mhurhangee/ep-ind-claims huggingface dataset:
A system for noninvasively detecting heartbeat-induced repeated cranial accelerations for detecting concussion of the brain of a patient, comprising: at least one accelerometer adapted for positioning against the head of a patient at a selected location so as to be directed toward the brain, and adapted for sensing and measuring acceleration of the skull occurring from heartbeat-induced repeated pulsing of blood flow into the vasculature of the brain and resultant expansion and contraction of the blood vessels which move the brain tissue due to such pulsing, a digitizer connected to the accelerometer and adapted to receive accelerometer signals and convert the signals to digitized data, by subjecting the accelerometer signals to a Fourier transform to obtain a frequency domain of the accelerometer signals, and a computer with a comparator, the comparator being connected to the digitizer and adapted for recognizing in said digital data any of a plurality of particular data signatures representing brain conditions as read by the accelerometer, wherein said digital data is compared with a library of characteristics of signals acquired from patients known to have concussion and matches of said digital data to said signals are found. at least one accelerometer adapted for positioning against the head of a patient at a selected location so as to be directed toward the brain, and adapted for sensing and measuring acceleration of the skull occurring from heartbeat-induced repeated pulsing of blood flow into the vasculature of the brain and resultant expansion and contraction of the blood vessels which move the brain tissue due to such pulsing, a digitizer connected to the accelerometer and adapted to receive accelerometer signals and convert the signals to digitized data, by subjecting the accelerometer signals to a Fourier transform to obtain a frequency domain of the accelerometer signals, and a computer with a comparator, the comparator being connected to the digitizer and adapted for recognizing in said digital data any of a plurality of particular data signatures representing brain conditions as read by the accelerometer, wherein said digital data is compared with a library of characteristics of signals acquired from patients known to have concussion and matches of said digital data to said signals are found.
A reference signal, RS, transmission method, comprising: sending, by a first network device, NE1, to which a first cell, CELL1, belongs, second configuration information, to a second network device, NE2, to which a second cell, CELL2, belongs, wherein the second configuration information includes subframe information of a first RS and second resource element, RE, indication information, wherein the second RE indication information includes a type indication identifier of a pilot pattern corresponding to each antenna port used by the NE1 to send the first RS, wherein the type indication identifier of the pilot pattern includes a reference signal type, a quantity of antenna ports, an antenna port number, and a pilot pattern index; determining, by the NE2, a first configuration information based on the second configuration information, wherein the first configuration information comprises information used to indicate a time-frequency resource used by the NE1 for sending the first RS; and sending, by the NE1, the first RS based on the first configuration information to the NE2.
A solid-state image pickup element, comprising: a circuit chip and a light-receiving chip stacked on the circuit chip, the chips (202, 201) being electrically connected to each other via a connection; a plurality of effective pixels in the light-receiving chip arranged in a matrix form and not shielded from light, wherein each of the plurality of effective pixels includes: a photodiode configured to convert incident light into a photocurrent; a first transistor configured to amplify a voltage between a gate of the first transistor having a potential depending on the photocurrent and a source of the first transistor and output the amplified voltage; and wherein the solid-state image pickup element further includes a potential supply section in the circuit chip configured to supply the anode of the photodiode and the bulk of the first transistor, in each of the plurality of effective pixels, with a predetermined potential lower than a reference potential at the source of the first transistor. a circuit chip and a light-receiving chip stacked on the circuit chip, the chips (202, 201) being electrically connected to each other via a connection; a plurality of effective pixels in the light-receiving chip arranged in a matrix form and not shielded from light, wherein each of the plurality of effective pixels includes: a photodiode configured to convert incident light into a photocurrent; a first transistor configured to amplify a voltage between a gate of the first transistor having a potential depending on the photocurrent and a source of the first transistor and output the amplified voltage; and wherein a photodiode configured to convert incident light into a photocurrent; a first transistor configured to amplify a voltage between a gate of the first transistor having a potential depending on the photocurrent and a source of the first transistor and output the amplified voltage; and wherein the solid-state image pickup element further includes a potential supply section in the circuit chip configured to supply the anode of the photodiode and the bulk of the first transistor, in each of the plurality of effective pixels, with a predetermined potential lower than a reference potential at the source of the first transistor.
System (10, 10a) for controlling a process, the system comprising: a first control device which comprises a first processor adapted for processing first data, and a first communication interface of a first communication unit adapted for receiving the first data; a second control device which comprises a second processor adapted for processing second data, and a second communication interface of a second communication unit adapted for receiving the second data; wherein the first communication unit comprises a third communication interface and the second communication unit comprises a fourth communication interface, wherein the third communication interface is connected to the second communication interface and the first processor is adapted to process or compare the second data received by the third communication interface and the first data received by the first communication interface; and the fourth communication interface is connected to the first communication interface and the second processor is adapted to process the second data received by the second communication interface and the first data received by the fourth communication interface; characterised in that the first communication interface and the second communication interface are configured as serial peripheral interface, SPI, master communication interfaces; and the third communication interface and the fourth communication interface are configured as SPI slave communication interfaces. a first control device which comprises a first processor adapted for processing first data, and a first communication interface of a first communication unit adapted for receiving the first data; a second control device which comprises a second processor adapted for processing second data, and a second communication interface of a second communication unit adapted for receiving the second data; wherein the first communication unit comprises a third communication interface and the second communication unit comprises a fourth communication interface, wherein the third communication interface is connected to the second communication interface and the first processor is adapted to process or compare the second data received by the third communication interface and the first data received by the first communication interface; and the fourth communication interface is connected to the first communication interface and the second processor is adapted to process the second data received by the second communication interface and the first data received by the fourth communication interface; characterised in that the first communication interface and the second communication interface are configured as serial peripheral interface, SPI, master communication interfaces; and the third communication interface and the fourth communication interface are configured as SPI slave communication interfaces.
An analytical method for determining a cerebral Aβ accumulation state, the method comprising: a measurement step of subjecting a living body-derived sample derived from a test subject to detection of a marker containing: APP672-713 (Aβ1-42) (SEQ ID NO.: 6) and APP669-711 (SEQ ID NO.: 7), to obtain measurement levels of: APP672-713 (Aβ1-42) and APP669-711 in the living body-derived sample; a calculation step of calculating a ratio of APP669-711 level to APP672-713 (Aβ1-42) level or APP669-711/APP672-713 (Aβ1-42); and an evaluation step of determining that an amount of cerebral Aβ accumulation of the test subject is larger than an amount of cerebral Aβ accumulation of a person having normal cognitive function NC- who is negative for cerebral Aβ accumulation, when the ratio of the test subject is higher than a standard level which is a ratio of the person having normal cognitive function NC-. a measurement step of subjecting a living body-derived sample derived from a test subject to detection of a marker containing: APP672-713 (Aβ1-42) (SEQ ID NO.: 6) and APP669-711 (SEQ ID NO.: 7), to obtain measurement levels of: APP672-713 (Aβ1-42) and APP669-711 in the living body-derived sample; a calculation step of calculating a ratio of APP669-711 level to APP672-713 (Aβ1-42) level or APP669-711/APP672-713 (Aβ1-42); and an evaluation step of determining that an amount of cerebral Aβ accumulation of the test subject is larger than an amount of cerebral Aβ accumulation of a person having normal cognitive function NC- who is negative for cerebral Aβ accumulation, when the ratio of the test subject is higher than a standard level which is a ratio of the person having normal cognitive function NC-.
A communication method, for a communications network including network slices, the method comprising: providing access, by a network side device to a terminal device, a target RAN sub-network among at least one RAN sub-network based on a service requirement of the terminal device; communicating, by the network side device, with the terminal device by using the target RAN sub-network; characterized in that: the target RAN sub-network includes a plurality of RAN sub-networks, the plurality of RAN sub-network belongs to a plurality of network slices respectively, and wherein the plurality of network slices use a uniform mobility management manner for the terminal device. providing access, by a network side device to a terminal device, a target RAN sub-network among at least one RAN sub-network based on a service requirement of the terminal device; communicating, by the network side device, with the terminal device by using the target RAN sub-network; characterized in that: the target RAN sub-network includes a plurality of RAN sub-networks, the plurality of RAN sub-network belongs to a plurality of network slices respectively, and wherein the plurality of network slices use a uniform mobility management manner for the terminal device.
Reactor for the heterogeneous synthesis of chemical compounds comprising a shell closed at the opposite ends by respective bottoms (3, 4), an opening for the inlet of synthesis gas, an opening for the outlet of the reaction products, at least one, catalytic bed and at least one system (8, 9, 50) of walls for said at least one catalytic bed characterised in that said at least one system (8, 9, 50) of walls comprises a containment wall in direct contact with said catalytic bed for containing it, said wall having a plurality of portions permeable to gases and a plurality of portions (19; 54; 55) impermeable to gases, said portions permeable to gases each being equipped with a plurality of slits (18; 52, 53; 60; 70) of a size such as to allow the free passage of the synthesis gases through them but not the passage of the catalyst, said portions (19; 54, 55) impermeable to gases constituting a mechanical support for said catalytic bed, and a distribution wall to promote uniform distribution of said synthesis gas entering said at least one catalytic bed, said distribution wall being obtained with a thickness so as to act as a mechanical support for said at least one catalytic bed and being equipped with gas-permeable portions arranged in spaced relationship with said containment wall so as to create an interspace with it and in which said synthesis gas undergoes a load loss, said system of walls being arranged on a gas inlet side of said at least one catalytic bed and/or on a gas outlet side of said at least one catalytic bed and said synthesis gas crosses said at least one catalytic bed with radial or axial-radial motion or said system of walls being arranged onto an upper gas-inlet bottom of said at least one catalytic bed and/or onto a lower gas-outlet bottom of said at least one catalytic bed and said synthesis gas crosses said at least one catalytic bed with axial motion.
A method for the differentiation of a 5-hydroxymethyl modification of a cytosine residue of interest in a nucleic acid molecule from (i) a 5-methyl modification of said cytosine residue of interest or (ii) said unmodified cytosine residue of interest, said method comprising the steps of: (a) providing a transcription-activator-like effector (TALE) protein, said TALE protein being capable of binding in a sequence- and locus-specific manner to a region of said nucleic acid molecule that includes said cytosine residue of interest; and (b) determining whether said TALE protein binds to said region; wherein (i) a 5-hydroxymethyl modification of said cytosine residue of interest is present when said TALE protein does not bind to said region or does bind to said region with a strongly reduced affinity, and (ii) a 5-methyl modification of said cytosine residue of interest or said unmodified cytosine residue of interest is present when said TALE protein binds to said region. (i) a 5-methyl modification of said cytosine residue of interest or (ii) said unmodified cytosine residue of interest, (a) providing a transcription-activator-like effector (TALE) protein, said TALE protein being capable of binding in a sequence- and locus-specific manner to a region of said nucleic acid molecule that includes said cytosine residue of interest; and (b) determining whether said TALE protein binds to said region; (i) a 5-hydroxymethyl modification of said cytosine residue of interest is present when said TALE protein does not bind to said region or does bind to said region with a strongly reduced affinity, and (ii) a 5-methyl modification of said cytosine residue of interest or said unmodified cytosine residue of interest is present when said TALE protein binds to said region.
A non-therapeutic method for treating the appearance of thinning hair of a human comprising the steps of: a. cleaning said hair with a shampoo composition; b. rinsing said shampoo from said hair; and c. applying a hair restorative blend to the scalp of said human, said hair restorative blend comprising: i. a chalconoid; ii. an Epilobium extract selected from Epilobium fleischeri extract or Epilobium angustifolium extract; and iii. a cosmetically acceptable carrier. a. cleaning said hair with a shampoo composition; b. rinsing said shampoo from said hair; and c. applying a hair restorative blend to the scalp of said human, said hair restorative blend comprising: i. a chalconoid; ii. an Epilobium extract selected from Epilobium fleischeri extract or Epilobium angustifolium extract; and iii. a cosmetically acceptable carrier. i. a chalconoid; ii. an Epilobium extract selected from Epilobium fleischeri extract or Epilobium angustifolium extract; and iii. a cosmetically acceptable carrier.
A method for forming a leveled surface of at least one pasty mass in a mold, wherein the mold is particularly adapted to mold lipstick mines, the method comprising: filling the mold with the pasty mass; at least partially cooling the pasty mass in the mold; at least partially melting the surface of the cooled pasty mass in the mold to level the surface by heat introduction, wherein the heat introduction takes place via focused optical photo emission. filling the mold with the pasty mass; at least partially cooling the pasty mass in the mold; at least partially melting the surface of the cooled pasty mass in the mold to level the surface by heat introduction, wherein the heat introduction takes place via focused optical photo emission.
A recirculation grill comprising: (a) a cooktop supported by a stationary frame; (b) an intake aperture defining a plurality of slats configured for receiving smoke from the cooktop; (c) a trash compartment connected to a trough for receiving waste and grease and having a drawer for removing and cleaning; (d) an interior plenum configured to create a vacuum force to pull air and smoke from the cooktop into the intake aperture; (e) a diffuser positioned over the trash compartment and extending downwardly and outwardly toward opposite plenum walls; (f) a tunnel configured to receive airflow from the plenum; and (g) a blower housing enclosing a blower fan configured for pulling air and smoke from the cooktop into the intake aperture and through the plenum; characterized in that the trash compartment is positioned through the plenum and the diffuser forms a top portion of the trash compartment. (a) a cooktop supported by a stationary frame; (b) an intake aperture defining a plurality of slats configured for receiving smoke from the cooktop; (c) a trash compartment connected to a trough for receiving waste and grease and having a drawer for removing and cleaning; (d) an interior plenum configured to create a vacuum force to pull air and smoke from the cooktop into the intake aperture; (e) a diffuser positioned over the trash compartment and extending downwardly and outwardly toward opposite plenum walls; (f) a tunnel configured to receive airflow from the plenum; and (g) a blower housing enclosing a blower fan configured for pulling air and smoke from the cooktop into the intake aperture and through the plenum;
A method for a NodeB to transmit a physical downlink control channel, PDCCH, within a first set of resources and transmit an enhanced PDCCH, EPDCCH, within a second set of resources, the method comprising: transmitting to a user equipment, UE, the PDCCH using a first number of Control Channel Elements, CCEs; and transmitting to the UE the EPDCCH using a second number of enhanced CCEs, ECCEs, wherein a maximum value of the second number is larger than a maximum value of the first number, and a set of the first number for the CCEs is {1, 2, 4, 8} and a set of the second number for the ECCEs is {1, 2, 4, 8, 16}, and wherein the transmitted EPDCCH begins at an orthogonal frequency division multiple, OFDM, symbol immediately after a first OFDM symbol, and the first OFDM symbol is determined by a physical control format indicator channel, PCFICH. transmitting to a user equipment, UE, the PDCCH using a first number of Control Channel Elements, CCEs; and transmitting to the UE the EPDCCH using a second number of enhanced CCEs, ECCEs, wherein a maximum value of the second number is larger than a maximum value of the first number, and a set of the first number for the CCEs is {1, 2, 4, 8} and a set of the second number for the ECCEs is {1, 2, 4, 8, 16}, and wherein the transmitted EPDCCH begins at an orthogonal frequency division multiple, OFDM, symbol immediately after a first OFDM symbol, and the first OFDM symbol is determined by a physical control format indicator channel, PCFICH.
A fuel vapor separator, comprising: a housing having a reservoir having a cavity to include liquid fuel for use by an engine; a low pressure pump to deliver fuel to the vapor separator, the low pressure pump being formed at least in part as a single piece of material with the housing, wherein the low pressure pump is integrally formed as at least part of the vapor separator, and is internal to the housing; a high pressure pump being disposed within the cavity of the reservoir to deliver fuel to the engine; and a hollow tube configured into a coil having a plurality of loops, the coil dimensions to fit within the interior of the housing, the tube having first and second ends extending through the housing for connection to respective coolant supply and discharge members, wherein liquid coolant is pumped through coil from the first end to the second end thereby removing heat from the interior of the housing of the fuel vapor separator. a housing having a reservoir having a cavity to include liquid fuel for use by an engine; a low pressure pump to deliver fuel to the vapor separator, the low pressure pump being formed at least in part as a single piece of material with the housing, wherein the low pressure pump is integrally formed as at least part of the vapor separator, and is internal to the housing; a high pressure pump being disposed within the cavity of the reservoir to deliver fuel to the engine; and a hollow tube configured into a coil having a plurality of loops, the coil dimensions to fit within the interior of the housing, the tube having first and second ends extending through the housing for connection to respective coolant supply and discharge members, wherein liquid coolant is pumped through coil from the first end to the second end thereby removing heat from the interior of the housing of the fuel vapor separator.
A formwork module for constructing a foundation, comprising: - a formwork comprised of a bottom and two vertical side walls fixed to the bottom, as well as - a cage of reinforcement accommodated in the formwork, the cage of reinforcement comprising a number of longitudinally extending rods and holder rods fixed thereto and transversely arranged relative to the longitudinally extending rods, and - coupling elements which are fixed to two opposing inner sides of the side walls of the formwork, and - interconnection elements which are coupled to the coupling elements in the formwork, characterized in that the interconnection elements are clamped with their middle portion to vertical parts of the holder rods of the cage of reinforcement, wherein during pouring of the concrete the coupling elements and the interconnection elements convey tensile forces between the cage of reinforcement and the formwork, thereby preventing the sides walls of the formwork from bending outward. - a formwork comprised of a bottom and two vertical side walls fixed to the bottom, as well as - a cage of reinforcement accommodated in the formwork, the cage of reinforcement comprising a number of longitudinally extending rods and holder rods fixed thereto and transversely arranged relative to the longitudinally extending rods, and - coupling elements which are fixed to two opposing inner sides of the side walls of the formwork, and - interconnection elements which are coupled to the coupling elements in the formwork, characterized in that the interconnection elements are clamped with their middle portion to vertical parts of the holder rods of the cage of reinforcement, wherein during pouring of the concrete the coupling elements and the interconnection elements convey tensile forces between the cage of reinforcement and the formwork, thereby preventing the sides walls of the formwork from bending outward.