mhurhangee/ep-ind-claims huggingface dataset:
Method of monitoring a valve in a turboshaft engine, said valve switching, by closing and/or opening, in response to a control instruction sent at a determined instant (t 0), said method comprising: - a step of calculating a first form of a time signal (S(t)) from the change in a status variable of said turboshaft engine (4, 23) reacting to a switching of said valve, then - a step of applying a signature test of the switching of the valve to a second form of said signal (S(t)) calculated from said first form, characterised in that said method also comprises - a step in which a time interval ([t 1, t 1 +Δt]) is defined after sending said control instruction to perform said signature test, - a step of acquiring one or more parameters other than the switching of the valve, - a step of modelling of a signal (SM(t)) of said time signal (S(t)) in response to a change in said other parameter(s) to calculate its change without switching of said vane, and - a step, known as the desensitisation step, in which said second form of the signal is calculated from the first form of the signal by subtracting therefrom the change (SM(t)) in the signal (S(t)) calculated from the change in said other parameter(s), over said time interval ([t 1, t 1 +Δt]) following a control instruction. - a step of calculating a first form of a time signal (S(t)) from the change in a status variable of said turboshaft engine (4, 23) reacting to a switching of said valve, then - a step of applying a signature test of the switching of the valve to a second form of said signal (S(t)) calculated from said first form, characterised in that said method also comprises - a step in which a time interval ([t 1, t 1 +Δt]) is defined after sending said control instruction to perform said signature test, - a step of acquiring one or more parameters other than the switching of the valve, - a step of modelling of a signal (SM(t)) of said time signal (S(t)) in response to a change in said other parameter(s) to calculate its change without switching of said vane, and - a step, known as the desensitisation step, in which said second form of the signal is calculated from the first form of the signal by subtracting therefrom the change (SM(t)) in the signal (S(t)) calculated from the change in said other parameter(s), over said time interval ([t 1, t 1 +Δt]) following a control instruction.
Method for controlling the flow rate of a positive-displacement pump comprising a product metering chamber, a metering piston mounted inside said chamber so as to slide between top dead centre and bottom dead centre, and an intake chamber and an exhaust chamber for said product that are placed alternately in communication with said metering chamber, characterized in that it comprises the steps in which: - the pressure of the product inside the metering chamber is measured during at least one pump cycle, and - the presence of a pressure peak having a value greater than or equal to a predetermined pressure threshold is verified during a compression phase of said pump cycle, the metering chamber being closed during said compression phase so as not to be in communication with the intake and exhaust chambers, and the metering piston moving towards top dead centre during said compression phase. - the pressure of the product inside the metering chamber is measured during at least one pump cycle, and - the presence of a pressure peak having a value greater than or equal to a predetermined pressure threshold is verified during a compression phase of said pump cycle, the metering chamber being closed during said compression phase so as not to be in communication with the intake and exhaust chambers, and the metering piston moving towards top dead centre during said compression phase.
An atomic sensor device, the device comprising: a sensor body, the sensor body enclosing an atomic sensor, wherein the sensor body contains a gas evacuation site (118, 119) located on the sensor body, the gas evacuation site (118, 119) configured to connect to a gas evacuation device (120, 121); characterised in that the atomic sensor device further comprises a getter container coupled to an opening other than the gas evacuation site in the sensor body, an opening in the getter container coupled to an opening in the sensor body, such that gas within the sensor body can freely enter the getter container; and an evaporable getter enclosed within the getter container, the evaporable getter facing away from the sensor body. a sensor body, the sensor body enclosing an atomic sensor, wherein the sensor body contains a gas evacuation site (118, 119) located on the sensor body, the gas evacuation site (118, 119) configured to connect to a gas evacuation device (120, 121); characterised in that the atomic sensor device further comprises a getter container coupled to an opening other than the gas evacuation site in the sensor body, an opening in the getter container coupled to an opening in the sensor body, such that gas within the sensor body can freely enter the getter container; and an evaporable getter enclosed within the getter container, the evaporable getter facing away from the sensor body.
A method by a terminal for performing active scanning, the method comprising: transmitting, to an access point, AP, a probe request frame including revision information of a configuration stored in the terminal; and when the revision information included in the probe request frame and current revision information managed by the AP is not identical, receiving, from the AP, a short probe response frame including the current revision information and only information elements required to be updated among a set of information elements; wherein the configuration is the set of information elements of configuration information of the AP, and wherein the set of information elements includes a channel switch announcement information element. transmitting, to an access point, AP, a probe request frame including revision information of a configuration stored in the terminal; and when the revision information included in the probe request frame and current revision information managed by the AP is not identical, receiving, from the AP, a short probe response frame including the current revision information and only information elements required to be updated among a set of information elements; wherein the configuration is the set of information elements of configuration information of the AP, and wherein the set of information elements includes a channel switch announcement information element.
A pneumatic radial tire for aircraft comprising a radial carcass constituting a backbone structure of the tire, a belt disposed along an outer periphery of a crown region of the radial carcass, and at least one protective layer disposed along an outer periphery of the belt and formed by a plurality of cords, wherein: the cords in the protective layer are curved in a sinusoidal shape and disposed in parallel with equal phase; and characterised in that an acute inclination angle θ of an amplitude center line of each cord relative to a tire circumferential direction, a half amplitude a of each cord, and a wavelength λ of each cord satisfy the relationship: tan θ > 2 ⁢ πa / λ > 0.4 and 0 ⁢ ° < θ < 90 ⁢ °. the cords in the protective layer are curved in a sinusoidal shape and disposed in parallel with equal phase; and characterised in that an acute inclination angle θ of an amplitude center line of each cord relative to a tire circumferential direction, a half amplitude a of each cord, and a wavelength λ of each cord satisfy the relationship: tan θ > 2 ⁢ πa / λ > 0.4 and 0 ⁢ ° < θ < 90 ⁢ °.
A polyurethane obtained by reacting: a polymer polyol represented by formula: HO-X 1 -Y-X 2 -OH in the formula, X 1 and X 2 each independently represents a polyester component and Y represents a polybutadiene component; an unsymmetric diisocyanate; and a chain extender.
An apparatus for operating a small cell, comprising: a processing unit configured to select, from among one or more unit frequency bands in an off state in a plurality of unit frequency bands that may be brought into an on state for uplink communication or downlink communication in the small cell, a first unit frequency band in an off state, and a transmission processing unit configured to transmit a discovery signal in the selected first unit frequency band to enable measurement in the first unit frequency band in an off state, and wherein the processing unit is further configured to select the first unit frequency band based on a request received from a terminal that connects to the small cell. a processing unit configured to select, from among one or more unit frequency bands in an off state in a plurality of unit frequency bands that may be brought into an on state for uplink communication or downlink communication in the small cell, a first unit frequency band in an off state, and a transmission processing unit configured to transmit a discovery signal in the selected first unit frequency band to enable measurement in the first unit frequency band in an off state, and wherein the processing unit is further configured to select the first unit frequency band based on a request received from a terminal that connects to the small cell.
Method for testing operation of a radio-frequency transponder, in which method - the radio-frequency transponder is excited by means of an excitation command sent with the aid of a first electromagnetic field, and - the response of the radio-frequency transponder to said excitation command is measured with the aid of a second electromagnetic field, characterized in that one of said fields is a propagating radio-frequency field and the other of the said fields is an electromagnetic near field providing an inductive or capacitive connection. - the radio-frequency transponder is excited by means of an excitation command sent with the aid of a first electromagnetic field, and - the response of the radio-frequency transponder to said excitation command is measured with the aid of a second electromagnetic field,
A method for dyeing a substrate, the method comprising the steps of: a. culturing a dye-producing microorganism in the presence of a substrate to be dyed, and in the presence of a growth medium comprising a carbon source at a predetermined threshold concentration in the range 10%(v/v) to 90%(v/v), such that the microorganism is cultured in contact with the substrate; b. lysing the cultured microorganism to release dye in contact with the substrate; and c. fixing the released dye onto the substrate. a. culturing a dye-producing microorganism in the presence of a substrate to be dyed, and in the presence of a growth medium comprising a carbon source at a predetermined threshold concentration in the range 10%(v/v) to 90%(v/v), such that the microorganism is cultured in contact with the substrate; b. lysing the cultured microorganism to release dye in contact with the substrate; and c. fixing the released dye onto the substrate.
Centrifugal pump for delivering hot fluids, having a contacting shaft seal which is arranged in the region of the shaft leadthrough and which is arranged in a seal housing, wherein the shaft seal comprises a first, fixed part which is connected in a positionally fixed manner to the seal housing, and wherein the shaft seal comprises a second, rotating part which is connected in a positionally fixed manner to the shaft, wherein the first and second parts (3, 4) delimit the sealing gap, wherein the first and second parts (3, 4) are pressed against one another by the pressure to be sealed off, wherein the first and/or second parts/part (3, 4) consist of multiple means arranged one inside the other, specifically a metallic holding means, a sealing means, and a metallic clamping means, wherein the metallic clamping means is designed as a means for compensating for thermal deformation in a radial direction, wherein the metallic clamping means counteracts the radial thermal deformation of the metallic holding means and the sealing means in a force-fitting manner, wherein the metallic clamping means completely surrounds the metallic holding means in the region of the sealing means, wherein a radial holding means is provided on the metallic clamping means, wherein the radial holding means is one which secures against axial slippage.
Tyre for motorized two-wheeled vehicle, comprising a carcass-type reinforcing structure formed of at least two layers (2, 3) of reinforcing elements and anchored on each side of the tyre to a bead whose base is intended to be mounted on a wheel rim seat, each bead being continued radially outwardly by a sidewall, the sidewalls being joined radially outwardly to a tread, and comprising underneath the tread a crown reinforcement structure consisting of at least one layer of reinforcing elements, at least the tread surface consists of a first polymeric compound extending in at least the region of the equatorial plane and at least one second polymeric compound having physicochemical properties different from those of said first polymeric compound, the reinforcing elements (9, 10) of said two or more layers (2, 3) forming the carcass-type reinforcing structure form angles with the circumferential direction of between 70° and 85°, characterized in that the distance (d1, d2) between the reinforcing elements (9, 10) of each of said two or more layers (2, 3) forming the carcass-type reinforcing structure is not more than 0.5 mm across at least 60% of the axial width of at least one region composed of the second polymeric compound, in that the distance (d1, d2) between the reinforcing elements (9, 10) of each of said two or more layers (2, 3) forming the carcass-type reinforcing structure is more than 0.2 mm across at least 60% of the axial width of at least one region composed of the second polymeric compound, and in that the region of the tread surface formed by the first polymeric compound has an axial width of between 45 and 70 % of the axial width of the tread.
A method comprising: identifying a first set of memory pages of similar priority levels, wherein priority levels are similar if they are within a predetermined threshold number of levels of one another; compressing the first set of memory pages into a region made up of a second set of memory pages, said second set of memory pages having the same priority levels as the first set of memory pages; allowing, after substantially filling the region with compressed memory pages, a memory manager to repurpose the second set of memory pages; maintaining a record of memory pages of regions of compressed pages that are available or not available, said record comprising a bitmap associated with each region, each bit of a bitmap corresponding to a compressed memory page compressed into that region and indicating whether the corresponding memory page is available; receiving, a request from the memory manager for at least one memory page of the compressed memory pages; characterized by: in response to the request, providing an indication that the memory page is not available if the record indicates that the memory page is not available, and decompressing the compressed at least one memory page, and returning the decompressed at least one memory page to the memory manager, if the memory page is available. identifying a first set of memory pages of similar priority levels, wherein priority levels are similar if they are within a predetermined threshold number of levels of one another; compressing the first set of memory pages into a region made up of a second set of memory pages, said second set of memory pages having the same priority levels as the first set of memory pages; allowing, after substantially filling the region with compressed memory pages, a memory manager to repurpose the second set of memory pages; maintaining a record of memory pages of regions of compressed pages that are available or not available, said record comprising a bitmap associated with each region, each bit of a bitmap corresponding to a compressed memory page compressed into that region and indicating whether the corresponding memory page is available; receiving, a request from the memory manager for at least one memory page of the compressed memory pages; characterized by: in response to the request, providing an indication that the memory page is not available if the record indicates that the memory page is not available, and decompressing the compressed at least one memory page, and returning the decompressed at least one memory page to the memory manager, if the memory page is available. in response to the request, providing an indication that the memory page is not available if the record indicates that the memory page is not available, and decompressing the compressed at least one memory page, and returning the decompressed at least one memory page to the memory manager, if the memory page is available.
A method for identifying a device with a user agent, UA, during an emergency for callback in an IP Multimedia Subsystem, IMS, network comprising an Emergency Call Session Control Function, E-CSCF, said method comprising: receiving a session initiation protocol, SIP, INVITE with a SIP address of the UA via a packet switched domain, the SIP INVITE initiated by the UA during an emergency call initiated by the UA currently present in the IMS network; storing the SIP address of the UA comprising associating the SIP address with the emergency call; associating, by the E-CSCF, an E.164 number with the stored SIP address of the UA that placed the emergency call; routing the emergency call via a circuit switched domain comprising transmitting the E.164 number to a public safety answering point, PSAP; receiving a return SIP INVITE comprising the E.164 number in response to a callback from the PSAP to the UA; determining the SIP address of the UA based upon the association between the E.164 number and the stored SIP address; and routing the return SIP INVITE via the packet switched domain, wherein the association between the E.164 number and the stored SIP address of the UA is temporary, and wherein the association between the E.164 number and the stored SIP address of the UA is maintained for a period of time that is based on at least one of: a regulation applicable to the UA's current location; a policy applicable to the UA's current location; a regulation applicable to the UA's current network; and a policy applicable to the UA's current network. receiving a session initiation protocol, SIP, INVITE with a SIP address of the UA via a packet switched domain, the SIP INVITE initiated by the UA during an emergency call initiated by the UA currently present in the IMS network; storing the SIP address of the UA comprising associating the SIP address with the emergency call; associating, by the E-CSCF, an E.164 number with the stored SIP address of the UA that placed the emergency call; routing the emergency call via a circuit switched domain comprising transmitting the E.164 number to a public safety answering point, PSAP; receiving a return SIP INVITE comprising the E.164 number in response to a callback from the PSAP to the UA; determining the SIP address of the UA based upon the association between the E.164 number and the stored SIP address; and routing the return SIP INVITE via the packet switched domain, wherein the association between the E.164 number and the stored SIP address of the UA is temporary, and wherein the association between the E.164 number and the stored SIP address of the UA is maintained for a period of time that is based on at least one of: a regulation applicable to the UA's current location; a policy applicable to the UA's current location; a regulation applicable to the UA's current network; and a policy applicable to the UA's current network. a regulation applicable to the UA's current location; a policy applicable to the UA's current location; a regulation applicable to the UA's current network; and a policy applicable to the UA's current network.
A storage apparatus (10; 10a; 10b) comprising: a biological sensor configured to detect biological information on a user; an image acquisition unit configured to acquire, from an image capturing unit, an image that is captured around the user; an image processing unit configured to separate the image around the user into a line-of-sight direction image related to an image in a line-of-sight direction of the user and a peripheral image related to an image other than the line-of-sight direction image; an encryption unit (48; 48a; 48b) configured to generate an encryption key for encrypting the line-of-sight direction image based on the biological information on the user, and to encrypt the line-of-sight direction image by using the encryption key; and a storage control unit configured to store the line-of-sight direction image that is encrypted by the encryption unit in a storage unit (24; 24a). a biological sensor configured to detect biological information on a user; an image acquisition unit configured to acquire, from an image capturing unit, an image that is captured around the user; an image processing unit configured to separate the image around the user into a line-of-sight direction image related to an image in a line-of-sight direction of the user and a peripheral image related to an image other than the line-of-sight direction image; an encryption unit (48; 48a; 48b) configured to generate an encryption key for encrypting the line-of-sight direction image based on the biological information on the user, and to encrypt the line-of-sight direction image by using the encryption key; and a storage control unit configured to store the line-of-sight direction image that is encrypted by the encryption unit in a storage unit (24; 24a).
A medical apparatus (300, 700) comprising a flexible tube structure (302, 702) for insertion through a patient's mouth or nose, the flexible tube structure (302, 702) having a first end defining a first opening and a distal, second end that defines a first suction intake (322, 718), characterized in that the flexible tube (302, 702) has an intermediate suction intake (330, 712) that is located between the first opening and the first suction intake (322, 718), the flexible tube structure (302, 702) having a length sufficient to allow (i) the first end to extend from the patient's mouth or nose, (ii) the first suction intake (322, 718) to be positioned in a patient's stomach, and (iii) the intermediate suction intake (330, 712) to be positioned within the hypopharynx region of a patient.
A vacuum pump (111, 230), in particular a turbomolecular pump (111, 230), comprising a housing for receiving at least one pump mechanism rotatable about an axis of rotation, wherein the housing comprises a first housing part and a second housing part which adjoins the first housing part, wherein at least one stepped bore extends through the first housing part and has a first bore section, a second bore section, which has a smaller diameter than that of the first bore section, and a ring shoulder between the two bore sections, wherein the stepped bore receives a screw having a screw head and a screw shaft, the screw shaft of said screw extending through the second bore section and being partly screwed into a threaded bore of the second housing part and the screw head of said screw being supported at the ring shoulder, characterized in that the first bore section includes an internal thread for screwing in a threaded shaft for attaching the first housing part to a fastening structure.