mhurhangee/patent-ind-claim-en huggingface dataset:
A system on a chip, SoC, comprising: a processor ; memory coupled to the processor; link protection circuitry coupled to the memory, the link protection circuitry comprising an SoC encryption engine to: receive first data from the memory and a first key; generate, by an SoC encryption counter of the SoC encryption engine, an SoC encryption counter value; encrypt the first data using the SoC encryption counter value and the first key to generate first encrypted data; and cause the first encrypted data to be transmitted to a device comprising a device decryption counter , synchronized with the SoC encryption counter; the link protection circuitry is further characterized to generate a first message authentication code, MAC, using the first key; and the link protection circuitry further comprising a header insertion logic to: generate a trusted input/output, IO, transaction layer packet, TLP, header to carry the first MAC to the device for verifying authenticity of the first encrypted data; and add the trusted IO TLP header to the first encrypted data to maintain order of the first encrypted data among instances of encrypted data transmitted by the SoC. a processor ; memory coupled to the processor; link protection circuitry coupled to the memory, the link protection circuitry comprising an SoC encryption engine to: receive first data from the memory and a first key; generate, by an SoC encryption counter of the SoC encryption engine, an SoC encryption counter value; encrypt the first data using the SoC encryption counter value and the first key to generate first encrypted data; and cause the first encrypted data to be transmitted to a device comprising a device decryption counter , synchronized with the SoC encryption counter; the link protection circuitry receive first data from the memory and a first key; generate, by an SoC encryption counter of the SoC encryption engine, an SoC encryption counter value; encrypt the first data using the SoC encryption counter value and the first key to generate first encrypted data; and cause the first encrypted data to be transmitted to a device comprising a device decryption counter , synchronized with the SoC encryption counter; the link protection circuitry is further characterized to generate a first message authentication code, MAC, using the first key; and the link protection circuitry further comprising a header insertion logic to: generate a trusted input/output, IO, transaction layer packet, TLP, header to carry the first MAC to the device for verifying authenticity of the first encrypted data; and add the trusted IO TLP header to the first encrypted data to maintain order of the first encrypted data among instances of encrypted data transmitted by the SoC. generate a trusted input/output, IO, transaction layer packet, TLP, header to carry the first MAC to the device for verifying authenticity of the first encrypted data; and add the trusted IO TLP header to the first encrypted data to maintain order of the first encrypted data among instances of encrypted data transmitted by the SoC.
A method for measuring the wavelength quantities of a multiport test object by means of a multiport network analyzer when supplying a non-sinusoidal, in particular digitally modulated measurement signal, wherein error correction values are determined for the network analyzer in a preceding calibrating method, which error correction values are correspondingly considered in the subsequent calculation of the scattering parameters from the wavelength quantities measured on the multiport test object, characterized in that the time offsets between the measurement signals in the measurement channels, which correspond to the wavelength quantities measured at the ports of the test object, are first calculated and compensated, then the uncorrected scattering parameters of the test object are calculated from these time-compensated measurement signals and finally these scattering parameters are corrected using the error correction values.
A composition-of-matter comprising a crystallized large ribosomal subunit of a pathogenic bacterium, wherein the pathogenic bacterium is Staphylococcus aureus , and the crystallized large ribosomal subunit effectively diffracts X-rays for calculating an electron density map and determination of atomic coordinates to a resolution of at least 4 Å.
Guide vane ring for a turbomachine, the guide vane ring comprising: a guide vane row having a plurality of pivotable guide vanes , each having a vane airfoil and a vane disk ; and an inner ring having an inner ring surface facing the plurality of guide vanes, the vane disks having a front and a rear surface region , as viewed in the direction (R) of a provided main flow flowing through the turbomachine, when at least one of the vane disks is in a nominal and/or a maximum opening position of the guide vane, the front and/or the rear surface region having, with respect to a central axis (X) of the inner ring , a radial offset from the inner ring surface , characterized in that the front surface region of the vane disk in the nominal and/or the maximum opening position of the guide vane is lowered with respect to the inner ring surface , and the rear surface region of the vane disk in the maximum open position of the guide vane is raised with respect to the inner ring surface . a guide vane row having a plurality of pivotable guide vanes , each having a vane airfoil and a vane disk ; and an inner ring having an inner ring surface facing the plurality of guide vanes, the vane disks having a front and a rear surface region , as viewed in the direction (R) of a provided main flow flowing through the turbomachine, when at least one of the vane disks is in a nominal and/or a maximum opening position of the guide vane, the front and/or the rear surface region having, with respect to a central axis (X) of the inner ring , a radial offset from the inner ring surface , characterized in that the front surface region of the vane disk in the nominal and/or the maximum opening position of the guide vane is lowered with respect to the inner ring surface , and the rear surface region of the vane disk in the maximum open position of the guide vane is raised with respect to the inner ring surface .
An ultrasonic probe electrically connectable to a display device configured to display an ultrasonic image , the ultrasonic probe comprising: an image capturing unit joined to or detachably attached to a first cable , the image capturing unit comprising a first optical lens to capture an image of a nearby object; and a probe head joined to or detachably attached to the first cable , the probe head being configured to transmit an ultrasonic beam toward a body surface of a subject and to receive a reflected wave from the body surface; characterised in that the image capturing unit is configured to transmit a control signal for instructing a change of settings to at least one of the display device and the probe head in accordance with an operation on an input interface provided on a housing of the image capturing unit. an image capturing unit joined to or detachably attached to a first cable , the image capturing unit comprising a first optical lens to capture an image of a nearby object; and a probe head joined to or detachably attached to the first cable , the probe head being configured to transmit an ultrasonic beam toward a body surface of a subject and to receive a reflected wave from the body surface; characterised in that the image capturing unit is configured to transmit a control signal for instructing a change of settings to at least one of the display device and the probe head in accordance with an operation on an input interface provided on a housing of the image capturing unit.
Wall as face wall , inner face wall, rear wall, side wall or cover for an element to be pushed out, such as e.g. a drawer or the like, consisting of a steel sheet, with a closed profile having profile side pieces , each of which possesses end faces, which profile possesses an inner side , an outer side , a top side and a bottom side , wherein the steel sheet is bent or chamfered at edges such that the free profile side pieces are adhesively bonded to one another in the form of welding, wherein the profile side pieces are connected to one another as a seam in the form of profile butt joints, characterised in that the profile side pieces abut against one another as coupled flanges, and their end faces abut against the inner surface of the outer side of the face wall , wherein the two profile side pieces lie in the inner space of a hollow profile and form an additional reinforcing rib, and wherein the welding is formed as an expanded Y-seam in a channel region of the feet of the two profile side pieces .
A zirconia sintered body containing yttria in an amount of 6-15 mol% and titania in an amount of 3-20 mol%, characterized by having an average grain size of 30-60 μm and by having an in-line transmission of 73% or higher when examined at a sample thickness of 1 mm and a measuring wavelength of 600 nm, and further has a haze value H of 2.0% or less, wherein the in-line transmission is a parameter having the following relational expression; Ti = Tt − Td Tt: total forward transmission (%) Td: diffuse transmission (%) Ti: in-line transmission (%), and wherein the haze value H=100×Td/Tt (%) was measured with a hazeometer (TC-HIII, manufactured by Tokyo Denshoku Co., Ltd.) by methods according to JIS K7105 "Testing Methods for Optical Properties of Plastics" and JIS K7136 "Plastics - Method of Determining Haze of Transparent Materials" on the zirconia sintered body of a thickness of 1 mm, wherein both surfaces thereof were mirror-polished to a surface roughness Ra of 0.02 μm or less. Tt: total forward transmission (%) Td: diffuse transmission (%) Ti: in-line transmission (%), and wherein the haze value H=100×Td/Tt (%) was measured with a hazeometer (TC-HIII, manufactured by Tokyo Denshoku Co., Ltd.) by methods according to JIS K7105 "Testing Methods for Optical Properties of Plastics" and JIS K7136 "Plastics - Method of Determining Haze of Transparent Materials" on the zirconia sintered body of a thickness of 1 mm, wherein both surfaces thereof were mirror-polished to a surface roughness Ra of 0.02 μm or less.
An adhesive marking device for an aircraft comprising: - an adhesive layer , - a marking layer arranged on the adhesive layer and comprising a marking and a carrier film , and - a varnish layer covering the marking layer , characterised in that the marking device has a moisture vapour transmission rate (MVTR) that is greater than or equal to 50g/(m 2 .day), the MVTR being measured in accordance with the ASTM standard F 1249 at a temperature of 38°C and 100% RH. - an adhesive layer , - a marking layer arranged on the adhesive layer and comprising a marking and a carrier film , and - a varnish layer covering the marking layer ,
A communication system comprising a transmission device and a reception device which wirelessly communicate with each other, wherein the transmission device includes a transmission circuit configured to perform (i) transmission of a wake-up signal including a specific pattern and (ii) transmission of data, the reception device includes: a standby circuit configured to receive a signal, and to output a detection signal indicating reception of the wake-up signal when detecting that the specific pattern is included in the signal received; and a reception circuit configured to receive the data from the transmission device after the detection signal is output from the standby circuit , characterized in that the specific pattern includes a modulated signal obtained by modulating arbitrary data; the specific pattern is a long pulse having radio field intensity that is continuously higher than a first threshold during a time period that is longer than a maximum frame period in data transmission specified in a communication standard, and the standby circuit is configured to output the detection signal when receiving the long pulse having radio field intensity that is continuously higher than a second threshold during the time period. the transmission device includes a transmission circuit configured to perform (i) transmission of a wake-up signal including a specific pattern and (ii) transmission of data, the reception device includes: a standby circuit configured to receive a signal, and to output a detection signal indicating reception of the wake-up signal when detecting that the specific pattern is included in the signal received; and a reception circuit configured to receive the data from the transmission device after the detection signal is output from the standby circuit , a standby circuit configured to receive a signal, and to output a detection signal indicating reception of the wake-up signal when detecting that the specific pattern is included in the signal received; and a reception circuit configured to receive the data from the transmission device after the detection signal is output from the standby circuit , characterized in that the specific pattern includes a modulated signal obtained by modulating arbitrary data; the specific pattern is a long pulse having radio field intensity that is continuously higher than a first threshold during a time period that is longer than a maximum frame period in data transmission specified in a communication standard, and the standby circuit is configured to output the detection signal when receiving the long pulse having radio field intensity that is continuously higher than a second threshold during the time period.
A nonaqueous electrolyte battery comprising: a positive electrode comprising an active material comprising Li 1-x Mn 2-y-z Al y M z O 4 (-0.1 ≤ x ≤ 1, 0.20 ≤ y ≤ 0.35, 0 ≤ z ≤ 0.1, M is at least one metal selected from the group consisting of Mg, Ca, Ti, V, Cr, Fe, Co, Ni, Cu, Zn, Zr, Nb, Mo, and Sn); a negative electrode comprising an active material comprising a mixture, the mixture comprising a first oxide represented by Li 4+a Ti 5 O 12 (-0.5 ≤ a ≤ 3), and a second oxide of at least one element selected from the group consisting of Al, Co, Cr, Cu, Fe, Mg, Ni, Zn, and Zr in an amount of from 300 ppm to 5000 ppm relative to a weight of the first oxide, the negative electrode comprising the second oxide as particles; and a nonaqueous electrolyte. a positive electrode comprising an active material comprising Li 1-x Mn 2-y-z Al y M z O 4 (-0.1 ≤ x ≤ 1, 0.20 ≤ y ≤ 0.35, 0 ≤ z ≤ 0.1, M is at least one metal selected from the group consisting of Mg, Ca, Ti, V, Cr, Fe, Co, Ni, Cu, Zn, Zr, Nb, Mo, and Sn); a negative electrode comprising an active material comprising a mixture, the mixture comprising a first oxide represented by Li 4+a Ti 5 O 12 (-0.5 ≤ a ≤ 3), and a second oxide of at least one element selected from the group consisting of Al, Co, Cr, Cu, Fe, Mg, Ni, Zn, and Zr in an amount of from 300 ppm to 5000 ppm relative to a weight of the first oxide, the negative electrode comprising the second oxide as particles; and a nonaqueous electrolyte.
Sealing element for an opening integrated into a worktop of a receiving chamber formed to receive a base device of a multifunctional kitchen appliance , and the sealing element being formed to enclose the opening all around, and the sealing element being formed to lie against a contact portion on a surface (162; 210) of the worktop or a skirt surface of the worktop bordering the opening so as to be flush with the worktop, and the sealing element , in use, being flush with the surface (162; 210) of the worktop at an edge distal from the centre of the opening and/or being, at a sealing part of the sealing element , spaced further from the plane of the surface (162; 210) of the worktop on a side which faces the centre of the opening than on a side of the sealing element which faces away from the centre of the opening , characterised in that the sealing element has a movable element for moving at least a part of the sealing element the movable element being combined or combinable with an ejection mechanism for a lid covering the opening . and the sealing element being formed to enclose the opening all around, and the sealing element being formed to lie against a contact portion on a surface (162; 210) of the worktop or a skirt surface of the worktop bordering the opening so as to be flush with the worktop, and the sealing element , in use, being flush with the surface (162; 210) of the worktop at an edge distal from the centre of the opening and/or being, at a sealing part of the sealing element , spaced further from the plane of the surface (162; 210) of the worktop on a side which faces the centre of the opening than on a side of the sealing element which faces away from the centre of the opening , characterised in that the sealing element has a movable element for moving at least a part of the sealing element the movable element being combined or combinable with an ejection mechanism for a lid covering the opening .
Use of a device for detecting and classifying lightning and overcurrent events having surge current characteristic in the range of > 50 A to 200 kA and pulse shapes as a long-term pulse with T ≥ 10 ms and pulse shapes of 10/350 μs and 8/20 μs, wherein the device includes at least one reed contact (4; 5; 6) as a magnetically responsive switch, which is arranged in the vicinity of an electrical conductor such that when there is a significant current flow through the electrical conductor , the magnetic field produced triggers the switch and initiates an evaluation electronics in communication with the switch, wherein for a detection of surge current magnitudes and a differentiation between long-term pulsed currents, on the one hand, and short-term pulsed currents, on the other hand, a multitude of reed contacts (4; 5; 6) are arranged at prespecified, different, increasing distances from the electrical conductor , wherein the evaluation electronics determines the response and the switching times of the respective reed contacts (4; 5; 6), the surge current magnitude being determined from the association of the ascertained values with the respective reed contact (4; 5; 6) and the pulse shape being determined from the switching time. wherein the device includes at least one reed contact (4; 5; 6) as a magnetically responsive switch, which is arranged in the vicinity of an electrical conductor such that when there is a significant current flow through the electrical conductor , the magnetic field produced triggers the switch and initiates an evaluation electronics in communication with the switch, wherein for a detection of surge current magnitudes and a differentiation between long-term pulsed currents, on the one hand, and short-term pulsed currents, on the other hand, a multitude of reed contacts (4; 5; 6) are arranged at prespecified, different, increasing distances from the electrical conductor , wherein the evaluation electronics determines the response and the switching times of the respective reed contacts (4; 5; 6), the surge current magnitude being determined from the association of the ascertained values with the respective reed contact (4; 5; 6) and the pulse shape being determined from the switching time.
An anti-ice accretion panel for an aircraft comprising a metallic honeycomb layer disposed between a perforated surface layer on an airflow facing side of the panel and a composite support layer on a second opposing side of said panel, wherein the composite material support layer comprises an embedded electrical heater configured to conduct heat to the perforated surface layer through the metallic honeycomb layer.
Method for conveying viscous material out of a barrel-like container , having a container bottom and a circumferential container wall that extends from the container bottom to a container top , which container is open toward the container top , using an apparatus that has a follower plate for closing off the container , wherein the follower plate has a wiper ring that runs circumferentially around, and wherein the wiper ring has a contact part that projects radially outward, for contact with an inner surface of the container wall , which surface faces the follower plate , wherein the contact part can have a variable contact force applied to it, to press it against the inner surface of the container wall , wherein the follower plate is moved in the direction of the container bottom , following a dropping material level, lying on a surface of the material, and, after the container has been emptied, is moved away from the container bottom , wherein the wiper ring is pressed against the inner surface of the container wall , with its contact part , forming a seal, during the movement of the follower plate toward the container bottom , wherein during the movement of the follower plate away from the container bottom , the sealing effect between the wiper ring and the container wall is cancelled out by means of reducing the contact force, and wherein before the start of material conveying, first the follower plate is introduced into the container , and then the contact part is pressed against the inner surface , characterised in that the contact part is only pressed against the inner surface when the follower plate lies on the surface of the material, that the follower plate lying on the surface of the material is detected by means of a sensor, and that the contact part is pressed against the inner surface by means of a control device, on the basis of a signal of the sensor.
Fastening device for releasably fastening an NMR probe head to an NMR magnet , the main axis of which extends in parallel with a z-direction, comprising a discoid insert which is designed to be pushed from below against a retention system that is arranged on the lower face of the NMR magnet , is rigidly connected to the magnet and is part of the fastening device in order to fasten the NMR probe head , wherein by means of rotating the insert about its disc axis, a rigid mechanical connection can be established between the probe head and the insert and between the insert and the retention system after the NMR probe head has been pushed against the lower face of the insert that is remote from the retention system until the upper end of the probe head comes into contact with the upper end of the retention system , and wherein the discoid insert is designed such that, in addition to a form-fitting connection, a variable-force connection can also be established between the probe head and the retention system , using at least one spring element , characterized in that the probe head is fastenable to the insert by means of a plurality of rigid retaining elements that are each integral, are of an invariable fixed length in each case and are part of the fastening device, the spring element or the spring elements of the insert , and the retaining elements are designed geometrically such that in a first, opened state a connection having mechanical backlash of from 0.5 mm to 5 mm exists between the insert and the retaining elements , the spring element or the spring elements being relaxed, and such that, in a second, closed state a connection without mechanical backlash exists between the insert and the retaining elements , the spring element or spring elements being subject to mechanical tension.
A composition comprising a perfluorinated propenylamine represented by the following general formula : wherein each occurrence of R f1 and R f2 is: (i) independently a linear or branched perfluoroalkyl group having 1-8 carbon atoms and optionally comprises one or more catenated heteroatoms; or (ii) bonded together to form a ring structure having 4-8 carbon atoms and that optionally comprises one or more catenated heteroatoms; and wherein at least 60 wt. % of the perfluorinated propenylamine is in the form of the E isomer, based on the total weight of the perfluorinated propenylamine in the composition. (i) independently a linear or branched perfluoroalkyl group having 1-8 carbon atoms and optionally comprises one or more catenated heteroatoms; or (ii) bonded together to form a ring structure having 4-8 carbon atoms and that optionally comprises one or more catenated heteroatoms; and