mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for a network device for data reception, comprising an information transmitting unit configured to transmit data scheduling control information to a terminal equipment , the data scheduling control information including related information used for indicating available time-frequency resources on one or more scheduled bandwidth resources, the available time-frequency resources being used by the terminal equipment for transmitting an uplink data; an indication transmitting unit configured to transmit first indication information used for indicating one or more frequency-domain bandwidth resources to the terminal equipment , the one or more frequency-domain bandwidth resources being bandwidth resource(s) where a network device transmits downlink data, and/or bandwidth resource(s) where the terminal equipment is allowed to share a channel occupancy time of the network device to transmit uplink data; and a data receiving unit configured to receive the uplink data transmitted by the terminal equipment . an indication transmitting unit configured to transmit first indication information used for indicating one or more frequency-domain bandwidth resources to the terminal equipment , the one or more frequency-domain bandwidth resources being bandwidth resource(s) where a network device transmits downlink data, and/or bandwidth resource(s) where the terminal equipment is allowed to share a channel occupancy time of the network device to transmit uplink data; and a data receiving unit configured to receive the uplink data transmitted by the terminal equipment .
A method of providing a patterned layer , the method comprising: providing a substrate comprising a surface to which a layer of a compound is applied, wherein the compound comprises at least one condensable group reactive with surface groups of said surface by condensation reaction, and a basic group for accepting protons; applying a layer of a polycondensable imprinting composition onto the layer of the compound; and imprinting the imprinting composition layer with a patterned stamp , polycondensation of the imprinting composition taking place during the imprinting thereby to form said patterned layer. providing a substrate comprising a surface to which a layer of a compound is applied, wherein the compound comprises at least one condensable group reactive with surface groups of said surface by condensation reaction, and a basic group for accepting protons; applying a layer of a polycondensable imprinting composition onto the layer of the compound; and imprinting the imprinting composition layer with a patterned stamp , polycondensation of the imprinting composition taking place during the imprinting thereby to form said patterned layer.
In synchronized emulation of programs for a target system on a host system, in which the target system has slower clock speeds or system component response times than the host system, and one or more emulated program assets for the target system is synchronized with one or more host outputs of the host system, a method for selective acceleration of processing of emulated program assets on the host system, the method comprising: a) processing the synchronized emulated program assets on the host system; b) detecting a need for synchronization between the emulated program assets and a host output; c) when the need for synchronization is not detected, unlocking synchronization of processing of the one or more emulated program assets and the one or more host outputs; d) accelerating processing on the host system of those of the one or more emulated program assets for which synchronization has been unlocked by processing those of the one or more emulated program assets for which synchronization has been unlocked at a clock speed that is higher than the clock speed of the target system. a) processing the synchronized emulated program assets on the host system; b) detecting a need for synchronization between the emulated program assets and a host output; c) when the need for synchronization is not detected, unlocking synchronization of processing of the one or more emulated program assets and the one or more host outputs; d) accelerating processing on the host system of those of the one or more emulated program assets for which synchronization has been unlocked by processing those of the one or more emulated program assets for which synchronization has been unlocked at a clock speed that is higher than the clock speed of the target system.
Ultrasonic sensor device for a motor vehicle, comprising an ultrasonic sensor , which has a diaphragm for transmitting and/or receiving an ultrasonic signal, and comprising a fastening device which is designed to press the diaphragm onto an inner side of the outer trim part with a preloading force in an intended installation position of the ultrasonic sensor device on an outer trim part of the motor vehicle, wherein the ultrasonic sensor is arranged behind the outer trim part of the motor vehicle in a manner concealed by means of the fastening device in the intended installation position, wherein the fastening device has a holding device and a covering device , wherein the holding device can be arranged on the inner side of the outer trim part and has an opening in which the diaphragm is arranged, and wherein the covering device has a receptacle in which a rear side of the ultrasonic sensor , the rear side being situated opposite the diaphragm , is held, and wherein the covering device and the holding device are connected in a form-fitting manner, characterized in that the covering device has at least one spring element for providing the preloading force, and the ultrasonic sensor has a housing , wherein the housing has at least one raised portion onto which the at least one spring element presses. characterized in that the covering device has at least one spring element for providing the preloading force, and the ultrasonic sensor has a housing , wherein the housing has at least one raised portion onto which the at least one spring element presses.
A drilling device for drilling a hole in the ground and/or rock and having in its drilling head a plurality of drilling wing bits arranged at equal distribution with their mutual position being adjustable such that said wing bits are located within a minimum diameter dimension and, on the other hand, adjustable such that they are expanded radially with a rotation axis being parallel with a drilling direction to drill a hole with a maximum size diameter and that the drilling device is arranged to pull, during drilling, a protective pipe into the hole at least when drilling the hole in the ground, wherein an outer circumference of said wing bits includes a circumferential groove arranged to receive a ring belonging to a front part of the protective pipe , to an inner surface thereof, when said wing bits are adjusted to a diameter size substantially larger than the minimum diameter dimension in order to pull in axial direction the protective pipe by means of said wing bits, characterized in that the drilling device enables drilling both with the wing bits in an extended position and with the wing bits in a retracted position.
A method for forming a receptacle , comprising: - providing a mold having a forming surface, a passage and a counterbore (28 or 30) open to the passage with both the passage and counterbore (28 or 30) defining part of the forming surface, the mold having sections that may be separated to open the mold and closed together to close the mold ; - providing a molten plastic parison into the mold when the mold is open; closing the mold ; - expanding the parison against the forming surface so that a portion of the parison enters the passage and counterbore (28 or 30); - forming the portion of the parison within the passage by moving a main body relative to the mold and into a portion of the parison adjacent to the counterbore (28 or 30) to define a mount feature between the main body and the mold where the main body defines part of the forming surface against which the parison is formed to define the receptacle ; - displacing parison material to provide an opening in communication with the passage so that the mount feature includes an open passage that communicates with the interior of the receptacle , characterized by - severing scrap material from the parison material that defines the receptacle , - the scrap material is severed from the parison material that defines the receptacle by connecting the scrap material to the main body and retracting the main body away from the mold , - wherein the scrap material is connected to the main body by pressing a head of the main body into the parison material to form the mount feature . - providing a mold having a forming surface, a passage and a counterbore (28 or 30) open to the passage with both the passage and counterbore (28 or 30) defining part of the forming surface, the mold having sections that may be separated to open the mold and closed together to close the mold ; - providing a molten plastic parison into the mold when the mold is open; closing the mold ; - expanding the parison against the forming surface so that a portion of the parison enters the passage and counterbore (28 or 30); - forming the portion of the parison within the passage by moving a main body relative to the mold and into a portion of the parison adjacent to the counterbore (28 or 30) to define a mount feature between the main body and the mold where the main body defines part of the forming surface against which the parison is formed to define the receptacle ; - displacing parison material to provide an opening in communication with the passage so that the mount feature includes an open passage that communicates with the interior of the receptacle , characterized by - severing scrap material from the parison material that defines the receptacle , - the scrap material is severed from the parison material that defines the receptacle by connecting the scrap material to the main body and retracting the main body away from the mold , - wherein the scrap material is connected to the main body by pressing a head of the main body into the parison material to form the mount feature .
A control circuit for protecting an electrostatic spray coating apparatus having a high voltage supply against spark discharge, wherein the control circuit comprises a disconnect device for automatically disconnecting the high voltage supply and a device for detecting an abnormal operation of the high voltage supply, wherein the device for detecting an abnormal operation of the high voltage supply is designed to monitor at least one parameter characterizing the operation of the high voltage supply and to output a corresponding disconnect signal to the disconnect device when the at least one parameter characterizing the operation of the high voltage supply exceeds or falls below a predefined or definable limit value, wherein a closed control loop system is further provided for operating the high voltage supply in a current-constant operation, and wherein the device for detecting an abnormal operation of the high voltage supply is designed to detect the output high voltage of the high voltage supply and to output a corresponding disconnect signal to the disconnect device when: - a mean rate of change of the output high voltage of the high voltage supply falls below a predefined or definable limit value, wherein the mean rate of change of the output high voltage of the high voltage supply is the average change in the output high voltage within a definable period of time. wherein a closed control loop system is further provided for operating the high voltage supply in a current-constant operation, and wherein the device for detecting an abnormal operation of the high voltage supply is designed to detect the output high voltage of the high voltage supply and to output a corresponding disconnect signal to the disconnect device when: - a mean rate of change of the output high voltage of the high voltage supply falls below a predefined or definable limit value, - a mean rate of change of the output high voltage of the high voltage supply falls below a predefined or definable limit value, wherein the mean rate of change of the output high voltage of the high voltage supply is the average change in the output high voltage within a definable period of time.
A process for the generation of electricity, which comprises extracting a warm saline stream from a geothermal formation, and: (a) converting thermal energy present in said stream into electricity; and (b) converting latent osmotic energy present in said stream into electricity by passage through an osmotic power unit in which said stream is passed over one side of a semi-permeable membrane which permits the passage of water but not the passage of salts, an aqueous stream of lower salinity than said stream being passed over the other side of said membrane (a) converting thermal energy present in said stream into electricity; and (b) converting latent osmotic energy present in said stream into electricity by passage through an osmotic power unit in which said stream is passed over one side of a semi-permeable membrane which permits the passage of water but not the passage of salts, an aqueous stream of lower salinity than said stream being passed over the other side of said membrane
A flow battery comprising: a first electrode capable of having a first electrolyte solution comprising a first electrode active material injected into and discharged therefrom; a second electrode capable of having a second electrolyte solution comprising a second electrode active material injected into and discharged therefrom; and a polymer electrolyte membrane which is disposed between the first electrode and the second electrode, characterized in that the polymer electrolyte membrane comprises: a cross-over prevention layer provided inside the electrolyte membrane, wherein the cross-over prevention layer has a thickness of 1 μm or more and 100 μm or less. a first electrode capable of having a first electrolyte solution comprising a first electrode active material injected into and discharged therefrom; a second electrode capable of having a second electrolyte solution comprising a second electrode active material injected into and discharged therefrom; and a polymer electrolyte membrane which is disposed between the first electrode and the second electrode, characterized in that the polymer electrolyte membrane comprises: a cross-over prevention layer provided inside the electrolyte membrane, wherein the cross-over prevention layer has a thickness of 1 μm or more and 100 μm or less. a cross-over prevention layer provided inside the electrolyte membrane, wherein the cross-over prevention layer has a thickness of 1 μm or more and 100 μm or less.
A baffle or reinforcement element for sealing and/or reinforcing a cavity, in particular a cavity of a vehicle, comprising: - a carrier element , - an expandable element , in particular expandable foam element, supported by the carrier element , and - connection means including a plurality of bendable tabs provided on the carrier element , for connecting the carrier element and the expandable element . - a carrier element , - an expandable element , in particular expandable foam element, supported by the carrier element , and - connection means including a plurality of bendable tabs provided on the carrier element , for connecting the carrier element and the expandable element .
An image sensor , comprising: a color filter array configured to selectively transmit a limited wavelength spectrum of visible light; an organic photo-detector above the color filter array , the organic photo-detector configured to selectively detect a near infrared wavelength spectrum of light and photoelectrically convert the detected near infrared wavelength spectrum of light; a photo-detector array beneath the color filter array , the photo-detector array including a photo-detector configured to detect the selectively transmitted limited wavelength spectrum of visible light and photoelectrically convert the limited wavelength spectrum of visible light; and a through-silicon-via (TSV) extending through the photo-detector , the through-silicon-via (TSV) configured to discharge charges that are photoelectrically converted by the organic photo-detector to a first floating diffusion node (FD 1 ) through the through-silicon-via (TSV), wherein the image sensor is configured to transmit charges photoelectrically converted by the photo-detector to a second floating diffusion node (FD 2 ), characterized in that an area of the first floating diffusion node (FD 1 ) is greater than an area of the second floating diffusion node (FD 2 ).
A power generating system comprising an energy source coupled to a DC link through a first power converter ; a second power converter for coupling the DC link to a power grid ; a first controller configured to regulate voltage on the DC-link ; a second controller configured to regulate a parameter of the energy source ; characterized by : a dynamic parsing controller coupled to the first power converter and the second power converter and configured to selectively parse the output signals of the first and second controllers and generate operating commands for the first and second power converters based at least in part on the parsed output signals so as to dynamically direct the control signals to the more stable power converter .
A composition for use for preventing and/or treating acute and/or chronic pain in a subject, comprising an analgesic peptide having an amino acid sequence H-Tyr-D-Arg-Phe-Gly-NH 2 or an amino acid sequence H-Tyr-D-Arg-Phe-Sar-OH, wherein the composition is a liquid dosage injection form and/or nasal form, wherein liquid dosage forms for injecting comprise the analgesic peptide in an amount of 0.1 to 2 mass% and an excipient up to 100 % and the nasal form comprises the analgesic peptide in an amount of 0.05 to 2 mass% and an excipient up to 100 % and wherein the liquid dosage forms for injecting and the nasal form are stable at room temperature and have a shelf life of at least 2 years and wherein the excipient comprises a buffer in an amount of 0.01-0.2 mass%, wherein the buffer comprises sodium acetate.
A friction disc for a false-twist device , comprising an annular hub , on which a circular race is fixable that can be formed by a polyurethane (PU) layer and has a minimum wall thickness required for a secure interlocking fit, the hub having a circumferential support ring and a central hole , by which the friction disc is fixable on one of the shafts of the false-twist device , characterized in that the formed race fixed on the hub is ground according to a predefinable profile such that the flanks of the race have a predefinable width dimension (BFL) following the grinding process; and/or the hub has, at a spacing from the support ring , a circumferential shoulder for abutment for the fixable PU layer, a cross-sectional width (BA) of the shoulder being smaller than a cross-sectional width (BS) of the support ring . the formed race fixed on the hub is ground according to a predefinable profile such that the flanks of the race have a predefinable width dimension (BFL) following the grinding process; and/or the hub has, at a spacing from the support ring , a circumferential shoulder for abutment for the fixable PU layer, a cross-sectional width (BA) of the shoulder being smaller than a cross-sectional width (BS) of the support ring .
An information processing apparatus comprising: verification means configured to verify at least one of a plurality of software components to detect tampering of the at least one of a plurality of software components; storage means configured to store information for enabling a function of detecting the tampering, wherein the verification means is configured to verify the at least one of the plurality of a software components in a case where the storage means stores the information, and the verification means is configured to not verify the at least one of the plurality of a software components in a case where the storage means does not store the information, wherein the information for enabling a function of detecting the tampering comprises a set value indicating that a tampering detection function is enabled; measurement means configured to measure a predetermined time and output a predetermined signal when the predetermined time has elapsed; reboot means configured to reboot the information processing apparatus according to the predetermined signal; and measurement control means configured to cause the measurement means to reset time measured by the measuring means or to stop measuring time based on the set value indicating the tamper detection function is enabled being stored in the storage means , wherein the reboot means is configured to not reboot the information processing apparatus while the verification means verifies at least one of the plurality of software components, in response to resetting the time or stopping measuring the time. verification means configured to verify at least one of a plurality of software components to detect tampering of the at least one of a plurality of software components; storage means configured to store information for enabling a function of detecting the tampering, wherein the verification means is configured to verify the at least one of the plurality of a software components in a case where the storage means stores the information, and the verification means is configured to not verify the at least one of the plurality of a software components in a case where the storage means does not store the information, wherein the information for enabling a function of detecting the tampering comprises a set value indicating that a tampering detection function is enabled; measurement means configured to measure a predetermined time and output a predetermined signal when the predetermined time has elapsed; reboot means configured to reboot the information processing apparatus according to the predetermined signal; and measurement control means configured to cause the measurement means to reset time measured by the measuring means or to stop measuring time based on the set value indicating the tamper detection function is enabled being stored in the storage means , wherein the reboot means is configured to not reboot the information processing apparatus while the verification means verifies at least one of the plurality of software components, in response to resetting the time or stopping measuring the time.