mhurhangee/patent-ind-claim-en huggingface dataset:
A method for monitoring license information of a software, applied to a server and comprising: generating a transaction information block every specified duration; wherein, the transaction information block comprises license information, and the license information comprises an available duration balance of a software to be protected when generating the transaction information block; calculating a root encryption value based on the generated transaction information block, wherein the root encryption value is an encryption value obtained by performing an encryption calculation based on component encryption values of different components or a component encryption value of a same component, the component encryption value is an encryption value obtained by performing the encryption calculation based on at least one or more paragraph encryption values generated for the same component, and the paragraph encryption value is an encryption value obtained by performing the encryption calculation based on encryption values of a preset number of consecutive transaction information blocks; wherein all encryption values may all be hash values; generating an information block; wherein, the information block comprises the root encryption value and a transaction list, and the transaction list comprises transaction information blocks generated in order; adding the information block into an information chain; wherein, the information chain comprises information blocks generated in order. generating a transaction information block every specified duration; wherein, the transaction information block comprises license information, and the license information comprises an available duration balance of a software to be protected when generating the transaction information block; calculating a root encryption value based on the generated transaction information block, wherein the root encryption value is an encryption value obtained by performing an encryption calculation based on component encryption values of different components or a component encryption value of a same component, the component encryption value is an encryption value obtained by performing the encryption calculation based on at least one or more paragraph encryption values generated for the same component, and the paragraph encryption value is an encryption value obtained by performing the encryption calculation based on encryption values of a preset number of consecutive transaction information blocks; wherein all encryption values may all be hash values; generating an information block; wherein, the information block comprises the root encryption value and a transaction list, and the transaction list comprises transaction information blocks generated in order; adding the information block into an information chain; wherein, the information chain comprises information blocks generated in order.
Nozzle for a spray gun , in particular a paint spray gun, wherein the nozzle has at least one material nozzle with a hollow portion for the passage of the material to be sprayed and a material outlet opening , as well as a disk element extending radially from the material nozzle , and wherein the disk element has at least one through-opening , wherein the nozzle has at least a first baffle disk which is captively arranged on the disk element and has an inner and an outer circumference, and wherein the first baffle disk is arranged on the disk element directly, in particular without a sealing element arranged in-between, characterized in that the first baffle disk is made of continuous material in the region between its inner circumference and its outer circumference, and in that it has no through-openings.
Electronic biasing circuit, the electronic biasing circuit arranged to provide a DC bias voltage (Vg) to a circuit (AMPL; AMPLdiff) to be biased, the biasing circuit comprising a first transistor pair (TP1a) comprising a first transistor (M1a) and a second transistor (M2a) both being of a first MOSFET type, a gate of said first transistor (M1a) being connected to a gate of said second transistor (M2a), a source of said first transistor (M1a) being connected to a supply reference voltage, a source of said second transistor (M2a) being connected to said supply reference voltage via a resistor element (Rb), in use a first current flowing through said first transistor (M1a) and a second current flowing through said second transistor (M2a), the electronic biasing circuit comprising circuit components (CM1; CM3) arranged to cause said first current and said second current to be substantially equal, wherein the electronic biasing circuit comprises a second transistor pair (TP2) comprising a third transistor (M1b) and a fourth transistor (M2b) of said same first MOSFET type, which third transistor (M1b) is, at one side, connected in series with said first transistor (M1a) at a first common node, and a gate of said third transistor (M1b) being connected to a gate of said fourth transistor (M2b), a source of said fourth transistor (M2b) being connected to a drain of said second transistor (M2a) at a second common node, in use a third current flowing through said third transistor (M1b) and a fourth current flowing through said fourth transistor (M2b), said circuit components (CM1; CM3) also being arranged to cause said third current and said fourth current to be substantially equal characterized in that said resistor element is a variable resistor element (Rbv) wherein the variable resistor element is controllable by a plurality of different control voltages.
An oesophageal electrode probe comprising: a bioimpedance measuring device for measuring the bioimpedance of at least part of the tissue surrounding the oesophageal electrode probe , the bioimpedance measuring device comprising at least one first electrode and at least one second electrode , wherein the at least one first electrode is arranged, during use, on a side of the esophageal electrode probe facing the heart , and the at least one second electrode is arranged, during use, on a side of the esophageal electrode probe facing away from the heart , and further comprising a neurostimulation device, said neurostimulation device comprising at least one electrode , arranged, during use, on the side of the esophageal electrode probe facing away from the heart, for transesophageal neurostimulation of at least part of the tissue surrounding the oesophageal electrode probe , characterized in that the electrode is configured to perform transesophageal neurostimulation by means of electric pulses having a frequency of 100 bpm to 3000 bpm and a strength of 5 V to 100 V and a duration of 3 seconds to 10 minutes. a bioimpedance measuring device for measuring the bioimpedance of at least part of the tissue surrounding the oesophageal electrode probe , the bioimpedance measuring device comprising at least one first electrode and at least one second electrode , wherein the at least one first electrode is arranged, during use, on a side of the esophageal electrode probe facing the heart , and the at least one second electrode is arranged, during use, on a side of the esophageal electrode probe facing away from the heart , and further comprising a neurostimulation device, said neurostimulation device comprising at least one electrode , arranged, during use, on the side of the esophageal electrode probe facing away from the heart, for transesophageal neurostimulation of at least part of the tissue surrounding the oesophageal electrode probe , characterized in that the electrode is configured to perform transesophageal neurostimulation by means of electric pulses having a frequency of 100 bpm to 3000 bpm and a strength of 5 V to 100 V and a duration of 3 seconds to 10 minutes.
A seat back for a passenger seat, the seat back comprising: a unitary structural core formed as a single piece, the unitary structural core comprising: a body comprising carbon fiber composite material, the body further comprising a forward-facing side and a rearward-facing side ; and wherein the unitary structural core further comprises a non-tubular flange comprising carbon fiber composite material, the non-tubular flange integrally formed with the body and comprising portions extending from the rearward-facing side of the body respectively along a left lateral side edge, a top side edge, and a right lateral side edge of the unitary structural core wherein the non-tubular flange comprises: a depth (D) extending rearwardly from the rearward-facing side of the body ; and a thickness (T) transverse to the depth (D) and corresponding to a distance between an inward-facing side of the non-tubular flange and an outward-facing side of the non-tubular flange , wherein the non-tubular flange comprises solid material spanning the thickness (T), characterized in that the non-tubular flange is formed in regions that include a top region at or near a top of the body , a bottom region at or near a bottom of the body , and a middle region located between the top region and the bottom region, and the non-tubular flange is formed by adding layers among the regions so that the thickness (T) of the non-tubular flange in the top region is less than the thickness (T) of the non-tubular flange in the middle region, and that the thickness (T) of the non-tubular flange in the middle region is less than the thickness (T) of the non-tubular flange in the bottom region. a body comprising carbon fiber composite material, the body further comprising a forward-facing side and a rearward-facing side ; and wherein the unitary structural core further comprises a non-tubular flange comprising carbon fiber composite material, the non-tubular flange integrally formed with the body and comprising portions extending from the rearward-facing side of the body respectively along a left lateral side edge, a top side edge, and a right lateral side edge of the unitary structural core wherein the non-tubular flange comprises: a depth (D) extending rearwardly from the rearward-facing side of the body ; and a thickness (T) transverse to the depth (D) and corresponding to a distance between an inward-facing side of the non-tubular flange and an outward-facing side of the non-tubular flange , wherein the non-tubular flange comprises solid material spanning the thickness (T), a depth (D) extending rearwardly from the rearward-facing side of the body ; and a thickness (T) transverse to the depth (D) and corresponding to a distance between an inward-facing side of the non-tubular flange and an outward-facing side of the non-tubular flange , wherein the non-tubular flange comprises solid material spanning the thickness (T),
Control system for a venetian blind with an electric drive controlled by a control unit , which are constructed to raise or lower a slat arrangement with slats extending parallel to one another, and with a limit switch for detection of the fully raised positions of the slat arrangement , wherein the limit switch comprises a Hall sensor and a magnet , which are arranged to movable relative to one another, and wherein a binary switching signal and at least one further output signal are derived from analog signals generated by the Hall sensor , wherein the two switching states of the switching signal whether or not the venetian blind is in the fully raised positions, characterised in that the magnet is integrated in a plunger mounted at a spacing from the electric drive , wherein in the fully raised position of the slat arrangement the plunger is deflected in the direction of the electric drive by the uppermost slat .
A computer-implemented method for handover operations in a network, comprising: receiving, at a source evolved node B, eNB, (304; 504) a measurement report from a user equipment, UE, (302; 502); sending, by the source eNB (304; 504), a handover request to a target eNB (306; 506); receiving, by the source eNB (304; 504), a handover acknowledgment from the target eNB (306; 506), the handover acknowledgement including an uplink grant schedule; sending, by the source eNB (304; 504), a handover command to the UE (302; 502), the handover command including the uplink grant schedule; and stopping a data transmission by the source eNB (304; 504) to the UE (302; 502) based upon an indication that a handover operation is complete, wherein the source eNB (304; 504) is responsible for deciding when to stop transmitting to the UE (302; 502). receiving, at a source evolved node B, eNB, (304; 504) a measurement report from a user equipment, UE, (302; 502); sending, by the source eNB (304; 504), a handover request to a target eNB (306; 506); receiving, by the source eNB (304; 504), a handover acknowledgment from the target eNB (306; 506), the handover acknowledgement including an uplink grant schedule; sending, by the source eNB (304; 504), a handover command to the UE (302; 502), the handover command including the uplink grant schedule; and stopping a data transmission by the source eNB (304; 504) to the UE (302; 502) based upon an indication that a handover operation is complete, wherein the source eNB (304; 504) is responsible for deciding when to stop transmitting to the UE (302; 502).
A locking apparatus for a switchgear , in particular a medium-voltage switchgear, said locking apparatus comprising at least one lock (12, 12', 12") and one key , which are configured to mechanically tap the switching position of at least one switching unit and the position of a protection device for the switching unit and to couple them to one another, wherein the lock (12, 12', 12") has a latch and at least two sliders which each have at least one slot guide for the latch , and wherein the protection device comprises a closure of an insertion opening for a crank.
A modular casing for sensing apparatus arranged to be mounted on a high speed vehicle, the casing comprising at least one nose section , at least one body section and at least one tail section , wherein said sections are detachably connected to one another so as to permit disassembly of the casing , the casing further comprising mounting means arranged to allow the casing to be mounted onto a high speed vehicle, wherein the mounting means comprises a load carrying structure which is arranged to provide hardpoint attachments to a host vehicle, wherein the nose section comprises a housing for imaging equipment, wherein the housing is arranged to be used in high speed airflow and has a tapering form with symmetrical angular truncations such that it tapers in the form of a wedge with two substantially planar regions , and wherein the modular casing further comprises a leading edge strip , and wherein at least one substantially planar region comprises an aperture formed of optically transparent material.
An optical sighting device comprising: a first telescope including a first focal plane (FP1); a second telescope , comprising a first variable power lens group , a second variable power lens group , and a second focal plane (FP2) positioned between the first and second variable power lens groups; and a rotary optical tumbler comprised of a Galilean telescope configured to rotate into and out of an optical path that extends through the first telescope, the Galilean telescope and the second telescope, the rotation being about an axis disposed relative to the optical path. a first telescope including a first focal plane (FP1); a second telescope , comprising a first variable power lens group , a second variable power lens group , and a second focal plane (FP2) positioned between the first and second variable power lens groups; and a rotary optical tumbler comprised of a Galilean telescope configured to rotate into and out of an optical path that extends through the first telescope, the Galilean telescope and the second telescope, the rotation being about an axis disposed relative to the optical path.
A receiver, comprising: a housing having a hollow inner cavity ; a diaphragm mechanism disposed in the hollow inner cavity , configured for partitioning the hollow inner cavity into a first cavity and a second cavity , and comprising a vibration plate comprising a free end suspended in the hollow inner cavity and a fixed end ; and an electromagnetic driving mechanism disposed in the hollow inner cavity and comprising at least one coil assembly and at least one magnetic field assembly , wherein each magnetic field assembly is disposed in the first cavity or the second cavity and is close to the free end of the vibration plate , and each coil assembly is disposed in the first cavity or the second cavity and is close to the fixed end of the vibration plate , characterized in that the electromagnetic driving mechanism comprises one coil assembly disposed in the second cavity and serving as a support for the vibration plate ; wherein the coil assembly comprises a magnetic core and a coil , and the coil is placed in a direction perpendicular to a direction in which the vibration plate is placed, one end of the magnetic core is threaded in a hollow inner hole of the coil , and the other end of the magnetic core protrudes from the hollow inner hole of the coil to support the fixed end of the vibration plate . a housing having a hollow inner cavity ; a diaphragm mechanism disposed in the hollow inner cavity , configured for partitioning the hollow inner cavity into a first cavity and a second cavity , and comprising a vibration plate comprising a free end suspended in the hollow inner cavity and a fixed end ; and an electromagnetic driving mechanism disposed in the hollow inner cavity and comprising at least one coil assembly and at least one magnetic field assembly , wherein each magnetic field assembly is disposed in the first cavity or the second cavity and is close to the free end of the vibration plate , and each coil assembly is disposed in the first cavity or the second cavity and is close to the fixed end of the vibration plate , characterized in that the electromagnetic driving mechanism comprises one coil assembly disposed in the second cavity and serving as a support for the vibration plate ; wherein the coil assembly comprises a magnetic core and a coil , and the coil is placed in a direction perpendicular to a direction in which the vibration plate is placed, one end of the magnetic core is threaded in a hollow inner hole of the coil , and the other end of the magnetic core protrudes from the hollow inner hole of the coil to support the fixed end of the vibration plate .
An electromagnetic wave detector comprising: - a substrate having a front surface and a back surface; - a lower insulating layer disposed on the front surface of the substrate ; - a ferroelectric layer , and a pair of electrodes oppositely arranged with the ferroelectric layer interposed therebetween, disposed on the lower insulating layer ; - an upper insulating layer disposed on the ferroelectric layer ; and - a graphene layer disposed on the lower insulating layer and the upper insulating layer to connect the two electrodes , - the graphene layer having a surface serving as an electromagnetic wave incident surface on the side opposite to the lower insulating layer , - the electromagnetic wave detector photoelectrically converting and detecting an electromagnetic wave incident on the graphene layer , wherein the ferroelectric layer is changed in polarization value by the - electromagnetic wave so that a voltage is applied to the graphene layer . - a substrate having a front surface and a back surface; - a lower insulating layer disposed on the front surface of the substrate ; - a ferroelectric layer , and a pair of electrodes oppositely arranged with the ferroelectric layer interposed therebetween, disposed on the lower insulating layer ; - an upper insulating layer disposed on the ferroelectric layer ; and - a graphene layer disposed on the lower insulating layer and the upper insulating layer to connect the two electrodes , - the graphene layer having a surface serving as an electromagnetic wave incident surface on the side opposite to the lower insulating layer , - the electromagnetic wave detector photoelectrically converting and detecting an electromagnetic wave incident on the graphene layer ,
A topical personal care composition in the form of an aqueous water and oil emulsion of the water-in-oil or oil-in-water type or a multiple emulsion of the water-in-oil-in-water or oil-in-water-in-oil variety; comprising: a. glutathione precursor comprising, by weight of the composition: i. from 0.001% to 2% of cystine or a salt or ester thereof, or a salt of an ester thereof; ii. from 0.01 to 5% of a glutamate source; iii. from 0.01 to 5% of glycine; and iv. from 0.01 to 5% of nicotinamide; and b. a cosmetically acceptable carrier; c. wherein the pH of the composition is in the range of from 3.5 to 8.5. a. glutathione precursor comprising, by weight of the composition: i. from 0.001% to 2% of cystine or a salt or ester thereof, or a salt of an ester thereof; ii. from 0.01 to 5% of a glutamate source; iii. from 0.01 to 5% of glycine; and iv. from 0.01 to 5% of nicotinamide; and i. from 0.001% to 2% of cystine or a salt or ester thereof, or a salt of an ester thereof; ii. from 0.01 to 5% of a glutamate source; iii. from 0.01 to 5% of glycine; and iv. from 0.01 to 5% of nicotinamide; and b. a cosmetically acceptable carrier; c. wherein the pH of the composition is in the range of from 3.5 to 8.5.