells are formed in said first material and have a configuration of sidewalls with a thin layer of metal (75E4) over said configuration of sidewalls, said thin layer of metal (75E4) being in contact with said topmost metal layer of said floating gate structures and being removed from the tops of the microwell array, and said thin layer of metal (75E4) and said topmost metal layer being covered by said passivation layer, wherein said passivation layer has at least one first metal oxide sensing layer. an array of sensors, each sensor comprising at least one chemically-sensitive field effect transistor (chemFET), each of said chemFETs having a floating gate structure and a passivation layer located over said floating gate structures, said floating gate structure comprising a topmost metal layer; a plurality of microwells defining a plurality of cavities with one microwell disposed over each of said floating gate structures, said cavities being of a size and shape capable of retaining analyte therein, and a layer of first material disposed over said chemFETs, wherein said microwells are formed in said first material and have a configuration of sidewalls with a thin layer of metal (75E4) over said configuration of sidewalls, said thin layer of metal (75E4) being in contact with said topmost metal layer of said floating gate structures and being removed from the tops of the microwell array, and said thin layer of metal (75E4) and said topmost metal layer being covered by said passivation layer, wherein said passivation layer has at least one first metal oxide sensing layer.
A method for generating at least one of an absorption image, a phase image and a dark field image of a sample comprising: a) applying a beam of radiation emitted by an x-ray source to a beam splitter grating in order to split the beam; b) introducing the sample into the splitted beams between the beam splitter grating and an x-ray detector; c) measuring the light intensity distribution modulated by said sample by means of the x-ray detector; d) computing at least one of an absorption image, a phase image and a dark field image from different sets of the total number of pixels detected by said x-ray detector, characterised by said sets being obtained by virtually overlaying the pixel matrix read out of the exposed detector by a virtual mask having on/off locations and by using pixels covered by 'on' locations of the virtual mask to populate a first set and shifting said virtual mask relative to the pixel matrix to obtain further sets. a) applying a beam of radiation emitted by an x-ray source to a beam splitter grating in order to split the beam; b) introducing the sample into the splitted beams between the beam splitter grating and an x-ray detector; c) measuring the light intensity distribution modulated by said sample by means of the x-ray detector; d) computing at least one of an absorption image, a phase image and a dark field image from different sets of the total number of pixels detected by said x-ray detector, characterised by said sets being obtained by virtually overlaying the pixel matrix read out of the exposed detector by a virtual mask having on/off locations and by using pixels covered by 'on' locations of the virtual mask to populate a first set and shifting said virtual mask relative to the pixel matrix to obtain further sets.
A power supply specification management apparatus, wherein the power supply specification management apparatus comprises: a storage module, configured to store a voltage identification, VID, code conversion table; a power supply control code conversion module, configured to acquire a voltage identification VID specification of a power-consuming unit and a VID code that is sent by a power-consuming unit according to the VID specification, search the storage module for the VID code conversion table matching the VID specification according to the VID specification, and search the found VID code conversion table for a DAC control code which corresponds to the VID code output by the power-consuming unit and output the DAC control code; a DAC module, which is used by the power supply control code conversion module, configured to receive the DAC control code output by the power supply control code conversion module, and output a corresponding required voltage according to the DAC control code; and a programmable control port, the programmable control port is configured to establish correspondence between the VID specification and a voltage value to be output by the power supply specification management apparatus, and after acquiring VID information of the power-consuming unit, write a new VID specification and a VID code conversion table which corresponds to the new VID specification into the storage module, wherein the power supply conversion module is configured to use the VID code directly as the storage address of the corresponding DAC control code in the storage module. a storage module, configured to store a voltage identification, VID, code conversion table; a power supply control code conversion module, configured to acquire a voltage identification VID specification of a power-consuming unit and a VID code that is sent by a power-consuming unit according to the VID specification, search the storage module for the VID code conversion table matching the VID specification according to the VID specification, and search the found VID code conversion table for a DAC control code which corresponds to the VID code output by the power-consuming unit and output the DAC control code; a DAC module, which is used by the power supply control code conversion module, configured to receive the DAC control code output by the power supply control code conversion module, and output a corresponding required voltage according to the DAC control code; and a programmable control port, the programmable control port is configured to establish correspondence between the VID specification and a voltage value to be output by the power supply specification management apparatus, and after acquiring VID information of the power-consuming unit, write a new VID specification and a VID code conversion table which corresponds to the new VID specification into the storage module, wherein the power supply conversion module is configured to use the VID code directly as the storage address of the corresponding DAC control code in the storage module.
Functionalized infrastructure comprising a bottom layer comprising a zone to be covered, said infrastructure comprising: - n covering slabs, n being greater than or equal to 2, the n slabs each comprising a coverage surface for covering a part of said zone, the n slabs being arranged juxtaposed in order to pave said surface to be covered, each covering slab comprising at least one electrical functionalization assembly, - the n covering slabs comprise at least one covering slab of a first type having a coverage surface of a first form and a covering slab (2b, 2c) of a second type having a coverage surface of a second form, distinct from the first form, said infrastructure being characterized in that: - each covering slab comprises an electrical connection block, such that, for two adjacent slabs directly connected with each other: - the electrical connection block of each slab is arranged on the slab so as to be separated from the electrical connection block of the adjacent slab by a pitch that is constant, whatever the form of each of their slabs, - the infrastructure comprises an electrical connecting cable between said two adjacent slabs, said cable being of a length corresponding to said constant pitch. - n covering slabs, n being greater than or equal to 2, the n slabs each comprising a coverage surface for covering a part of said zone, the n slabs being arranged juxtaposed in order to pave said surface to be covered, each covering slab comprising at least one electrical functionalization assembly, - the n covering slabs comprise at least one covering slab of a first type having a coverage surface of a first form and a covering slab (2b, 2c) of a second type having a coverage surface of a second form, distinct from the first form, - each covering slab comprises an electrical connection block, such that, for two adjacent slabs directly connected with each other: - the electrical connection block of each slab is arranged on the slab so as to be separated from the electrical connection block of the adjacent slab by a pitch that is constant, whatever the form of each of their slabs, - the infrastructure comprises an electrical connecting cable between said two adjacent slabs, said cable being of a length corresponding to said constant pitch. - the electrical connection block of each slab is arranged on the slab so as to be separated from the electrical connection block of the adjacent slab by a pitch that is constant, whatever the form of each of their slabs, - the infrastructure comprises an electrical connecting cable between said two adjacent slabs, said cable being of a length corresponding to said constant pitch.
An ultrasound endoscope, comprising: an ultrasonic probe where a plurality of ultrasonic transducer elements for transmitting/receiving ultrasounds are arranged in a cylindrical form; a distal rigid section which configures a tip of an endoscopic insertion tube and in which said ultrasonic probe is provided; a bending tube to which said distal rigid section is connected, and which is adapted to bend with remote operation; a flexible tube connected to said bending tube; and a coaxial cable bundle which is a bundle of coaxial cables corresponding to respective ultrasonic transducer elements for transmitting a drive signal driving each of the ultrasonic transducer elements, and which passes through insides of said distal rigid section, said bending tube, and said flexible tube, characterized in that an interval between coaxial cables of the coaxial cable bundle in areas within a predetermined longitudinal range in the coaxial cable bundle included in said bending tube is made larger than an interval between coaxial cables of the coaxial cable bundle in areas other than the predetermined longitudinal range. an ultrasonic probe where a plurality of ultrasonic transducer elements for transmitting/receiving ultrasounds are arranged in a cylindrical form; a distal rigid section which configures a tip of an endoscopic insertion tube and in which said ultrasonic probe is provided; a bending tube to which said distal rigid section is connected, and which is adapted to bend with remote operation; a flexible tube connected to said bending tube; and a coaxial cable bundle which is a bundle of coaxial cables corresponding to respective ultrasonic transducer elements for transmitting a drive signal driving each of the ultrasonic transducer elements, and which passes through insides of said distal rigid section, said bending tube, and said flexible tube, characterized in that an interval between coaxial cables of the coaxial cable bundle in areas within a predetermined longitudinal range in the coaxial cable bundle included in said bending tube is made larger than an interval between coaxial cables of the coaxial cable bundle in areas other than the predetermined longitudinal range.
A method of performing a secure function on data inputs by a security module, characterized by: receiving an encrypted data value by the security module; decrypting the encrypted data value using a white-box decryption block cipher and encoding the decrypted data value, wherein the data value is invisible to an attacker; performing a function on the encoded data value and producing an encoded result of the function, wherein the data value and the result are invisible to the attacker; decoding the encoded result of the performed function and then encrypting the result using a white-box encryption block cipher, wherein the result is invisible to the attacker. receiving an encrypted data value by the security module; decrypting the encrypted data value using a white-box decryption block cipher and encoding the decrypted data value, wherein the data value is invisible to an attacker; performing a function on the encoded data value and producing an encoded result of the function, wherein the data value and the result are invisible to the attacker; decoding the encoded result of the performed function and then encrypting the result using a white-box encryption block cipher, wherein the result is invisible to the attacker.
Rail fastening system for fastening a railway rail to a tie, comprising a tie screw for screwing into a tie, and a rail clamping element, the system comprising a ribbed plate for being arranged between the railway rail and the tie and for being screwed to the tie by means of the tie screw, the system comprising a clamping screw, by means of which the rail clamping element is arranged on the ribbed plate, the ribbed plate comprising a threaded hole, into which the clamping screw is screwed, characterized in that the system is completely made of plastics material and in that all the materials used form a composite and have the same material properties.
A mobile transceiver configured to operate under multiple communication schemes that each have a different bandwidth, for transmitting a communication signal in a variable bandwidth communication network, the communication network comprising a plurality of cells, wherein coverage in each cell is provided by a base station for distributing to and collecting information from mobile stations, wherein the communication signal comprises subchannels that are composed of groups of subcarriers, the mobile transceiver having an adaptable bandwidth, the mobile transceiver comprising: an analog-to-digital converter for signal sampling; a Fast Fourier Transform and Inverse Fast Fourier Transform, FFT/IFFT, processor, wherein the processor is configured to maintain a substantially constant ratio between a sampling frequency and a size of the FFT/IFFT of the communication signal, or a fixed spacing between adjacent subcarriers; a scanner for scanning spectral bands of specified center frequencies, upon entering an area, to find a signal and to determine an operating channel bandwidth; a facility for sustaining a core-band for pertinent communications, wherein the core-band is not wider than a smallest possible operating channel bandwidth of the network, wherein the core-band includes a primary preamble sufficient for basic radio operation, and wherein the primary preamble is an OFDM symbol corresponding to a particular frequency pattern within the core-band; and a facility for adjusting the number of subcarriers in accordance with the operating channel bandwidth. an analog-to-digital converter for signal sampling; a Fast Fourier Transform and Inverse Fast Fourier Transform, FFT/IFFT, processor, wherein the processor is configured to maintain a substantially constant ratio between a sampling frequency and a size of the FFT/IFFT of the communication signal, or a fixed spacing between adjacent subcarriers; a scanner for scanning spectral bands of specified center frequencies, upon entering an area, to find a signal and to determine an operating channel bandwidth; a facility for sustaining a core-band for pertinent communications, wherein the core-band is not wider than a smallest possible operating channel bandwidth of the network, wherein the core-band includes a primary preamble sufficient for basic radio operation, and wherein the primary preamble is an OFDM symbol corresponding to a particular frequency pattern within the core-band; and a facility for adjusting the number of subcarriers in accordance with the operating channel bandwidth.