mhurhangee/patent-ind-claim-en huggingface dataset:
A mounting arrangement for an ancillary engine unit of a gas turbine engine , the mounting arrangement comprising an ancillary engine unit and a mount structure for mounting the ancillary engine unit to the gas turbine engine; wherein the mount structure has plural elongate struts which each extend from a connector portion at one end of the strut to a fastening portion at the other end of the strut, the connector portion being rigidly mechanically connected to a housing of the ancillary engine unit, and the fastening portion being rigidly mechanically fastenable to the engine; wherein the housing of the ancillary engine unit is formed of a first material having a first coefficient of thermal expansion, and the elongate struts are formed of a second material having a second coefficient of thermal expansion which is different to that of the first material, such that on thermal cycling of the engine, the housing and the struts would experience differential thermal strains at the connector portions if they were not rigidly mechanically connected to each other; wherein each elongate strut extends away from its connector portion in a direction which is crosswise to the direction of the hypothetical differential thermal strain at that connector portion so that the strut is more elastically compliant than the housing in that direction, thereby causing the strut to deflect to accommodate thermally-induced expansion and contraction of the housing on thermal cycling of the engine; and wherein the mount structure further has a containment bracket which is configured to contain each connector portion such that it is able to move substantially only in the direction of the hypothetical differential thermal strain at that connector portion.
A method of wireless communication at a user equipment, UE, comprising: receiving an indication of at least one parameter in a System Information Block, SIB, from a base station , wherein the indication comprises random access response, RAR, parameters for an unassigned Modulation and Coding Scheme, MCS, index; transmitting a random access request to the base station ; receiving a MCS index in a RAR from the base station, wherein the MCS index received in the RAR corresponds to the unassigned MCS index; and transmitting a connection request message to the base station based on the MCS index and the RAR parameters received in the SIB. receiving an indication of at least one parameter in a System Information Block, SIB, from a base station , wherein the indication comprises random access response, RAR, parameters for an unassigned Modulation and Coding Scheme, MCS, index; transmitting a random access request to the base station ; receiving a MCS index in a RAR from the base station, wherein the MCS index received in the RAR corresponds to the unassigned MCS index; and transmitting a connection request message to the base station based on the MCS index and the RAR parameters received in the SIB.
A method comprising: performing compression operations on a memory block ; determining that the memory block is a constant data block comprised of only repeat instances of a constant value , wherein the determination is performed concurrently with the compression operations on the memory block ; and associating a first indication with the memory block based on the determination , characterised in that the first indication is used for controlling whether to abort the compression operations or whether to discard a compressed memory block generated from the compression operations, wherein the method further comprises responsive to a request for the memory block , generating a copy of the memory block using the constant value when the memory block is associated with the first indication , and wherein the compression operations are performed based on a DEFLATE or a Lempel-Ziv-Oberhumer, LZO, compression scheme. performing compression operations on a memory block ; determining that the memory block is a constant data block comprised of only repeat instances of a constant value , wherein the determination is performed concurrently with the compression operations on the memory block ; and associating a first indication with the memory block based on the determination , characterised in that the first indication is used for controlling whether to abort the compression operations or whether to discard a compressed memory block generated from the compression operations, wherein the method further comprises responsive to a request for the memory block , generating a copy of the memory block using the constant value when the memory block is associated with the first indication , and wherein the compression operations are performed based on a DEFLATE or a Lempel-Ziv-Oberhumer, LZO, compression scheme.
A wireline shift tool comprising: a shifter arm ; characterized by : sensors in the shift tool to generate measurement values collected during the operation of the shift tool, to be provided to an artificial neural network ; an artificial neural network trained to identify engagement of the shifter arm with a shifting feature of a sliding sleeve based on the measurement values provided by the sensors; and a control circuit configured to: extend the shifter arm at a first pressure for seeking engagement with the shifting feature of the sliding sleeve; and responsive to the artificial neural network identifying engagement of the shifter arm with the shifting feature of the sliding sleeve, extend the shifter arm at a second pressure for shifting the sliding sleeve. sensors in the shift tool to generate measurement values collected during the operation of the shift tool, to be provided to an artificial neural network ; an artificial neural network trained to identify engagement of the shifter arm with a shifting feature of a sliding sleeve based on the measurement values provided by the sensors; and a control circuit configured to: extend the shifter arm at a first pressure for seeking engagement with the shifting feature of the sliding sleeve; and responsive to the artificial neural network identifying engagement of the shifter arm with the shifting feature of the sliding sleeve, extend the shifter arm at a second pressure for shifting the sliding sleeve. extend the shifter arm at a first pressure for seeking engagement with the shifting feature of the sliding sleeve; and responsive to the artificial neural network identifying engagement of the shifter arm with the shifting feature of the sliding sleeve, extend the shifter arm at a second pressure for shifting the sliding sleeve.
A vapor-phase epitaxial growth method for performing an epitaxial layer growth step, wherein in a state in which a SiC container of a material including polycrystalline SiC is housed in a TaC container of a material including TaC and in which an underlying substrate is housed in the SiC container, the TaC container is heated with a temperature gradient such that inside of the TaC container is at a Si vapor pressure from a Si source disposed on an inner wall of the TaC container or in the TaC container, and C atoms sublimated by etching of an inner surface of the SiC container are bonded to Si atoms in an atmosphere, thereby causing an epitaxial layer of single crystalline SiC to grow on the underlying substrate. in a state in which a SiC container of a material including polycrystalline SiC is housed in a TaC container of a material including TaC and in which an underlying substrate is housed in the SiC container, the TaC container is heated with a temperature gradient such that inside of the TaC container is at a Si vapor pressure from a Si source disposed on an inner wall of the TaC container or in the TaC container, and C atoms sublimated by etching of an inner surface of the SiC container are bonded to Si atoms in an atmosphere, thereby causing an epitaxial layer of single crystalline SiC to grow on the underlying substrate.
A vacuum aspiration control system for use with a vacuum source and an aspiration catheter , said system comprising: a connecting tube configured to connect the vacuum source with the aspiration catheter or component thereof; an on-off valve configured to be operatively coupled to the connecting tube; a sensing unit configured to detect flow within the connecting tube and to produce a signal representative of such flow; and a controller configured to receive the signal representative of flow through the connecting tube and to open and close the on-off valve, wherein the controller is configured to automatically close the valve to stop flow through the connecting tube when the signal indicates unrestricted flow. a connecting tube configured to connect the vacuum source with the aspiration catheter or component thereof; an on-off valve configured to be operatively coupled to the connecting tube; a sensing unit configured to detect flow within the connecting tube and to produce a signal representative of such flow; and a controller configured to receive the signal representative of flow through the connecting tube and to open and close the on-off valve, wherein the controller is configured to automatically close the valve to stop flow through the connecting tube when the signal indicates unrestricted flow.
A method for initializing a secure communication session in an Internet Protocol Multimedia Subsystem, IMS network, wherein the network comprises a Home Subscriber Server, HSS , wherein the HSS performs the steps of: - receiving provisioning data associated with a User Equipment, UE comprised by the network, wherein the UE is provisioned to a home network and is located physically in a visited network being different from the home network, the provisioning data comprising a first identifier; - receiving a request for a second identifier from the UE associated with the first identifier; - generating in response to the request the second identifier and a third identifier, and providing the second identifier to the UE, the identifiers associated with each other, the first identifier being different from the second and third identifier; - receiving a query of a Call Session Control Function, S-CSCF comprised by the network, the query comprising the second identifier, and in response to the query, providing the third identifier via the S-CSCF to the UE. - receiving provisioning data associated with a User Equipment, UE comprised by the network, wherein the UE is provisioned to a home network and is located physically in a visited network being different from the home network, the provisioning data comprising a first identifier; - receiving a request for a second identifier from the UE associated with the first identifier; - generating in response to the request the second identifier and a third identifier, and providing the second identifier to the UE, the identifiers associated with each other, the first identifier being different from the second and third identifier; - receiving a query of a Call Session Control Function, S-CSCF comprised by the network, the query comprising the second identifier, and in response to the query, providing the third identifier via the S-CSCF to the UE.
A verification server connected to a monitoring terminal and a plurality of facility management devices that manage equipment , comprising: a user verifier configured to perform user verification according to a request from the monitoring terminal ; a public key list storage that stores a list of public keys of each of the plurality of facility management devices ; and a verification code generator configured to, when the user verification is successful, generate verification codes to be used for connection of the monitoring terminal to each of the plurality of facility management devices by encoding verification data using public keys of each of the plurality of facility management devices stored in the public key list storage , and to transmit the verification codes to the monitoring terminal ; characterized in that the verification code generator is further configured to add a digital signature that uses a self-owned secret key to the verification data as data that indicates the user verification was successful, generate the verification codes by encoding both the verification data and the digital signature that was added to the verification data, using the public keys of each of the plurality of facility management devices stored in the public key list storage , and the verification data includes the date and time that the verification code was generated, and the IP address of the monitoring terminal . a user verifier configured to perform user verification according to a request from the monitoring terminal ; a public key list storage that stores a list of public keys of each of the plurality of facility management devices ; and a verification code generator configured to, when the user verification is successful, generate verification codes to be used for connection of the monitoring terminal to each of the plurality of facility management devices by encoding verification data using public keys of each of the plurality of facility management devices stored in the public key list storage , and to transmit the verification codes to the monitoring terminal ; characterized in that the verification code generator is further configured to add a digital signature that uses a self-owned secret key to the verification data as data that indicates the user verification was successful, generate the verification codes by encoding both the verification data and the digital signature that was added to the verification data, using the public keys of each of the plurality of facility management devices stored in the public key list storage , and the verification data includes the date and time that the verification code was generated, and the IP address of the monitoring terminal .
Ski boot , comprising an inner liner, made of a substantially soft material, and an outer shell , made of a substantially rigid material, further comprising a cuff , also made of a substantially rigid material, which is pivotally connected to said outer shell , and further comprising a spoiler , also made of a substantially rigid material, which is pivotally connected to said outer shell and is arranged between said inner liner and said cuff , wherein said ski boot further comprises a locking device comprising a driving element which is switchable between a first position, in which said locking device is in a configuration in which said shell and said cuff are disengaged from each other, and a second position, in which said locking device is in a configuration in which said shell and said cuff are engaged with each other, wherein said locking device is designed so that when said driving element is in said first position, said locking device is in a configuration in which also said cuff and said spoiler are disengaged from each other, and when said driving element is in said second position, said locking device is in a configuration in which also said cuff and said spoiler are engaged with each other, characterized in that said locking device comprises a first engaging element , which is integral with or connected to said shell, and a second engaging element , which is integral with or connected to said cuff and which is designed for cooperating with said first engaging element , and wherein when said driving element is in said first position, said first and second engaging elements are in a first configuration in which they are disengaged from each other, and when said driving element is in said second position, said first and second engaging elements are in a second configuration in which they are engaged with each other and in that said locking device comprises a third engaging element , which is integral with or connected to said cuff, and a fourth engaging element , which is integral with or connected to said spoiler and which is designed for cooperating with said third engaging element , and wherein when said driving element is in said first position, said third and fourth engaging elements are in a first configuration in which they are disengaged from each other, and when said driving element is in said second position, said third and fourth engaging elements are in a second configuration in which they are engaged with each other.
Rotary pressure filter comprising a filter drum which is designed to filter the suspension to be filtered, a housing which surrounds the filter drum and in which the filter drum is rotatably mounted, a process chamber being formed between the filter drum and the housing , and at least one separating element which is arranged between the housing and the filter drum such that said element divides the process chamber into a plurality of process portions in a gas-tight manner, characterised in that a sensor is arranged on the side of at least one separating element that faces the housing , which sensor comprises the following: a coil formed using an electrically conductive material and a rod made of a metal, which is arranged inside the coil , the rod being designed to be displaced in the coil on the basis of a change in the distance of the separating element from the sensor , and a resonant circuit is applied to the coil and is detuned when the rod is displaced in the coil . a filter drum which is designed to filter the suspension to be filtered, a housing which surrounds the filter drum and in which the filter drum is rotatably mounted, a process chamber being formed between the filter drum and the housing , and at least one separating element which is arranged between the housing and the filter drum such that said element divides the process chamber into a plurality of process portions in a gas-tight manner, characterised in that a sensor is arranged on the side of at least one separating element that faces the housing , which sensor comprises the following: a coil formed using an electrically conductive material and a rod made of a metal, which is arranged inside the coil , the rod being designed to be displaced in the coil on the basis of a change in the distance of the separating element from the sensor , and a resonant circuit is applied to the coil and is detuned when the rod is displaced in the coil . a coil formed using an electrically conductive material and a rod made of a metal, which is arranged inside the coil , the rod being designed to be displaced in the coil on the basis of a change in the distance of the separating element from the sensor , and a resonant circuit is applied to the coil and is detuned when the rod is displaced in the coil .
A sensor tube for protecting a sensor inserted into a moving process fluid, the sensor tube comprising: a process interface section for mounting to a process vessel; an extended section extending from the process interface section to a sealed end , the extended section including a twisted section having a longitudinal axis; wherein the process interface section and the extended section define a sensor bore configured to receive a sensor therein, characterized in that the twisted section has a cross section that includes at least three equally sized walls and wherein the walls form helixes along the longitudinal axis of the twisted section, wherein the twisted section has a pitch that is 1 turn per 8-16 widths of one of the equally sized walls. a process interface section for mounting to a process vessel; an extended section extending from the process interface section to a sealed end , the extended section including a twisted section having a longitudinal axis; wherein the process interface section and the extended section define a sensor bore configured to receive a sensor therein, characterized in that the twisted section has a cross section that includes at least three equally sized walls and wherein the walls form helixes along the longitudinal axis of the twisted section, wherein the twisted section has a pitch that is 1 turn per 8-16 widths of one of the equally sized walls.
Method for monitoring a tool clamping device mounted on a machine spindle and whose clamping force is generated by a spring assembly which exerts a force in the direction of the clamping position on an actuating element which brings about the clamping or release of a tool or tool holder , characterized in that , during the release and/or during the clamping of a tool or tool holder , the spring load and the path of the actuating element are measured continuously and are each recorded as functions of time, and in that at least one parameter characteristic of the state of the tool clamping device is determined from these recorded functions, a spring characteristic being determined from the spring load and the path as functions of time in the form of the spring load as a function of the path, and in that , in the event of a deviation of a characteristic parameter from a reference value, which deviation exceeds a predetermined level or otherwise indicates a defect, an indication is sent to an electronic control unit controlling the operation of the machine spindle and/or an optical and/or acoustic warning signal is output for operating personnel by means of a display device.
A wearable treatment device for treatment of a subject, comprising: a plurality of cardiac sensing electrodes configured to be positioned outside a body of the subject and to detect cardiac information of the subject; at least one treatment electrode configured to be positioned outside the body of the subject and to apply treatment to the subject upon detection of cardiac information indicative of a treatable cardiac arrhythmia, the treatment including at least one of a defibrillating shock and a cardioverting shock; at least one activity sensor configured to be positioned outside the body of the subject and to detect subject activity information; a monitor having a user interface configured to guide the subject through a predetermined test; and a controller communicatively coupled to the plurality of cardiac sensing electrodes , the at least one treatment electrode , the monitor , and the at least one activity sensor , characterized in that the predetermined test comprises a physical activity performed by the subject; and in that the controller is configured to receive and record the detected cardiac information and the detected subject activity information during the physical activity performed by the subject, to determine whether treatment should be applied to the body of the subject based upon the detected cardiac information, and to initiate the treatment of the subject in response to a determination that the treatment should be applied to the body of the subject during the physical activity performed by the subject. a plurality of cardiac sensing electrodes configured to be positioned outside a body of the subject and to detect cardiac information of the subject; at least one treatment electrode configured to be positioned outside the body of the subject and to apply treatment to the subject upon detection of cardiac information indicative of a treatable cardiac arrhythmia, the treatment including at least one of a defibrillating shock and a cardioverting shock; at least one activity sensor configured to be positioned outside the body of the subject and to detect subject activity information; a monitor having a user interface configured to guide the subject through a predetermined test; and a controller communicatively coupled to the plurality of cardiac sensing electrodes , the at least one treatment electrode , the monitor , and the at least one activity sensor , characterized in that the predetermined test comprises a physical activity performed by the subject; and in that the controller is configured to receive and record the detected cardiac information and the detected subject activity information during the physical activity performed by the subject, to determine whether treatment should be applied to the body of the subject based upon the detected cardiac information, and to initiate the treatment of the subject in response to a determination that the treatment should be applied to the body of the subject during the physical activity performed by the subject.