mhurhangee/patent-ind-claim-en huggingface dataset:
A diagnostic system for monitoring changes in a fluid in the brain of a patient, the system comprising: a headset for holding the system on the patient's head; one or more stabilizers coupled with the headset to reduce relative motion of the headset relative to the patient; a transmitter attached to the headset and configured to generate and transmit a time-varying magnetic field into the fluid responsive to a first signal; a receiver , attached to the headset and positioned on an opposite side of the fluid from the transmitter and configured to generate a second signal responsive to a received magnetic field at the receiver; a processing unit configured to determine a phase shift between the transmitted magnetic field and the received magnetic field for a plurality of frequencies of the transmitted time-varying magnetic field; and at least one motion detection member configured to detect motion of one or more of the transmitter, receiver or the patient; wherein the processing unit is configured to exclude phase shift data corresponding to periods of time wherein the motion detection member detects motion of one of the transmitter, receiver or patient above a set threshold; wherein at least one of the transmitter or the receiver comprises a loop formed using a shielded transmission line, and wherein the shielded transmission line comprises a strip line on a printed circuit board coupled between two grounded planes , and the loop has a lowest natural resonant frequency above 200 MHz. a headset for holding the system on the patient's head; one or more stabilizers coupled with the headset to reduce relative motion of the headset relative to the patient; a transmitter attached to the headset and configured to generate and transmit a time-varying magnetic field into the fluid responsive to a first signal; a receiver , attached to the headset and positioned on an opposite side of the fluid from the transmitter and configured to generate a second signal responsive to a received magnetic field at the receiver; a processing unit configured to determine a phase shift between the transmitted magnetic field and the received magnetic field for a plurality of frequencies of the transmitted time-varying magnetic field; and at least one motion detection member configured to detect motion of one or more of the transmitter, receiver or the patient; wherein the processing unit is configured to exclude phase shift data corresponding to periods of time wherein the motion detection member detects motion of one of the transmitter, receiver or patient above a set threshold; wherein at least one of the transmitter or the receiver comprises a loop formed using a shielded transmission line, and wherein the shielded transmission line comprises a strip line on a printed circuit board coupled between two grounded planes , and the loop has a lowest natural resonant frequency above 200 MHz.
A hammock comprising an upper part and a lower part, wherein the upper and lower parts are connected in such a manner that they form a layer comprising a plurality of enclosures , wherein each enclosure comprises a plurality of support members , wherein the plurality of support members are arranged and configured to freely move within the enclosures , wherein the support members are configured to act as pressure points (F 1 , F 2 , F 3 ) when a user is sitting or lying on the hammock .
A signal transmission method, wherein the method comprises: receiving, by a terminal device, modulation and coding scheme, MCS, information sent by a network device; determining, by the terminal device based on the MCS information sent by the network device, information about a waveform used by the terminal device, and a preset correspondence between an MCS index and a modulation order, a modulation order used by the terminal device for data transmission, wherein the determining a modulation order used by the terminal device for data transmission comprises: determining, by the terminal device, MCS offset information based on the information about the waveform used by the terminal device; and determining, by the terminal device based on the MCS offset information, the MCS information sent by the network device, and the preset correspondence between an MCS index and a modulation order, the modulation order used by the terminal device for data transmission; and transmitting, by the terminal device, data based on the determined modulation order. receiving, by a terminal device, modulation and coding scheme, MCS, information sent by a network device; determining, by the terminal device based on the MCS information sent by the network device, information about a waveform used by the terminal device, and a preset correspondence between an MCS index and a modulation order, a modulation order used by the terminal device for data transmission, wherein the determining a modulation order used by the terminal device for data transmission comprises: determining, by the terminal device, MCS offset information based on the information about the waveform used by the terminal device; and determining, by the terminal device based on the MCS offset information, the MCS information sent by the network device, and the preset correspondence between an MCS index and a modulation order, the modulation order used by the terminal device for data transmission; and transmitting, by the terminal device, data based on the determined modulation order. determining, by the terminal device, MCS offset information based on the information about the waveform used by the terminal device; and determining, by the terminal device based on the MCS offset information, the MCS information sent by the network device, and the preset correspondence between an MCS index and a modulation order, the modulation order used by the terminal device for data transmission; and transmitting, by the terminal device, data based on the determined modulation order.
Method for renewing the code, which can be executed or interpreted by an electronic computer, of a symmetric cryptographic algorithm able to encrypt a datum D using a key K to obtain a cryptogram D* or to decrypt a cryptogram D* using a key K to obtain an unencrypted datum D, this code comprising at least N numerical constants, each numerical constant corresponding to an operand or to a mnemonic of an instruction of the code, the value of these numerical constants being independent of the datum D, of the key K and of the cryptogram D*, wherein: - the cryptographic algorithm is an algorithm comprising a number of turns T i between which secret functions F i are inserted, and - the functions F i are formed by way of the composition of irreversible elementary functions selected using the numerical constants, characterized in that the method comprises: 1) the reception of a seed drawn randomly of which the size, in number of bits, is at least four times smaller than the number of bits required to code the N numerical constants of the code of the cryptographic algorithm, 2) the expansion of the seed in a deterministic manner to obtain a series of numbers of which the size, in number of bits, is at least equal to the number of bits required to code the N numerical constants of the cryptographic algorithm, 3) the generation of N new numerical constants on the basis of the obtained series of numbers, and 4) the replacement of the N constants of the code of the cryptographic algorithm with the generated N new constants to obtain the code of a renewed cryptographic algorithm which can be executed or interpreted by an electronic computer. - the cryptographic algorithm is an algorithm comprising a number of turns T i between which secret functions F i are inserted, and - the functions F i are formed by way of the composition of irreversible elementary functions selected using the numerical constants, 1) the reception of a seed drawn randomly of which the size, in number of bits, is at least four times smaller than the number of bits required to code the N numerical constants of the code of the cryptographic algorithm, 2) the expansion of the seed in a deterministic manner to obtain a series of numbers of which the size, in number of bits, is at least equal to the number of bits required to code the N numerical constants of the cryptographic algorithm, 3) the generation of N new numerical constants on the basis of the obtained series of numbers, and 4) the replacement of the N constants of the code of the cryptographic algorithm with the generated N new constants to obtain the code of a renewed cryptographic algorithm which can be executed or interpreted by an electronic computer.
A method for forming a light emitting device comprising: providing a light emitting device comprising a transparent substrate having a first surface and a second surface opposite the first surface, and semiconductor layers (14-20) deposited on the first surface of the substrate; depositing a first temporary layer over the second surface of the substrate; depositing a reflective material over a top surface of the first temporary layer, over the sides of the first temporary layer, over the sides of the substrate, and over the sides of the semiconductor layers; depositing a protective layer over the reflective material and over the sides of the reflective material; removing the reflective material and the protective layer over the top surface of the first temporary layer to expose the top surface of the first temporary layer; removing the first temporary layer, wherein the reflective material and the protective layer remain over the sides of the semiconductor layers, over the sides of the substrate, and extend above the second surface of the substrate, to form a reflective cavity ; and at least partially filling the cavity with a wavelength-converting material , such that the wavelength-converting material does not extend above the cavity and does not overlie the reflective material and the protective layer over the sides of the substrate and over the sides of the semiconductor layers, wherein all side light emitted by the light emitting device and the wavelength-conversion material is reflected by the reflective material so all light is emitted through a top exit window of the cavity. providing a light emitting device comprising a transparent substrate having a first surface and a second surface opposite the first surface, and semiconductor layers (14-20) deposited on the first surface of the substrate; depositing a first temporary layer over the second surface of the substrate; depositing a reflective material over a top surface of the first temporary layer, over the sides of the first temporary layer, over the sides of the substrate, and over the sides of the semiconductor layers; depositing a protective layer over the reflective material and over the sides of the reflective material; removing the reflective material and the protective layer over the top surface of the first temporary layer to expose the top surface of the first temporary layer; removing the first temporary layer, wherein the reflective material and the protective layer remain over the sides of the semiconductor layers, over the sides of the substrate, and extend above the second surface of the substrate, to form a reflective cavity ; and at least partially filling the cavity with a wavelength-converting material , such that the wavelength-converting material does not extend above the cavity and does not overlie the reflective material and the protective layer over the sides of the substrate and over the sides of the semiconductor layers,
A juicer comprising a base part , a juicer body , a strainer , a threaded cutter and a feed inlet , wherein the base part is provided with a drive shaft , the juicer body is arranged on the base part , the strainer is arranged within the juicer body , the juicer body is covered over with the feed inlet and a squeezing chamber is formed between the feed inlet and the strainer , the threaded cutter is installed inside the squeezing chamber and is connected with the drive shaft , the threaded cutter comprises a screw body and a thread line formed on external surface of the screw body and a buffer chamber is formed between the upper portion of the threaded cutter and the lower portion of the feed inlet ; a pivot joint is arranged at the top of the screw body and is pivotally connected to the inner surface of the lower portion of the feed inlet , characterized in that the upper portion of the screw body from bottom to top is tapered at first and then broadened so as to form a radial projecting top .
A method for operating a device , which comprises an internal clock generator and an internal clock and is connected to a network , wherein the internal clock is incremented by means of the internal clock generator , wherein the internal clock is synchronized with a network frequency of the network , wherein the method comprises the following steps: - detecting a measuring value ; - providing the measuring value with a time stamp of the internal clock . which comprises an internal clock generator and an internal clock and is connected to a network , wherein the internal clock is incremented by means of the internal clock generator , wherein the internal clock is synchronized with a network frequency of the network , wherein the method comprises the following steps: - detecting a measuring value ; - providing the measuring value with a time stamp of the internal clock . - detecting a measuring value ; - providing the measuring value with a time stamp of the internal clock .
A light assembly, comprising: a heatsink including a first surface and a second surface opposite the first surface, the second surface defining an airflow path extending from a first end of the heatsink to a second end of the heatsink; a plurality of light emitting diodes coupled to the first surface of the heatsink; and a lens located over the plurality of light emitting diodes and contacting to the heatsink , characterised in that the lens includes a first cutout proximate the first end of the heatsink and a second cutout proximate the second end of the heatsink. a heatsink including a first surface and a second surface opposite the first surface, the second surface defining an airflow path extending from a first end of the heatsink to a second end of the heatsink; a plurality of light emitting diodes coupled to the first surface of the heatsink; and a lens located over the plurality of light emitting diodes and contacting to the heatsink , characterised in that the lens includes a first cutout proximate the first end of the heatsink and a second cutout proximate the second end of the heatsink.
A dielectric composite, comprising a plurality of crystal grains comprising a semiconductor or conductive material, and a grain boundary layer between the crystal grains, characterized in that the grain boundary layer is an insulation layer comprising a two-dimensional layered dielectric material covering at least a portion of a surface of at least one of the crystal grains. a plurality of crystal grains comprising a semiconductor or conductive material, and a grain boundary layer between the crystal grains, characterized in that the grain boundary layer is an insulation layer comprising a two-dimensional layered dielectric material covering at least a portion of a surface of at least one of the crystal grains.
An assembly capable of being installed in a bore of a subterranean formation; the assembly comprising: a well screen ; a flow restricting device for controlling fluid flow through the well screen , the flow restricting device being positioned in a flow path between a port opening to an interior of a screen base pipe and the well screen , the assembly including wires longitudinally oriented along a certain length of the assembly that create a space between the screen base pipe and the well screen , the assembly arranged such that fluid can flow through the screen and into a channel , through the channel and into the flow restricting device and then exit the flow restricting device and enter the interior of the screen base pipe through the port ; and a shunt tube system for providing an alternative path for gravel slurry about the well screen during a gravel packing operation, wherein the shunt tube system comprises a transport tube fluidly connected to a packing tube by a plurality of conduits distributed along the length of the transport tube, said packing tube comprising a plurality of nozzles through which the gravel slurry exits the shunt tube system. a well screen ; a flow restricting device for controlling fluid flow through the well screen , the flow restricting device being positioned in a flow path between a port opening to an interior of a screen base pipe and the well screen , the assembly including wires longitudinally oriented along a certain length of the assembly that create a space between the screen base pipe and the well screen , the assembly arranged such that fluid can flow through the screen and into a channel , through the channel and into the flow restricting device and then exit the flow restricting device and enter the interior of the screen base pipe through the port ; and a shunt tube system for providing an alternative path for gravel slurry about the well screen during a gravel packing operation, wherein the shunt tube system comprises a transport tube fluidly connected to a packing tube by a plurality of conduits distributed along the length of the transport tube, said packing tube comprising a plurality of nozzles through which the gravel slurry exits the shunt tube system.
Kneading machine for food doughs, comprising a kneading machine frame , a kneading tool, a drive that drives the kneading tool and a vat drive for rotating a kneading vat , wherein the vat drive is a gear drive with a gear that is or can be brought into engagement with a vat disk of the kneading vat , characterized in that the kneading machine comprises an emergency stop device that is assigned to the gear of the vat drive and that comprises at least one device with a fixed element and a movable element mounted on the fixed element , wherein the at least one device is designed such that it covers a feed point between the gear wheel of the vat drive and the vat disk , and wherein the at least one device has a sensor which is designed to detect a movement of the movable element and to communicate with a control device of the vat drive .
An electronic patch for stimulating tissue healing at a target site , flexible enough to generally conform to a body surface adjacent to the target site, comprising: a) a battery or an arrangement of multiple batteries less than 5 mm thick; b) a capacitor connected directly to a coil ; c) pulse generating circuitry , powered by the battery or batteries, which produces pulses of current in the coil, the current producing an electromagnetic field at the target site for stimulating tissue healing during the pulses; characterized in that the capacitor is connected directly to the coil in series, and the pulse generating circuitry applies a voltage across the capacitor and coil in series, and repeatedly changes the voltage across the capacitor and coil in series, to produce the pulses of current in the coil, most of the electromagnetic field energy coming from the capacitor at the beginning of a pulse and returning to the capacitor at the end of a pulse. a) a battery or an arrangement of multiple batteries less than 5 mm thick; b) a capacitor connected directly to a coil ; c) pulse generating circuitry , powered by the battery or batteries, which produces pulses of current in the coil, the current producing an electromagnetic field at the target site for stimulating tissue healing during the pulses;
A closure device for connecting two assemblies to one another, comprising - a first closure part to be arranged on one of the assemblies and comprising a locking piece with a first locking section and a first magnetic element , and - a second closure part to be fastened to the other of the assemblies and having a locking receptacle with a second locking section and a second magnetic element , wherein the first closure part and the second closure part are attachable to one another in a closing direction (X) and are connected to one another in a closed position by positive locking counter to the closing direction (X), by the locking piece of the first closure part being received in the locking receptacle of the second closure part and the first locking section of the locking piece being in a positively locked engagement with the second locking section of the locking receptacle , wherein the first magnetic element and the second magnetic element are configured to assist magnetically the attachment of the first closure part and the second closure part to one another, characterized by an arresting mechanism arranged on the second closure part and having an arresting element and an actuating mechanism operatively connected to the arresting element , wherein the arresting element can be brought into operative connection with the locking piece in the closed position, in order to lock the positively locked engagement between the first locking section and the second locking section , wherein the actuating mechanism may be actuated in order to adjust the arresting element relative to the locking receptacle so that the first locking section and the second locking section are releasable from one another. - a first closure part to be arranged on one of the assemblies and comprising a locking piece with a first locking section and a first magnetic element , and - a second closure part to be fastened to the other of the assemblies and having a locking receptacle with a second locking section and a second magnetic element , wherein the first closure part and the second closure part are attachable to one another in a closing direction (X) and are connected to one another in a closed position by positive locking counter to the closing direction (X), by the locking piece of the first closure part being received in the locking receptacle of the second closure part and the first locking section of the locking piece being in a positively locked engagement with the second locking section of the locking receptacle , wherein the first magnetic element and the second magnetic element are configured to assist magnetically the attachment of the first closure part and the second closure part to one another,