mhurhangee/ep-ind-claims huggingface dataset:
A cryocooler comprising: a compressor; a plurality of cold heads connected in parallel to the compressor; characterized by further comprising: a pressure sensor that measures a pressure of a working gas on a supply side from the compressor to the plurality of cold heads or on a collection side from the plurality of cold heads to the compressor; and a controller that acquires individual pressure waveform data measured by the pressure sensor when the cold heads are individually operated for each of the plurality of cold heads, and operates the plurality of cold heads at the same time asynchronously based on the individual pressure waveform data. a compressor; a plurality of cold heads connected in parallel to the compressor; characterized by further comprising: a pressure sensor that measures a pressure of a working gas on a supply side from the compressor to the plurality of cold heads or on a collection side from the plurality of cold heads to the compressor; and a controller that acquires individual pressure waveform data measured by the pressure sensor when the cold heads are individually operated for each of the plurality of cold heads, and operates the plurality of cold heads at the same time asynchronously based on the individual pressure waveform data. a pressure sensor that measures a pressure of a working gas on a supply side from the compressor to the plurality of cold heads or on a collection side from the plurality of cold heads to the compressor; and a controller that acquires individual pressure waveform data measured by the pressure sensor when the cold heads are individually operated for each of the plurality of cold heads, and operates the plurality of cold heads at the same time asynchronously based on the individual pressure waveform data.
An antibody to human epidermal growth factor receptor 2 or an antigen binding fragment thereof, the antibody comprising: a heavy chain variable region of the following amino acid sequence: and a light chain variable region comprising the following amino acid sequence: optionally containing a D56A substitution. a heavy chain variable region of the following amino acid sequence: and a light chain variable region comprising the following amino acid sequence: optionally containing a D56A substitution.
Automated testing device to determine the cutting capacity of a knife comprising - a test body with a base body of a plastic with a hardness of between 30 and 90 shore A and a skin/film-like layer of polypropylene into which the knife to be tested is pressed, - a first recording device configured for recording the pressing force, - a second recording device configured for recording the penetration depth, - an evaluation device configured for evaluating the recorded pressing force and the recorded penetration depth, - a gripping device configured for gripping and holding/guiding the knife during the test, - a tracking unit configured for tracking test bodies such that an uninterrupted test of at least two knives is possible. - a test body with a base body of a plastic with a hardness of between 30 and 90 shore A and a skin/film-like layer of polypropylene into which the knife to be tested is pressed, - a first recording device configured for recording the pressing force, - a second recording device configured for recording the penetration depth, - an evaluation device configured for evaluating the recorded pressing force and the recorded penetration depth, - a gripping device configured for gripping and holding/guiding the knife during the test, - a tracking unit configured for tracking test bodies such that an uninterrupted test of at least two knives is possible.
A printer comprising: a first printhead unit on which a first printhead, a first media transportation roller, and a second platen are disposed; and a second printhead unit configured to move in a direction toward and away from the first media transportation roller, and on which a first platen is disposed at a position opposable to the first printhead; wherein a second media transportation roller is disposed movably at a position such that the second media transportation roller is configured to come in contact with the first media transportation roller, and a second printhead is disposed at a position opposable to the second platen, characterized by urging means being configured to urge the second printhead unit toward the first media transportation roller, and to press the second media transportation roller to the first media transportation roller; and a moving member configured to move In a direction toward and away from the first media transportation roller, and on which the second media transportation roller is disposed at a position so that the second media transportation roller is configured to come in contact with the first media transportation roller when the moving member moves towards the first media transportation roller. a first printhead unit on which a first printhead, a first media transportation roller, and a second platen are disposed; and a second printhead unit configured to move in a direction toward and away from the first media transportation roller, and on which a first platen is disposed at a position opposable to the first printhead; wherein a second media transportation roller is disposed movably at a position such that the second media transportation roller is configured to come in contact with the first media transportation roller, and a second printhead is disposed at a position opposable to the second platen, characterized by urging means being configured to urge the second printhead unit toward the first media transportation roller, and to press the second media transportation roller to the first media transportation roller; and a moving member configured to move In a direction toward and away from the first media transportation roller, and on which the second media transportation roller is disposed at a position so that the second media transportation roller is configured to come in contact with the first media transportation roller when the moving member moves towards the first media transportation roller.
Method for controlling access in at least one secure space closed by at least one access element provided with a locking device, said method consisting in performing, using an access control device comprising at least one communicating portable unit intended to be carried by a user and at least one access control reader dedicated to said access element and intended to be connected to the corresponding locking device, the following access control steps: - a search step in which the access control reader emits a search wave in a given zone, called scanning zone, - a connection step in which a communicating portable unit situated within the scanning zone picks up the search wave and connects to the access control reader by wireless link, - an authentication step in which the communicating portable unit thus connected communicates authentication information to said access control reader which delivers, or does not deliver, on the basis of this information, a right of access to said communicating portable unit, - if a right of access has been delivered by the access control reader, an instruction step in which the access control reader modifies the locking state of the access element to which it is connected following the reception by said access control reader of information commanding activation of the locking device to modify the locking state of the access element, said command information being generated automatically following at least one action of the user, the method being characterized in that it also consists, following the connection step, from the access control device in which the access control reader comprises a presence detection device, preferably comprising a radar and/or a camera, said presence detection device being capable of detecting a distancing and, as appropriate, also an approach of the user with respect to said access control reader: as soon as the presence detection device detects a distancing of the user, as long as the distancing is detected or for a predetermined period, in automatically and substantially instantaneously disconnecting the access control reader from the communicating portable unit. - a search step in which the access control reader emits a search wave in a given zone, called scanning zone, - a connection step in which a communicating portable unit situated within the scanning zone picks up the search wave and connects to the access control reader by wireless link, - an authentication step in which the communicating portable unit thus connected communicates authentication information to said access control reader which delivers, or does not deliver, on the basis of this information, a right of access to said communicating portable unit, - if a right of access has been delivered by the access control reader, an instruction step in which the access control reader modifies the locking state of the access element to which it is connected following the reception by said access control reader of information commanding activation of the locking device to modify the locking state of the access element, said command information being generated automatically following at least one action of the user,
An electrode for a plasma reactor, the electrode comprising an elongate body having an inlet end and an opposed outlet end, a reaction region extending along a portion of the elongate body, a first sealing region located between the reaction region and the inlet end of the elongate body and a second sealing region located between the reaction region and the outlet end of the elongate body, wherein the first sealing region and the second sealing region each comprise a plurality of receiving portions adapted to receive a sealing member therein, characterized in that a barrier member adapted to reduce or eliminate the flow of fluid between the receiving portions is provided between each of the plurality of receiving portions.
A cordierite honeycomb body comprising: a wt% (M 2 O + CaO) of not less than 0.40%; a MOR/CFA ratio (Pa) of not less than a value calculated by the equation 6895 * (3,500 - 40 (%porosity)) (a MOR/CFA ratio (psi) of not less than a value calculated by the equation (3,500 - 40 (%porosity))); a porosity of at least 45%; a TSP of at least 500°C; and wherein the porosity has a pore size distribution characterized by a value of (d 50 -d 10)/d 50 of ≤ 0.45. where "wt% (M 2 O + CaO)" is the quantity (wt% Li 2 O + wt% Na 2 O + wt% K 2 O + wt% CaO + wt% Rb 2 O + wt% Cs 2 O), TSP is the thermal shock parameter defined as (MOR/E) 25°C (CTE 500-900°C) -1 MOR is the four-point modulus of rupture, E is the elastic modulus, CTE is the coefficient of thermal expansion, CFA is the closed frontal area, and the terms d 10 and d 50 denote the pore diameters, in micrometers, at which about 10% and about 50%, respectively, of the total pore volume are of a finer pore diameter. a wt% (M 2 O + CaO) of not less than 0.40%; a MOR/CFA ratio (Pa) of not less than a value calculated by the equation 6895 * (3,500 - 40 (%porosity)) (a MOR/CFA ratio (psi) of not less than a value calculated by the equation (3,500 - 40 (%porosity))); a porosity of at least 45%; a TSP of at least 500°C; and wherein the porosity has a pore size distribution characterized by a value of (d 50 -d 10)/d 50 of ≤ 0.45.
A method (400, 500) for determining the presence of a leak in a pressure system comprising a blowout preventer and a pressure sensor, the method comprising: receiving (405, 505), by a processor, from the pressure sensor, pressure data of the pressure system after shut-in (404, 504) of the pressure system during a buffer-time period; determining (406, 506), by the processor, an absolute value of a pressure slope with respect to time based on the pressure data; entering a passing state (408, 508, 510) in response to the absolute value of the pressure slope being less than a predetermined test start threshold; while in the passing state (408, 508, 510): remaining in the passing state (408, 508, 510) provided that an absolute pressure change from the time the passing state (408, 508, 510) is entered is less than a maximum permitted change in pressure, or exiting the passing state (408, 508, 510) if the absolute pressure change from the time the passing state (408, 508, 510) is entered exceeds the maximum permitted change and then repeating the step of determining (406, 506) an absolute value of a pressure slope; and generating a passing indication (410, 512) as a result of remaining in the passing state (408, 508, 510) for at least a predetermined time period. receiving (405, 505), by a processor, from the pressure sensor, pressure data of the pressure system after shut-in (404, 504) of the pressure system during a buffer-time period; determining (406, 506), by the processor, an absolute value of a pressure slope with respect to time based on the pressure data; entering a passing state (408, 508, 510) in response to the absolute value of the pressure slope being less than a predetermined test start threshold; while in the passing state (408, 508, 510): remaining in the passing state (408, 508, 510) provided that an absolute pressure change from the time the passing state (408, 508, 510) is entered is less than a maximum permitted change in pressure, or exiting the passing state (408, 508, 510) if the absolute pressure change from the time the passing state (408, 508, 510) is entered exceeds the maximum permitted change and then repeating the step of determining (406, 506) an absolute value of a pressure slope; and generating a passing indication (410, 512) as a result of remaining in the passing state (408, 508, 510) for at least a predetermined time period. remaining in the passing state (408, 508, 510) provided that an absolute pressure change from the time the passing state (408, 508, 510) is entered is less than a maximum permitted change in pressure, or exiting the passing state (408, 508, 510) if the absolute pressure change from the time the passing state (408, 508, 510) is entered exceeds the maximum permitted change and then repeating the step of determining (406, 506) an absolute value of a pressure slope; and generating a passing indication (410, 512) as a result of remaining in the passing state (408, 508, 510) for at least a predetermined time period.
A casing device for a hearing aid, comprising: an elongated extension fabricated by solid freeform fabrication and being adapted to fit within the auditory canal of a wearer, wherein the casing device is fabricated by dispensing two or more different modeling materials from different dispensing heads, wherein the modeling materials and a protocol of the solid freeform fabrication are selected so as to form the casing device having at least two regions each being characterized by a different hardness, and wherein the casing device is configured to receive and encapsulate an electroacoustic device. an elongated extension fabricated by solid freeform fabrication and being adapted to fit within the auditory canal of a wearer, wherein the casing device is fabricated by dispensing two or more different modeling materials from different dispensing heads, wherein the modeling materials and a protocol of the solid freeform fabrication are selected so as to form the casing device having at least two regions each being characterized by a different hardness, and wherein the casing device is configured to receive and encapsulate an electroacoustic device.
Signal generator for emitting a light signal for road traffic, comprising - a pot-shaped inner housing with a front opening, in which inner housing a light source is arranged, - an optical attachment covering the front opening for influencing the light emitted by the light source, which comprises an internal Fresnel lens and an external diffusing lens, and - a symbol mask, which partially covers the emitted light, for representing a light sign with a symbol (S, G), - wherein the inner housing with the light source and the optical attachment form a pre-assembled signal generator insert, in which the optical attachment seals the front opening, characterized - in that a cover comprising the symbol mask is placed on the diffusing lens from the outside, - wherein the cover comprises a transparent protective plate with a fastening ring and an insert part which lies against the protective plate and which forms the symbol mask, and - wherein the fastening ring comprises an outer edge of the diffusing lens in the retrofitted state and is fixed here by an easily releasable connection, such as a clamping seat or locking springs. - a pot-shaped inner housing with a front opening, in which inner housing a light source is arranged, - an optical attachment covering the front opening for influencing the light emitted by the light source, which comprises an internal Fresnel lens and an external diffusing lens, and - a symbol mask, which partially covers the emitted light, for representing a light sign with a symbol (S, G), - wherein the inner housing with the light source and the optical attachment form a pre-assembled signal generator insert, in which the optical attachment seals the front opening, - in that a cover comprising the symbol mask is placed on the diffusing lens from the outside, - wherein the cover comprises a transparent protective plate with a fastening ring and an insert part which lies against the protective plate and which forms the symbol mask, and - wherein the fastening ring comprises an outer edge of the diffusing lens in the retrofitted state and is fixed here by an easily releasable connection, such as a clamping seat or locking springs.
Method for assisting with piloting an aircraft, the aircraft including a display system comprising at least one first head-mounted display configured to be mounted flush with the head of a first user in a cockpit of the aircraft, the aircraft comprising an instrument panel visible to the first user in a head-down position, the display system comprising at least one first screen of the instrument panel, said display system comprising a positioning device which determines positional information in relation to the first head-mounted display, characterized in that the method comprises the following stages: - selection of a first display mode or of a second display mode using a man-machine selection interface, - provided that said first display mode is selected and that said at least one first screen displays at least one head-down display separate from an alarm symbol illustrating an alarm, at least in the absence of said alarm, automatic control of said at least one first screen to make said head-down symbol disappear from sight while a display field of said first head-mounted display is superposed, at least partially, on said head-down symbol in full view of the first user, and - provided that said second display mode is selected and that said first head-mounted display displays at least one head-up symbol in the display field, automatic control of said first head-mounted display to make said head-up symbol disappear from sight while said head-up symbol is superposed, at least partially, on said at least one first screen or on said instrument panel in full view of the first user. - selection of a first display mode or of a second display mode using a man-machine selection interface, - provided that said first display mode is selected and that said at least one first screen displays at least one head-down display separate from an alarm symbol illustrating an alarm, at least in the absence of said alarm, automatic control of said at least one first screen to make said head-down symbol disappear from sight while a display field of said first head-mounted display is superposed, at least partially, on said head-down symbol in full view of the first user, and - provided that said second display mode is selected and that said first head-mounted display displays at least one head-up symbol in the display field, automatic control of said first head-mounted display to make said head-up symbol disappear from sight while said head-up symbol is superposed, at least partially, on said at least one first screen or on said instrument panel in full view of the first user.
A method for controlling transmission of a 1 times Radio Transmission Technology, 1xRTT, beacon by a base station of a wireless communication system, the method comprising: using a n x S ALL matrix in a memory of the base station, wherein ' n ' indicates a total number of 1xRTT frequencies used for communicating to 1xRTT receivers and 'S ALL ' indicates a defined number of all 1xRTT paging slots used for paging 1xRTT receivers in the wireless communication system, to keep track of 1xRTT paging slots that have already been covered by a previous beacon transmission on 1xRTT frequencies; selecting a frequency among the n frequencies that maximizes the number of 1xRTT paging slots that have not been covered by a previous beacon transmission and that can be covered by a next beacon transmission; and transmitting, at the selected frequency, a beacon 1xRTT discovery burst comprising a number 'S' of signal pulses covering less than all of the 1xRTT paging slots. using a n x S ALL matrix in a memory of the base station, wherein ' n ' indicates a total number of 1xRTT frequencies used for communicating to 1xRTT receivers and 'S ALL ' indicates a defined number of all 1xRTT paging slots used for paging 1xRTT receivers in the wireless communication system, to keep track of 1xRTT paging slots that have already been covered by a previous beacon transmission on 1xRTT frequencies; selecting a frequency among the n frequencies that maximizes the number of 1xRTT paging slots that have not been covered by a previous beacon transmission and that can be covered by a next beacon transmission; and transmitting, at the selected frequency, a beacon 1xRTT discovery burst comprising a number 'S' of signal pulses covering less than all of the 1xRTT paging slots.
Microcontroller comprising a processor comprising a memory divided into at least two zones, which are secure, non-secure or shared, for carrying out secure startup, an autoprotection control circuit comprising at least one sensor (130a, 130b, 130c) for detecting conditions of vulnerability, said processor executing a Linux operating system (Linux OS) and also comprising a monitor for switching operations either to a secure zone of the memory in order to cause functioning of at least authentication processes, or to a non-secure zone for other operations, and determining whether the peripherals connected to or accessing the microcontroller or being accessed thereby are to be managed by the secure zone or by the non-secure zone, said microcontroller being characterised in that it comprises a hardware firewall, used by said processor, for determining whether the information or the control of an application is authorised to access the secure zone or not, said processor, the hardware firewall and said autoprotection control circuit being arranged in such a way that said processor is only connected to the hardware firewall and said hardware firewall is connected to said autoprotection control circuit in order to avoid any intrusion and/or data retrieval in case of failure of said autoprotection control circuit.
A pipe fabrication apparatus comprising a support comprising a backing plate, a guide projecting from the backing plate for supporting a first end of a cylindrical component, against the backing plate at two or more discrete and spaced apart locations on an exterior surface of the component; the guide being adapted to allow the position of the two or more discrete locations to be varied to accommodate cylindrical components of different diameter, and charaterized by further comprising: a bed for supporting the cylindrical component at a position distal the first end, a first leg on which the backing plate is mounted, and a second leg on which the bed is mounted, the first and second legs (26, 28) extending perpendicularly to one another, and a first actuator (46, 48) operable to adjust the position of the backing plate long the first leg.