mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a processing chip having: a one-time program (OTP) memory portion, the OTP memory portion storing secure data and a check pattern, the secure data and the check pattern being stored within a plurality of words wherein each word includes secure data bits and check pattern bits; and a plurality of sense amplifiers, each of the sense amplifiers corresponding to a respective column of the OTP memory portion and each of the words corresponding to a respective row of the OTP memory portion, wherein the plurality of sense amplifiers comprises a subset of the sense amplifiers including a plurality of selectable reference resistances. a one-time program (OTP) memory portion, the OTP memory portion storing secure data and a check pattern, the secure data and the check pattern being stored within a plurality of words wherein each word includes secure data bits and check pattern bits; and a plurality of sense amplifiers, each of the sense amplifiers corresponding to a respective column of the OTP memory portion and each of the words corresponding to a respective row of the OTP memory portion, wherein the plurality of sense amplifiers comprises a subset of the sense amplifiers including a plurality of selectable reference resistances.
A coating apparatus , comprising: a pair of rollers separated by a gap ; microwires suspended through the gap to maintain a width of the gap at a desired separation distance between the rollers; a dispensing unit arranged to apply rheological material on a flexible film drawn through the gap between the pair of rollers, said gap defining a thickness of a layer of rheological material applied to the flexible film by being positioned after a coating area in which the rheological material is applied to the flexible film in a direction of film travel. a pair of rollers separated by a gap ; microwires suspended through the gap to maintain a width of the gap at a desired separation distance between the rollers; a dispensing unit arranged to apply rheological material on a flexible film drawn through the gap between the pair of rollers, said gap defining a thickness of a layer of rheological material applied to the flexible film by being positioned after a coating area in which the rheological material is applied to the flexible film in a direction of film travel.
A low-alloy high-strength high-toughness steel plate having a plate thickness of 80 mm or greater, with the components in percentage by mass being: C: 0.08-0.25%; Si: 0.10-1.00%; Mn: 0.50-2.00%; P: < 0.020%; S: < 0.010%; Cr: 0.10-2.00%; Mo: 0-1.00%; Ni: 0-2.00%; Nb: 0.010-0.080%; V: ≤ 0.10%; Ti: ≤ 0.060%; B: 0.0005-0.0040%; Al: 0.010-0.080%; Ca: 0.010-0.080%; N: ≤ 0.0080%; O: ≤ 0.0080%; H: ≤ 0.0004%; and the balance being Fe and inevitable impurities, and at the same time, the foregoing elements satisfying the following relationships: 0.20% ≤ (Cr/5 + Mn/6 + 50B) ≤ 0.55%, 0.02% ≤ (Mo/3 + Ni/5 + 2Nb) ≤ 0.45%, and 0.01% ≤ (Al + Ti) ≤ 0.13%; wherein said low-alloy high-strength high-toughness steel plate has a Brinell hardness of 390 HB to 460 HB, a yield strength of 900 MPa to 1100 MPa, a tensile strength of 1100 MPa to 1400 MPa, an elongation rate of 11% to 15%, and a Charpy V-notch longitudinal impact energy at -40°C of ≥ 40 J; and wherein the microstructure of said low-alloy high-strength high-toughness steel plate is martensite + residual austenite or martensite + bainite + residual austenite.
An antibody or an antigen-binding fragment thereof binding to NRP1, comprising: a heavy chain variable region comprising a sequence of SEQ ID NO: 16 and a light chain variable region comprising a sequence of SEQ ID NO: 17.
A memory circuit comprising: a first clock signal ; a write enable signal , wherein the write enable signal has a polarity; a low skew circuit coupled to the first clock signal, the low skew circuit, configured to output a second clock signal different from the first clock signal, the second clock signal comprising a first clock skew ; a high skew circuit coupled to the first clock signal, the high skew circuit, configured to output a third clock signal different from the second clock signal, the third clock signal comprising a second clock skew larger than the first clock skew; a selection circuit coupled to the low skew circuit, the high skew circuit, and the write enable signal, the selection circuit configured to output the second clock signal when the write enable signal has a first polarity or output the third clock signal when the write enable signal has a second polarity different from the first polarity; and a memory coupled to the selection circuit. a first clock signal ; a write enable signal , wherein the write enable signal has a polarity; a low skew circuit coupled to the first clock signal, the low skew circuit, configured to output a second clock signal different from the first clock signal, the second clock signal comprising a first clock skew ; a high skew circuit coupled to the first clock signal, the high skew circuit, configured to output a third clock signal different from the second clock signal, the third clock signal comprising a second clock skew larger than the first clock skew; a selection circuit coupled to the low skew circuit, the high skew circuit, and the write enable signal, the selection circuit configured to output the second clock signal when the write enable signal has a first polarity or output the third clock signal when the write enable signal has a second polarity different from the first polarity; and a memory coupled to the selection circuit.
Retaining cap for a standard earpiece insertable in an insertion direction into an ear canal , comprising an end-side headpiece and a blade section adjoining the headpiece , said blade section being configured in such a way that the standard earpiece can be accommodated therein with at least 50% of its length (L), wherein the blade section is circumferentially spaced from the standard earpiece , comprising a number of ventilation openings , which penetrate the retaining cap and open into the interior of the blade section , characterized in that the headpiece has a lower elasticity than the blade section , and that the or each ventilation opening penetrates the headpiece substantially parallel to the insertion direction .
An aerosol provision system comprising a vaporiser for vaporising aerosolisable material, and an air inlet channel for delivering air to the vaporiser , wherein the air inlet channel comprises an opening which is configured to be covered when the aerosol provision system is in a first configuration, and which is configured to be uncovered when the aerosol provision system is in a second configuration, wherein the opening is configured to allow air to bypass the vaporiser when the opening is uncovered, by bypassing out from the air inlet channel through the opening , for inhibiting the delivery of vaporised aerosolisable material when the aerosol provision system is in the second configuration.
A heat-treatment for a set of Nickel-Titanium (NiTi) endodontic files wherein, for each file in the set, a heat-treatment is applied to a file blank, characterized in that one or more parameters of the heat treatment are determined based on an expected mass of the file formed from the file blank after one or more geometric parameters are formed in the file blank.
Measuring shunt , comprising - a resistance element having a first main contact , a second main contact and a middle section extending between the main contacts for conducting an electric current between the two main contacts through the middle section , - a magnetic core which extends in an annular manner around the middle section of the resistance element and - a first auxiliary contact and a second auxiliary contact for tapping a measurement voltage (U1, U2) which drops between a first measurement point and a second measurement point of the resistance element , wherein - the measurement points are located on different sides of the magnetic core , - the middle section is embodied as U-shaped with two limbs and a central section extending between the limbs , - the second auxiliary contact extends from the second measurement point located on a side of the magnetic core facing the second main contact , through the magnetic core to the side of the magnetic core facing the first main contact , and - the auxiliary contacts are generated by two slots in the resistance element which each extend through a subsection of the central section and a first limb of the middle section to the end of the resistance element in the region of the first main contact . - a resistance element having a first main contact , a second main contact and a middle section extending between the main contacts for conducting an electric current between the two main contacts through the middle section , - a magnetic core which extends in an annular manner around the middle section of the resistance element and - a first auxiliary contact and a second auxiliary contact for tapping a measurement voltage (U1, U2) which drops between a first measurement point and a second measurement point of the resistance element , wherein - the measurement points are located on different sides of the magnetic core , - the middle section is embodied as U-shaped with two limbs and a central section extending between the limbs , - the second auxiliary contact extends from the second measurement point located on a side of the magnetic core facing the second main contact , through the magnetic core to the side of the magnetic core facing the first main contact , and - the auxiliary contacts are generated by two slots in the resistance element which each extend through a subsection of the central section and a first limb of the middle section to the end of the resistance element in the region of the first main contact .
A synchronous generator of a gearless wind turbine , comprising a rotor and a stator , wherein the stator has a stator ring having teeth and slots arranged therebetween for receiving a stator winding, and, in the circumferential direction, the stator ring is divided into stator segments , each having an equal number of slots , and, within a segment , the slots have a substantially equal spacing with respect to one another in the circumferential direction, wherein, in at least one connecting region of two segments , the spacing of at least two adjacent slots , which are each assigned to one of two different segments , differs from the spacing of the slots within a segment , characterized in that the stator winding is formed with form coils , wherein the form coils are produced from different materials, wherein, in adjacent slots , the spacing of which is less than the spacing of the slots within a segment , a leg of a form coil with a first resistivity is used and, in the majority of the remaining slots , a leg of a form coil with a relatively higher resistivity is used in each case.
A method performed by a terminal in a wireless communication system, the method comprising: receiving , from a base station , information associated with a time domain position of a synchronization signal block, SSB, in higher layer information; identifying a time domain position of a candidate synchronization signal/physical broadcast channel, SS/PBCH, block for operation with shared spectrum channel access based on the information associated with the time domain position of the SSB; receiving, from the base station , an SS/PBCH block for operation with shared spectrum channel access based on the identified time domain position of the candidate SS/PBCH block; identifying that at least one random access channel occasion, RO, in a physical random access channel, PRACH, slot is valid based on: the at least one RO not preceding the candidate SS/PBCH block in the PRACH slot, the at least one RO starting at least N gap symbols after a last downlink symbol, and the at least one RO starting at least N gap symbols after a last symbol of the candidate SS/PBCH block; and transmitting, to the base station , a PRACH preamble in the at least one valid RO, wherein the information associated with the time domain position of the SSB comprises a bitmap indicating at least one time domain position of an SS/PBCH block to be transmitted. receiving , from a base station , information associated with a time domain position of a synchronization signal block, SSB, in higher layer information; identifying a time domain position of a candidate synchronization signal/physical broadcast channel, SS/PBCH, block for operation with shared spectrum channel access based on the information associated with the time domain position of the SSB; receiving, from the base station , an SS/PBCH block for operation with shared spectrum channel access based on the identified time domain position of the candidate SS/PBCH block; identifying that at least one random access channel occasion, RO, in a physical random access channel, PRACH, slot is valid based on: the at least one RO not preceding the candidate SS/PBCH block in the PRACH slot, the at least one RO starting at least N gap symbols after a last downlink symbol, and the at least one RO starting at least N gap symbols after a last symbol of the candidate SS/PBCH block; and transmitting, to the base station , a PRACH preamble in the at least one valid RO, wherein the information associated with the time domain position of the SSB comprises a bitmap indicating at least one time domain position of an SS/PBCH block to be transmitted. the at least one RO not preceding the candidate SS/PBCH block in the PRACH slot, the at least one RO starting at least N gap symbols after a last downlink symbol, and the at least one RO starting at least N gap symbols after a last symbol of the candidate SS/PBCH block; and transmitting, to the base station , a PRACH preamble in the at least one valid RO, wherein the information associated with the time domain position of the SSB comprises a bitmap indicating at least one time domain position of an SS/PBCH block to be transmitted.
Wound cleaning article comprising a composite material which has a foam layer and a fibre layer arranged on and in the foam layer , wherein the fibre layer is at least partially thermally consolidated and the foam layer and fibre layer are connected to one another by needling, where fibres of the fibre layer have penetrated into the foam layer and form capillary channels which extend from the fibre layer into the foam layer , characterized in that the fibres of the fibre layer penetrate the foam layer and protrude at least partially from that side of the foam layer that faces away from the fibre layer .
A wireless communication method for use in an anchor node, the method comprising: receiving, from a serving node, a context request message associated with a wireless terminal, wherein a first key and a first next hop chaining count are transmitted to the wireless terminal in a previous connection between the anchor node and the wireless terminal and wherein a second key determined based on the first key and the first next hop chaining count is used by the anchor node, and transmitting, to the serving node, a context response message comprising a third key which is different from the second key and a second next hop chaining count. receiving, from a serving node, a context request message associated with a wireless terminal, wherein a first key and a first next hop chaining count are transmitted to the wireless terminal in a previous connection between the anchor node and the wireless terminal and wherein a second key determined based on the first key and the first next hop chaining count is used by the anchor node, and transmitting, to the serving node, a context response message comprising a third key which is different from the second key and a second next hop chaining count.
Medical imaging device consisting of an ionizing radiation source, incorporating a device for determining the dose deposited during a radiological imaging examination of a patient comprising: - a plurality of interchangeable measurement probes, each measurement probe comprising at least one optical probe defining two output ends , said optical probe comprising at least one active portion made of a scintillating material and intended to emit scintillation photons under the effect of incident ionizing radiation, and at least two transport portions arranged on either side of the active portion and configured to transport the scintillation photons emitted by the active portion toward the two output ends ; - at least one detection system comprising at least two photodetectors , each photodetector being connected to a relevant output end of the optical probe so as to receive and count the scintillation photons received from said output end ; and - at least one processing module , configured to determine the deposited dose from the measurements made by said photodetectors , said deposited dose being directly correlated to the quantity of photons emitted under the ionizing radiation received by the patient undergoing the radiological examination, characterized in that said medical imaging device further comprises a receiving box housing said at least one detection system , said receiving box and said multiple interchangeable measurement probes comprising complementary connectors configured for removably connecting each measurement probe to the receiving box , each measurement probe being provided with calibration information specific to said each measurement probe , each measurement probe being provided with an RFID chip containing said calibration information, said RFID chip being configured to communicate said calibration information to the processing unit when said each measurement probe is connected to the receiving box . - a plurality of interchangeable measurement probes, each measurement probe comprising at least one optical probe defining two output ends , said optical probe comprising at least one active portion made of a scintillating material and intended to emit scintillation photons under the effect of incident ionizing radiation, and at least two transport portions arranged on either side of the active portion and configured to transport the scintillation photons emitted by the active portion toward the two output ends ; - at least one detection system comprising at least two photodetectors , each photodetector being connected to a relevant output end of the optical probe so as to receive and count the scintillation photons received from said output end ; and - at least one processing module , configured to determine the deposited dose from the measurements made by said photodetectors , said deposited dose being directly correlated to the quantity of photons emitted under the ionizing radiation received by the patient undergoing the radiological examination,
A non-invasive method for the estimation of strain profile and dynamic evolution of the strain at a location interposed inside a block of soft material, comprising: i. preparing a first block of crosslinked material by crosslinking a first predetermined quantity of a pre-polymer solution containing a monomer, a crosslinking agent, and an initiator and promoter all mixed in a solvent at a known stoichiometric weight ratio, the crosslinking reaction being carried out inside a mold at room temperature or at an elevated temperature, such that a block of the crosslinked material has one of a flat face or curved surface; ii. transferring a grid comprising of microscopic lines or regularly spaced microscopic dots onto the flat face or curved surface by direct writing or transfer from an easy release surface; iii. preparing a second block of crosslinked material by crosslinking the pre-polymer solution containing a monomer, a cross-linking agent, an initiator and a promoter in a solvent at a known stoichiometric weight ratio on the surface of the first block to form a composite block comprising the second block of crosslinked material in contact with the surface of the first block and a plane containing the tracer particles embedded between the first block and the second block; iv. visualizing and recording the displacement of the tracer grid when the composite block is subjected to normal, shear or torsional loading or fracture by insertion of an object; v. estimating the strain field from the data of displacement of the tracer grid. i. preparing a first block of crosslinked material by crosslinking a first predetermined quantity of a pre-polymer solution containing a monomer, a crosslinking agent, and an initiator and promoter all mixed in a solvent at a known stoichiometric weight ratio, the crosslinking reaction being carried out inside a mold at room temperature or at an elevated temperature, such that a block of the crosslinked material has one of a flat face or curved surface; ii. transferring a grid comprising of microscopic lines or regularly spaced microscopic dots onto the flat face or curved surface by direct writing or transfer from an easy release surface; iii. preparing a second block of crosslinked material by crosslinking the pre-polymer solution containing a monomer, a cross-linking agent, an initiator and a promoter in a solvent at a known stoichiometric weight ratio on the surface of the first block to form a composite block comprising the second block of crosslinked material in contact with the surface of the first block and a plane containing the tracer particles embedded between the first block and the second block; iv. visualizing and recording the displacement of the tracer grid when the composite block is subjected to normal, shear or torsional loading or fracture by insertion of an object; v. estimating the strain field from the data of displacement of the tracer grid.
A zipper head comprising a pull tab , a pull body and an insurance member , wherein the pull body is provided with an upper bottom plate and a lower bottom plate , the upper bottom plate is provided with a rear rivet body group and a front rivet body group which are correspondingly arranged, the rear rivet body group and the front rivet body group form an installation cavity, the pull tab comprises a horizontal portion and a side post connected to the horizontal portion, the horizontal portion of the pull tab is provided in the installation cavity and is rotatable along an axis of the horizontal portion, and the insurance member is connected with the pull body and the pull tab to realize locking; and when the pull tab is rotated to a position where the pull tab is in contact with the front rivet body group , the front rivet body group is in contact with the side post of the pull tab to prevent the pull tab from turning over, wherein an inner end surface of the horizontal portion is provided with a first protrusion , and a distance between an upper surface of the first protrusion and the upper bottom plate is larger than a distance between an upper end surface of the front rivet body group inside the installation cavity and the upper bottom plate , characterized in that , a blocker for preventing the pull tab from rotating is provided on one side of the insurance member close to the front rivet body group , and the horizontal portion is provided with a second protrusion cooperating with the blocker . when the pull tab is rotated to a position where the pull tab is in contact with the front rivet body group , the front rivet body group is in contact with the side post of the pull tab to prevent the pull tab from turning over, wherein an inner end surface of the horizontal portion is provided with a first protrusion , and a distance between an upper surface of the first protrusion and the upper bottom plate is larger than a distance between an upper end surface of the front rivet body group inside the installation cavity and the upper bottom plate , characterized in that , a blocker for preventing the pull tab from rotating is provided on one side of the insurance member close to the front rivet body group , and the horizontal portion is provided with a second protrusion cooperating with the blocker .