mhurhangee/patent-ind-claim-en huggingface dataset:
Connector (1; 5) housing (10; 50), intended to be coupled to a complementary connector (5; 1) housing (50; 10), and to house a cable terminal , the connector housing extending along a longitudinal axis (X) and comprising: - a body (10; 50) comprising at least one first recess (14; 54) that extends transverse to the axis X; - a device , called terminal position assurance (TPA) device, installed so as to be able to slide transverse to the axis X inside the connector housing between a standby unlocking position and an active position securing locking between the cable terminal and the connector housing, the TPA device comprising at least one flexible tab configured so as respectively to be: • blocked in the body of the connector housing in a standby position, when no cable terminal is inserted into the connector housing, • deflected by a conductor of the terminal when it is inserted into the connector housing, characterized in that - the body of the connector housing comprises at least two retaining and locking lugs ; - the TPA device comprises at least two retaining and locking tongues each equipped with at least one aperture designed so as to interact with one of the lugs so as to hold the TPA device on the connector housing both in its standby position and in its active position. - a body (10; 50) comprising at least one first recess (14; 54) that extends transverse to the axis X; - a device , called terminal position assurance (TPA) device, installed so as to be able to slide transverse to the axis X inside the connector housing between a standby unlocking position and an active position securing locking between the cable terminal and the connector housing, the TPA device comprising at least one flexible tab configured so as respectively to be: • blocked in the body of the connector housing in a standby position, when no cable terminal is inserted into the connector housing, • deflected by a conductor of the terminal when it is inserted into the connector housing, characterized in that • blocked in the body of the connector housing in a standby position, when no cable terminal is inserted into the connector housing, • deflected by a conductor of the terminal when it is inserted into the connector housing, - the body of the connector housing comprises at least two retaining and locking lugs ; - the TPA device comprises at least two retaining and locking tongues each equipped with at least one aperture designed so as to interact with one of the lugs so as to hold the TPA device on the connector housing both in its standby position and in its active position.
A processor comprising: an instruction cache for storing a plurality of instructions; and annotation logic configured to determine a lookahead distance associated with an instruction and annotate the at least one instruction cache with the lookahead distance, wherein the lookahead distance indicates the shortest distance to a later instruction that references a register that the instruction defines and is the minimum number of instruction issues in a program order between a register definition and its closest following use or redefinition, wherein the instruction is a lookahead predecessor of the later instruction, and instruction issue logic configured to issue instructions in program order, and to generate a ready signal for the later instruction based on the lookahead distance, wherein the later instruction is only issued if all of its lookahead predecessors have retired and all of its program-order predecessors have issued. an instruction cache for storing a plurality of instructions; and annotation logic configured to determine a lookahead distance associated with an instruction and annotate the at least one instruction cache with the lookahead distance, wherein the lookahead distance indicates the shortest distance to a later instruction that references a register that the instruction defines and is the minimum number of instruction issues in a program order between a register definition and its closest following use or redefinition, wherein the instruction is a lookahead predecessor of the later instruction, and instruction issue logic configured to issue instructions in program order, and to generate a ready signal for the later instruction based on the lookahead distance, wherein the later instruction is only issued if all of its lookahead predecessors have retired and all of its program-order predecessors have issued.
A distribution tower of an agricultural distribution machine used for the spreading of granular distribution goods, such as seeds, fertilisers, or the like, with a riser pipe for supplying an air volume flow of distribution goods to a ring-formed distributor head connecting at the top to the riser pipe , the distributor head serving for dividing the air volume flow of distribution goods into a multitude of partial air volume flows of distribution goods corresponding to a number of outflows distributed over the circumference of the distributor head , wherein a shut-off device is assigned to at least one of the outflows , wherein the shut-off device has a track switch by means of which the particular partial air volume flow of distribution goods can be guided toward a seed tube connection assigned to the shut-off device or toward a return section assigned to the shut-off device , wherein a return device connects to the return section , which return device surrounds the riser pipe and is part thereof, and wherein the riser pipe has openings in the area of the return device , the openings serving for receiving the returned distribution goods, characterised in that the riser pipe , the return device , and the return section , as well as the seed tube connection are permanently pneumatically connected by means of a bypass , independently of the particular position of the track switch .
A device to determine the quality of a thin film material by calculating its conductivity, the thin film material provided on a substrate , said thin film material and said substrate forming a thin film material structure, the device comprising: a housing ; a THz module comprising a THz source emitter and a THz detector ; and a reflective base , moveable relative to the THz module and configured to support the thin film material structure, wherein the THz source emitter is configured to irradiate the thin film material , the THz detector is configured to measure a signal reflected from the thin film material structure and the device is configured to calculate the conductivity of the thin film material as a function of said signal, characterized in that said signal comprises a first reflection that contains information from the air-film-substrate interface and a second reflection that contains information from the substrate-reflective base interface, wherein the device is configured to calculate the conductivity, at an irradiated point of the thin film material , based on the first reflection and the second reflection a housing ; a THz module comprising a THz source emitter and a THz detector ; and a reflective base , moveable relative to the THz module and configured to support the thin film material structure, wherein the THz source emitter is configured to irradiate the thin film material , the THz detector is configured to measure a signal reflected from the thin film material structure and the device is configured to calculate the conductivity of the thin film material as a function of said signal, characterized in that said signal comprises a first reflection that contains information from the air-film-substrate interface and a second reflection that contains information from the substrate-reflective base interface, wherein the device is configured to calculate the conductivity, at an irradiated point of the thin film material , based on the first reflection and the second reflection
A method of providing a recent call list of calls recently received or initiated by a telecommunications device, wherein information on recent services which are services recently handled by or using said telecommunications device other than calls are incorporated as entries in a recent call list of said telecommunications device, wherein each entry is formed by a data structure being composed of a plurality of data fields , each data field including a data value , and wherein an entry representing a recent service other than a call in said recent call list includes a service code identifying said recent service , as a data value , characterized in that a service other than a call comprises at least one of a service with respect to door opening, facility management or surveillance, entry control, environmental surveillance, and/or machine control.
A steel sheet comprising, as a chemical composition, by unit mass%, C: 0.06% to 0.15%, P: 0.040% or less, S: 0.0100% or less, N: 0.0100% or less, O: 0.0060% or less, Si and Al in total: 0.20% to 2.50%, Mn and Cr in total: 1.50% to 3.00%, Mo: 0% to 1.00%, Ni: 0% to 1.00%, Cu: 0% to 1.00%, Nb: 0% to 0.30%, Ti: 0% to 0.30%, V: 0% to 0.50%, B: 0% to 0.0100%, Ca: 0% to 0.0400%, Mg: 0% to 0.0400%, REM: 0% to 0.0400%, and a remainder including Fe and impurities, wherein a metallographic structure at a thickness 1/4 portion includes, by unit area%, ferrite: 10% or more and less than 50%, granular bainite: 5% or more and less than 50%, and martensite: 20% or more and less than 60%, in the metallographic structure at the thickness 1/4 portion, a total of upper bainite, lower bainite, residual austenite, and pearlite is 0% or more and less than 15% by unit area%, at the thickness 1/4 portion, a product of an area ratio Vm of the martensite and an average hardness Hv of the martensite is 12,000 to 34,000, and a tensile strength is 980 MPa or higher. C: 0.06% to 0.15%, P: 0.040% or less, S: 0.0100% or less, N: 0.0100% or less, O: 0.0060% or less, Si and Al in total: 0.20% to 2.50%, Mn and Cr in total: 1.50% to 3.00%, Mo: 0% to 1.00%, Ni: 0% to 1.00%, Cu: 0% to 1.00%, Nb: 0% to 0.30%, Ti: 0% to 0.30%, V: 0% to 0.50%, B: 0% to 0.0100%, Ca: 0% to 0.0400%, Mg: 0% to 0.0400%, REM: 0% to 0.0400%, and a remainder including Fe and impurities, ferrite: 10% or more and less than 50%, granular bainite: 5% or more and less than 50%, and martensite: 20% or more and less than 60%, in the metallographic structure at the thickness 1/4 portion, a total of upper bainite, lower bainite, residual austenite, and pearlite is 0% or more and less than 15% by unit area%, at the thickness 1/4 portion, a product of an area ratio Vm of the martensite and an average hardness Hv of the martensite is 12,000 to 34,000, and a tensile strength is 980 MPa or higher.
A connecting assembly for connecting a plurality of orthopedic components, the connecting assembly comprising: an orthopedic component that includes a bore including a tapered segment; a quasi-spherical member positionable in the bore for removeably locking the quasi-spherical member to the orthopedic component , wherein the quasi-spherical member includes a textured outer surface for contacting walls of the bore , wherein the quasi-spherical member is removeably lockable in the tapered segment of the bore by contact between the textured outer surface and the walls of the tapered segment of the bore and wherein the textured outer surface includes a plurality of planar surface elements covering more than 50% of the quasi spherical member. an orthopedic component that includes a bore including a tapered segment; a quasi-spherical member positionable in the bore for removeably locking the quasi-spherical member to the orthopedic component , wherein the quasi-spherical member includes a textured outer surface for contacting walls of the bore , wherein the quasi-spherical member is removeably lockable in the tapered segment of the bore by contact between the textured outer surface and the walls of the tapered segment of the bore and wherein the textured outer surface includes a plurality of planar surface elements covering more than 50% of the quasi spherical member.
A method to convert an analog voltage into a binary sequence that represents the analog voltage, comprising: receiving the analog voltage; generating a pair of input voltages for each of M comparators based on a digital sample of the analog voltage and bit values stored in a register , wherein M is equal to or greater than 3; in a first mode, in each cycle, using the M comparators to determine values for a next two or more of consecutive most significant bits, MSBs, in the register based on the analog voltage and bit values stored in the register ; in a second mode, in each cycle: determining at least M redundant comparison results using the M comparators; and determining a value for a next least significant bit, LSB, in the register based on at least M redundant comparison results, wherein the pair of input voltages for each comparator is generated to have a same differential in the second mode such that the M redundant comparison results from all of the M comparators are used to determine the value for the next LSB; and generating the binary sequence based at least on the MSBs and the LSBs in the register . receiving the analog voltage; generating a pair of input voltages for each of M comparators based on a digital sample of the analog voltage and bit values stored in a register , wherein M is equal to or greater than 3; in a first mode, in each cycle, using the M comparators to determine values for a next two or more of consecutive most significant bits, MSBs, in the register based on the analog voltage and bit values stored in the register ; in a second mode, in each cycle: determining at least M redundant comparison results using the M comparators; and determining a value for a next least significant bit, LSB, in the register based on at least M redundant comparison results, wherein the pair of input voltages for each comparator is generated to have a same differential in the second mode such that the M redundant comparison results from all of the M comparators are used to determine the value for the next LSB; and determining at least M redundant comparison results using the M comparators; and determining a value for a next least significant bit, LSB, in the register based on at least M redundant comparison results, wherein the pair of input voltages for each comparator is generated to have a same differential in the second mode such that the M redundant comparison results from all of the M comparators are used to determine the value for the next LSB; and generating the binary sequence based at least on the MSBs and the LSBs in the register .
A method of manufacturing coated semiconductor wafers, comprising introducing a process gas through first gas inlet ports along a first flow direction into a reactor chamber and over a substrate wafer of semiconductor material to deposit a layer on the substrate wafer overlying a susceptor, wherein material originating from the process gas is deposited on a preheating ring disposed around the susceptor; and removing the coated substrate wafer from the reactor chamber; characterized by after removing the coated substrate wafer from the reactor chamber: removing the material deposit from the preheating ring by introducing an etchant gas through the first gas inlet openings into the reactor chamber along the first flow direction and through second gas inlet openings, between which the first gas inlet openings are located, across the preheating ring along further flow directions crossing the first flow direction.
Fitting for connection to at least one pipe, - with a base body , - with a retaining element , the retaining element having latching elements for latching with a corresponding latching element of the pipe to be connected, and - with a sealing element , - wherein the fitting has a locking ring , - wherein the locking ring in a first axial position allows a movement of the retaining element in radial direction and - wherein the locking ring in a second axial position prevents a movement of the retaining element in the outwards radial direction, characterised in - that the axial displacement of the locking ring from the first axial position to the second axial position is irreversible, - wherein the irreversibility is achieved by a locking element which acts in the second axial position of the locking ring between the locking ring and the base body and is non-releasable, and - wherein the locking ring can only be turned back by a partial destruction of the locking element. - with a base body , - with a retaining element , the retaining element having latching elements for latching with a corresponding latching element of the pipe to be connected, and - with a sealing element , - wherein the fitting has a locking ring , - wherein the locking ring in a first axial position allows a movement of the retaining element in radial direction and - wherein the locking ring in a second axial position prevents a movement of the retaining element in the outwards radial direction, characterised in - that the axial displacement of the locking ring from the first axial position to the second axial position is irreversible, - wherein the irreversibility is achieved by a locking element which acts in the second axial position of the locking ring between the locking ring and the base body and is non-releasable, and - wherein the locking ring can only be turned back by a partial destruction of the locking element.
Apparatus for additively manufacturing of three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy beam, wherein a direct measuring unit is provided for determining a position and/or a travel distance of at least one moveable component of the apparatus characterized by a coupling means with at least one coupling means configured to couple the direct measuring unit with the component , wherein the coupling means comprises a redirection means configured to redirect a movement of the movable component directed along a first movement direction and/or a first axis into a movement of the direct measuring means along a second movement direction and/or a second axis .
A composition comprising an mRNA codon-optimized for expression in human cells encoding a Cystic Fibrosis Transmembrane Conductance Regulator (CFTR) protein having the amino acid sequence of SEQ ID NO: 2, wherein the mRNA encoding the CFTR protein comprises a polynucleotide sequence at least 90% identical to SEQ ID NO: 1, and wherein the mRNA is at a concentration of at least 0.4 mg/mL, and wherein the composition further comprises a diluent selected from the group consisting of DMSO, ethylene glycol, glycerol, 2-Methyl-2,4-pentanediol (MPD), propylene glycol, sucrose, and trehalose, wherein said composition is for use in a method of treating cystic fibrosis (CF) in a subject and the step of administering the composition to the subject comprises inhalation.
A system for delivery of a flow of air to a patient's airways comprising: a patient interface comprising a projection portion configured to conduct a flow of air into a naris of a patient and a mask portion configured to apply pressurised air to the patient; a flow generator configured to provide air to the patient via an air circuit and the patient interface; an adjustable vent ; and one or more controllers configured to: determine, with a plurality of sensors (4272; 4274), a pressure of the air being provided to the patient via the mask portion and a flow rate of the air being provided to the patient via the projection portion; and control the flow generator and the adjustable vent so as to simultaneously control the pressure and the flow rate of the air at the patient interface to correspond with a predetermined pressure and a predetermined flow rate, respectively. a patient interface comprising a projection portion configured to conduct a flow of air into a naris of a patient and a mask portion configured to apply pressurised air to the patient; a flow generator configured to provide air to the patient via an air circuit and the patient interface; an adjustable vent ; and one or more controllers configured to: determine, with a plurality of sensors (4272; 4274), a pressure of the air being provided to the patient via the mask portion and a flow rate of the air being provided to the patient via the projection portion; and control the flow generator and the adjustable vent so as to simultaneously control the pressure and the flow rate of the air at the patient interface to correspond with a predetermined pressure and a predetermined flow rate, respectively. determine, with a plurality of sensors (4272; 4274), a pressure of the air being provided to the patient via the mask portion and a flow rate of the air being provided to the patient via the projection portion; and control the flow generator and the adjustable vent so as to simultaneously control the pressure and the flow rate of the air at the patient interface to correspond with a predetermined pressure and a predetermined flow rate, respectively.
An electronic apparatus comprising: a start-up settings memory for storing real time clock information and apparatus settings; and a battery apparatus comprising a power terminal for supplying operating power for the electronic apparatus and a signal terminal for data communication with the electronic apparatus, characterised in that when the operating power is turned off, the battery apparatus is arranged to supply power to the start-up settings memory through the signal terminal to maintain the powered state of the start-up settings memory. a start-up settings memory for storing real time clock information and apparatus settings; and a battery apparatus comprising a power terminal for supplying operating power for the electronic apparatus and a signal terminal for data communication with the electronic apparatus, characterised in that when the operating power is turned off, the battery apparatus is arranged to supply power to the start-up settings memory through the signal terminal to maintain the powered state of the start-up settings memory.