mhurhangee/ep-ind-claims huggingface dataset:
Ophthalmological implant having a main body and a force sensor, characterized in that the force sensor at least partly consists of at least one interference dye which changes its colour impression depending on a force acting on at least one region of the main body.
An air cooling system for an airplane having a cabin, the air cooling system comprising: a liquid to air heat exchanger having a core, a fluid inlet, a fluid outlet, an air inlet and an air outlet; an inlet duct fluidly connected to the air inlet, the inlet duct being configured to direct relatively warm air from the cabin into the heat exchanger; an outlet duct fluidly connected to the air outlet, the outlet duct being configured to direct relatively cool air out of the heat exchanger and back to the cabin; and an outlet header located between the air outlet and the outlet duct, the outlet header having a shape configured to collect water from the cool air; wherein the outlet header is attached to an air outlet side of the core and attached to the outlet duct; characterized in that: the outlet header includes a flared portion between the air outlet and the outlet duct; the outlet header includes a straight portion downstream of the flared potion; and the outlet header includes a converging portion downstream of the straight portion. a liquid to air heat exchanger having a core, a fluid inlet, a fluid outlet, an air inlet and an air outlet; an inlet duct fluidly connected to the air inlet, the inlet duct being configured to direct relatively warm air from the cabin into the heat exchanger; an outlet duct fluidly connected to the air outlet, the outlet duct being configured to direct relatively cool air out of the heat exchanger and back to the cabin; and an outlet header located between the air outlet and the outlet duct, the outlet header having a shape configured to collect water from the cool air; wherein the outlet header is attached to an air outlet side of the core and attached to the outlet duct; characterized in that: the outlet header includes a flared portion between the air outlet and the outlet duct; the outlet header includes a straight portion downstream of the flared potion; and the outlet header includes a converging portion downstream of the straight portion. the outlet header includes a flared portion between the air outlet and the outlet duct; the outlet header includes a straight portion downstream of the flared potion; and the outlet header includes a converging portion downstream of the straight portion.
A method for controlling video compression quantization during real-time encoding of a data block of a currently-coded picture, the method comprising: receiving from a bit rate controller a first quantizer scale; performing a diagonal frequency detection "DFD" algorithm for detecting high amplitudes of the diagonal transformed coefficients of at least a portion of the data block by computing differences between luminance components of pairs of adjacent pixels of at least a portion of a data block thereby classifying the smoothness level of the data block, wherein said DFD algorithm is defined as: DFD = ∑ | Y i, j − Y i, j + 1 − Y i + 1, j − Y i + 1, j + 1 | for: i = 0 to horizontal size of the portion of a data block j = 0: vertical size of the portion of a data block and wherein Y represents the luminance component of a pixel; calculating luminance intensity of at least the portion of the data block and determining a luminance intensity level for the data block to be coded; determining a motion level of the data block based on one or more motion vectors related to the data block to be coded; generating a quantizer scale offset based on the smoothness level, the luminance intensity level and the motion level of the data block to be coded; adjusting in real-time the first quantizer scale using the quantizer scale offset to receive a second quantizer scale; and quantizing transform coefficients related to the data block using the second quantizer scale. receiving from a bit rate controller a first quantizer scale; performing a diagonal frequency detection "DFD" algorithm for detecting high amplitudes of the diagonal transformed coefficients of at least a portion of the data block by computing differences between luminance components of pairs of adjacent pixels of at least a portion of a data block thereby classifying the smoothness level of the data block, wherein said DFD algorithm is defined as: DFD = ∑ | Y i, j − Y i, j + 1 − Y i + 1, j − Y i + 1, j + 1 | for: i = 0 to horizontal size of the portion of a data block j = 0: vertical size of the portion of a data block and wherein Y represents the luminance component of a pixel; for: i = 0 to horizontal size of the portion of a data block j = 0: vertical size of the portion of a data block and wherein Y represents the luminance component of a pixel; calculating luminance intensity of at least the portion of the data block and determining a luminance intensity level for the data block to be coded; determining a motion level of the data block based on one or more motion vectors related to the data block to be coded; generating a quantizer scale offset based on the smoothness level, the luminance intensity level and the motion level of the data block to be coded; adjusting in real-time the first quantizer scale using the quantizer scale offset to receive a second quantizer scale; and quantizing transform coefficients related to the data block using the second quantizer scale.
Industrial truck with a lift frame and a load bearing means arranged on the lift frame at a movable height, the lift frame having a lift height measurement system consisting of a light emitter emitting a light beam, a receive element and, arranged between said emitter and element, a measuring section having an optical alignment element and a target element, and the length of the measurement section changing with the lift height in the lift height measurement system, characterized in that the alignment element is movably mounted and the light beam can be made to track the position of the target element by having a signal of the receive element detect a deviation of the light beam from the target element.
A dialyzer comprising a filter housing and at least one fiber bundle arranged in the filter housing, wherein the fiber bundle has a plurality of hollow fibers made of a semipermeable membrane material, characterized in that the hollow fibers have exactly one restriction over their total length in which the inner diameter of the hollow fiber is reduced with respect to the sections of the hollow fibers adjoining the restriction, with the restrictions being arranged between the ends of the hollow fibers.
An internal combustion engine with a combustion-air intake system, in which a compressor and in the direction of flow of a combustion air behind it a throttle element are arranged, and with a tank ventilation system and with a crankcase ventilation system, wherein the tank ventilation system can be connected to the intake system after the throttle element by means of a first non-return valve in a first line and can be connected to the intake system before the compressor by means of a second non-return valve in a second line and a third non-return valve in a second partial line, wherein the crankcase ventilation system can be connected to the intake system after the throttle element by means of a fourth non-return valve in a third line and to the intake system before the compressor by means of a fourth line and the third non-return valve, characterised in that the intake system after the throttle element can be connected to the second line at a line transition between the second line and the second partial line by means of a fifth non-return valve in a fifth line, with a nozzle being formed at the line transition from the fifth line into the second line and the second partial line, into which nozzle the second line opens after the second non-return valve, with a first pressure sensor for measuring the pressure in the second line being provided between the second non-return valve and the nozzle in the second line.
A cardiac ablation catheter for percutaneous introduction into a patient, comprising: an elongated housing defining an axis and having a proximal end and a distal end for percutaneous operations; a first electrode body disposed at the distal end with a first portion enclosed within the elongated housing and a second portion exposed outside of the catheter; a fluid supply port near the proximal end for supplying a coolant into the elongated housing; said first portion being of a cone shape having a surface area substantially larger than that of said second portion and being in fluid communication with the coolant for exchanging heat therewith; said second portion being of a dome shape having a protruding surface arranged such that, when disposed to ablate a biological tissue, a surface area is substantially covered by and in contact with the biological tissue while leaving a minimum surface area not in contact with and uncovered by the biological tissue; means (146, 148) for discharging coolant at the exposed second portion arranged such that the minimum surface area not in contact with and uncovered by the biological tissue is flushed with coolant; and an electrical conductor inside the elongated housing configured to couple the first electrode to a power supply at the distal end during an ablation operation. an elongated housing defining an axis and having a proximal end and a distal end for percutaneous operations; a first electrode body disposed at the distal end with a first portion enclosed within the elongated housing and a second portion exposed outside of the catheter; a fluid supply port near the proximal end for supplying a coolant into the elongated housing; said first portion being of a cone shape having a surface area substantially larger than that of said second portion and being in fluid communication with the coolant for exchanging heat therewith; said second portion being of a dome shape having a protruding surface arranged such that, when disposed to ablate a biological tissue, a surface area is substantially covered by and in contact with the biological tissue while leaving a minimum surface area not in contact with and uncovered by the biological tissue; means (146, 148) for discharging coolant at the exposed second portion arranged such that the minimum surface area not in contact with and uncovered by the biological tissue is flushed with coolant; and an electrical conductor inside the elongated housing configured to couple the first electrode to a power supply at the distal end during an ablation operation.
A method for adapting a mobile terminal to a use, the method comprising at least: maintaining location-specific decryption keys in a server; providing the mobile terminal with encrypted data connected to a geographical area, the encrypted data being provided in a form of several separately encrypted parts obtained by first dividing the data into parts based on location so that each part concerns data connected to a certain sub-area of the geographical area, and then encrypting each part by a part-specific key having as a key pair a location-specific decrypting key; wherein, when the encrypted data is in the mobile terminal, the method further comprises: transporting location information on the current location of the mobile terminal from a location service to the server; checking whether or not the location information on the current location of the mobile terminal matches to location information on one of said location-specific decryption keys; sending a location-specific decryption key to the mobile terminal if the location information on the current location of the mobile terminal matches to the location information on said location-specific decryption key, and adapting the mobile terminal for use by applying the location-specific decryption key to the encrypted data, the location-specific decryption key decrypting the part of the data to which said location-specific decryption key matches and maintaining the other parts of the data encrypted. maintaining location-specific decryption keys in a server; providing the mobile terminal with encrypted data connected to a geographical area, the encrypted data being provided in a form of several separately encrypted parts obtained by first dividing the data into parts based on location so that each part concerns data connected to a certain sub-area of the geographical area, and then encrypting each part by a part-specific key having as a key pair a location-specific decrypting key; transporting location information on the current location of the mobile terminal from a location service to the server; checking whether or not the location information on the current location of the mobile terminal matches to location information on one of said location-specific decryption keys; sending a location-specific decryption key to the mobile terminal if the location information on the current location of the mobile terminal matches to the location information on said location-specific decryption key, and adapting the mobile terminal for use by applying the location-specific decryption key to the encrypted data, the location-specific decryption key decrypting the part of the data to which said location-specific decryption key matches and maintaining the other parts of the data encrypted.
A computer-implemented method of generating and optimizing a program content data store, the method characterized in: storing data associated with a plurality of frames of an audiovisual stream, wherein the data is stored in a program content data store; obtaining a contiguous sequence of frames of the audiovisual stream; comparing data associated with the contiguous sequence of frames with data associated with one or more contiguous sequences of frames from a database of known advertisements, and if the comparison returns at least one matching contiguous sequence of frames in the database of known advertisements, removing the data associated with the contiguous sequence of frames from the program content data store; comparing data associated with the contiguous sequence of frames with data associated with one or more contiguous sequences of frames from the plurality of frames previously stored in the program content data store, and if the comparison returns at least one match in the program content data store, removing, from the program content data store, data associated with the matching contiguous sequence of frames; and storing the data associated with the matching contiguous sequence of frames in the data store of known advertisements. storing data associated with a plurality of frames of an audiovisual stream, wherein the data is stored in a program content data store; obtaining a contiguous sequence of frames of the audiovisual stream; comparing data associated with the contiguous sequence of frames with data associated with one or more contiguous sequences of frames from a database of known advertisements, and if the comparison returns at least one matching contiguous sequence of frames in the database of known advertisements, removing the data associated with the contiguous sequence of frames from the program content data store; comparing data associated with the contiguous sequence of frames with data associated with one or more contiguous sequences of frames from the plurality of frames previously stored in the program content data store, and if the comparison returns at least one match in the program content data store, removing, from the program content data store, data associated with the matching contiguous sequence of frames; and storing the data associated with the matching contiguous sequence of frames in the data store of known advertisements.
A method of linearizing a transmitter array having a plurality of non-linear branches for transmitting into a predetermined direction, the method comprising: - varying phase and/or amplitude responses of individual non-linear branches over the transmitter array to increase variability of non-linearity of output characteristics of the non-linear branches between the non-linear branches; - determining predistortion coefficients based on a combined array response for the predetermined direction; and - using the determined predistortion coefficients for applying predistortion to an input signal that is transmitted via the plurality of non-linear branches of the transmitter array. - varying phase and/or amplitude responses of individual non-linear branches over the transmitter array to increase variability of non-linearity of output characteristics of the non-linear branches between the non-linear branches; - determining predistortion coefficients based on a combined array response for the predetermined direction; and - using the determined predistortion coefficients for applying predistortion to an input signal that is transmitted via the plurality of non-linear branches of the transmitter array.
A measurement processing device, comprising: a region information acquisition unit configured to acquire shape information based on X-rays, the shape information being three dimensional data for a partial scan region that is a part of a specimen (S, SX), as region information; a comparison unit configured to compare the shape information and master data related to a shape of a region (SXa) that is at least a part of the specimen (S, SX), and determines whether the partial scan region corresponds to an inspection target region; and a positional difference calculation unit configured to calculate a difference between a position of the partial scan region and a position of the inspection target region, in case that the comparison unit determines that the partial scan region does not correspond to the inspection target region, wherein the measurement processing device is configured to determine to re-perform the acquisition of shape information for a part of the specimen (S, SX) including the inspection target range in case that the comparison unit determines that the partial scan region does not correspond to the inspection target region, and the region information acquisition unit is configured to re-perform the acquisition of the shape information for the part of the specimen (S, SX) after correcting a posture of the specimen (S, SX) based on the calculated difference. a region information acquisition unit configured to acquire shape information based on X-rays, the shape information being three dimensional data for a partial scan region that is a part of a specimen (S, SX), as region information; a comparison unit configured to compare the shape information and master data related to a shape of a region (SXa) that is at least a part of the specimen (S, SX), and determines whether the partial scan region corresponds to an inspection target region; and a positional difference calculation unit configured to calculate a difference between a position of the partial scan region and a position of the inspection target region, in case that the comparison unit determines that the partial scan region does not correspond to the inspection target region, wherein the measurement processing device is configured to determine to re-perform the acquisition of shape information for a part of the specimen (S, SX) including the inspection target range in case that the comparison unit determines that the partial scan region does not correspond to the inspection target region, and the region information acquisition unit is configured to re-perform the acquisition of the shape information for the part of the specimen (S, SX) after correcting a posture of the specimen (S, SX) based on the calculated difference.
A combustion module for a turbomachine, in particular of an aircraft, comprising: - an annular casing extending around a longitudinal axis, - an annular combustion chamber located inside the casing and comprising coaxial annular walls, internal and external respectively, connected to each other by an annular bottom chamber, said walls (4, 5) and said bottom chamber being formed by at least two annular envelopes (50, 60) which are made of a ceramic matrix composite material and which comprise annular edges (52, 62) fitted together one inside the other and in axial abutment on each other, characterised in that the module further comprises anti-disengagement devices configured to maintain the annular edges (52, 62) in axial abutment with each other, these devices being carried by the combustion chamber and/or the casing, and in that the module further comprises fuel injectors carried by the casing and engaged in orifices of one of the envelopes, said anti-disengagement devices comprise washers which are mounted around the injectors and tightened radially against this envelope, and which comprise lugs configured to cooperate by abutment and/or hooking with the other of the envelopes. - an annular casing extending around a longitudinal axis, - an annular combustion chamber located inside the casing and comprising coaxial annular walls, internal and external respectively, connected to each other by an annular bottom chamber, said walls (4, 5) and said bottom chamber being formed by at least two annular envelopes (50, 60) which are made of a ceramic matrix composite material and which comprise annular edges (52, 62) fitted together one inside the other and in axial abutment on each other, characterised in that the module further comprises anti-disengagement devices configured to maintain the annular edges (52, 62) in axial abutment with each other, these devices being carried by the combustion chamber and/or the casing, and in that the module further comprises fuel injectors carried by the casing and engaged in orifices of one of the envelopes, said anti-disengagement devices comprise washers which are mounted around the injectors and tightened radially against this envelope, and which comprise lugs configured to cooperate by abutment and/or hooking with the other of the envelopes.