mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: providing a piezoelectric element having a front surface and a back surface opposite the front surface, the front surface to operate as an active surface of an acoustic transducer; forming recesses in the front surface; attaching an electrode assembly into each recess such that the front surface remains effectively flat; applying electrode material to the front surface after forming the recesses; and characterised by making cuts in the electrode material forming separate rings in the electrode material. providing a piezoelectric element having a front surface and a back surface opposite the front surface, the front surface to operate as an active surface of an acoustic transducer; forming recesses in the front surface; attaching an electrode assembly into each recess such that the front surface remains effectively flat; applying electrode material to the front surface after forming the recesses; and characterised by making cuts in the electrode material forming separate rings in the electrode material.
A measuring device, comprising: a voltage measurer configured to measure a voltage from a node on a wire connected to a battery management system; and a controller configured to receive the measured voltage signal from the voltage measurer to derive a voltage value, to count the number of times the voltage value reaches a reference voltage during a measuring period, and to determine a state of the BMS as one of a normal state of a first mode, a normal state of a second mode, and an abnormal state based on the number of times. a voltage measurer configured to measure a voltage from a node on a wire connected to a battery management system; and a controller configured to receive the measured voltage signal from the voltage measurer to derive a voltage value, to count the number of times the voltage value reaches a reference voltage during a measuring period, and to determine a state of the BMS as one of a normal state of a first mode, a normal state of a second mode, and an abnormal state based on the number of times.
A communication device comprising: a communication unit configured to perform wireless communication; and a control unit configured to allocate respective resources for communication with a plurality of terminal devices in which at least any of bandwidths or central frequencies of channels to be used is different, wherein the control unit is configured to allocate a first control channel to be commonly transmitted to the plurality of terminal devices and a third control channel to be individually transmitted to each of the plurality of terminal devices to a first region overlapping between the respective channels of the plurality of terminal devices in a region in which the resources are allocated, and a second control channel to be individually transmitted to each of the plurality of terminal devices to a second region different from the first region, and wherein the bandwidth of a first band including the first region and the bandwidth of a second band including the second region are different, wherein the communication unit is further configured to commonly transmit the first control channel and individually transmit the second control channel and the third control channel, and wherein the communication device is further configured to instruct a terminal device to switch from the first band to the second band via the first control channel or the third control channel. a communication unit configured to perform wireless communication; and a control unit configured to allocate respective resources for communication with a plurality of terminal devices in which at least any of bandwidths or central frequencies of channels to be used is different, wherein the control unit is configured to allocate a first control channel to be commonly transmitted to the plurality of terminal devices and a third control channel to be individually transmitted to each of the plurality of terminal devices to a first region overlapping between the respective channels of the plurality of terminal devices in a region in which the resources are allocated, and a second control channel to be individually transmitted to each of the plurality of terminal devices to a second region different from the first region, and wherein the bandwidth of a first band including the first region and the bandwidth of a second band including the second region are different, wherein the communication unit is further configured to commonly transmit the first control channel and individually transmit the second control channel and the third control channel, and wherein the communication device is further configured to instruct a terminal device to switch from the first band to the second band via the first control channel or the third control channel.
Method of shaping a glass sheet, comprising: providing a glass sheet; heating the glass sheet to a temperature suitable for shaping; depositing the glass sheet on a first bending tool, the glass sheet being disposed over a first segment of the first bending tool, the first segment at least partially defining a shaping surface of the first bending tool; moving the first segment of the first bending tool from a first position to a second position to cause contact with a first portion of the glass sheet, the contact with the first portion of the glass sheet adjusting a position of the glass sheet relative to the shaping surface of the first bending tool; and shaping the glass sheet on the first bending tool. providing a glass sheet; heating the glass sheet to a temperature suitable for shaping; depositing the glass sheet on a first bending tool, the glass sheet being disposed over a first segment of the first bending tool, the first segment at least partially defining a shaping surface of the first bending tool; moving the first segment of the first bending tool from a first position to a second position to cause contact with a first portion of the glass sheet, the contact with the first portion of the glass sheet adjusting a position of the glass sheet relative to the shaping surface of the first bending tool; and shaping the glass sheet on the first bending tool.
A method of generating a plurality of substantially monoclonal template nucleic acid populations on supports, comprising: (a) obtaining a plurality of supports wherein each support has a plurality of single-stranded oligonucleotide primers immobilized thereto and a template nucleic acid attached to the support, wherein the nucleic acid comprises an attached nucleic acid strand having a sequence of contiguous nucleotides at one end of the strand that is the oligonucleotide primer sequence; (b) subjecting the template nucleic acids attached to the plurality of supports to a first isothermal nucleic acid amplification in the presence of (i) a first primer attached to a linker moiety in solution and (ii) a composition that attaches to the linker moiety, wherein the first primer comprises a sequence of nucleotides that is complementary to a primer-binding sequence of the attached nucleic acid strand at the end of the strand opposite to the end having a sequence of contiguous nucleotides that is the oligonucleotide primer sequence; and (c) subjecting the template nucleic acids attached to the plurality of supports to a second isothermal nucleic acid amplification in the presence of the first primer, attached to a linker moiety or not attached to a linker moiety, in solution and in the absence of the composition that attaches to the linker moiety thereby generating substantially monoclonal populations of template nucleic acids attached to the supports. (a) obtaining a plurality of supports wherein each support has a plurality of single-stranded oligonucleotide primers immobilized thereto and a template nucleic acid attached to the support, wherein the nucleic acid comprises an attached nucleic acid strand having a sequence of contiguous nucleotides at one end of the strand that is the oligonucleotide primer sequence; (b) subjecting the template nucleic acids attached to the plurality of supports to a first isothermal nucleic acid amplification in the presence of (i) a first primer attached to a linker moiety in solution and (ii) a composition that attaches to the linker moiety, wherein the first primer comprises a sequence of nucleotides that is complementary to a primer-binding sequence of the attached nucleic acid strand at the end of the strand opposite to the end having a sequence of contiguous nucleotides that is the oligonucleotide primer sequence; and (c) subjecting the template nucleic acids attached to the plurality of supports to a second isothermal nucleic acid amplification in the presence of the first primer, attached to a linker moiety or not attached to a linker moiety, in solution and in the absence of the composition that attaches to the linker moiety thereby generating substantially monoclonal populations of template nucleic acids attached to the supports.
A computing device comprising: a first processor configured to operate at a first speed and consume a first amount power; a second processor configured to operate at a second speed and consume a second amount of power, wherein the first speed is greater than the second speed and the first amount of power is greater than the second amount of power; and characterised by a scheduler for assigning processes to the first processor only if the processes utilize their entire timeslice, comprising examining a request queue to determine utilization of processor time to accomplish program instruction execution, the examining comprising determining whether a process is now or continues to operate as a spinlock process, a process with a sleeper bonus, or another type of process; and assigning the process to the second processor in the event that the process is a spinlock process or a process with a sleeper bonus, otherwise, assigning the process to the first processor. a first processor configured to operate at a first speed and consume a first amount power; a second processor configured to operate at a second speed and consume a second amount of power, wherein the first speed is greater than the second speed and the first amount of power is greater than the second amount of power; and characterised by a scheduler for assigning processes to the first processor only if the processes utilize their entire timeslice, comprising examining a request queue to determine utilization of processor time to accomplish program instruction execution, the examining comprising determining whether a process is now or continues to operate as a spinlock process, a process with a sleeper bonus, or another type of process; and assigning the process to the second processor in the event that the process is a spinlock process or a process with a sleeper bonus, otherwise, assigning the process to the first processor.
A method for allocation of frequency resources (FA, FB) of different operators (OPA, OPB) to user terminals (UE_A_S, UE_B_S) in a wireless communication network, wherein • on at least one frequency resource (FA, FB) of each operator (OPA, OPB) of said different operators, an indication of said operator allowing user terminals (UE_A_S, UE_B_S) registered at said operator (OPA, OPB) to get access to a signaled cell (CS, CSA, CSB) is transmitted on a broadcast channel (PBCHA, PBCHB), • user terminals (UE_A_S, UE_B_S) receive control information only on frequency resources (FA, FB) of an operator (OPA, OPB) at which the user terminals (UE_A_S, UE_B_S) are registered, characterised in that • said control information comprises an indicator (CIFA, CIFB) allocating to the user terminals (UE_A_S, UE_B_S) at least one frequency resource (FA, FB) of said frequency resources of an operator (OPA, OPB) at which the user terminals (UE_A_S, UE_B_S) are not registered. • on at least one frequency resource (FA, FB) of each operator (OPA, OPB) of said different operators, an indication of said operator allowing user terminals (UE_A_S, UE_B_S) registered at said operator (OPA, OPB) to get access to a signaled cell (CS, CSA, CSB) is transmitted on a broadcast channel (PBCHA, PBCHB), • user terminals (UE_A_S, UE_B_S) receive control information only on frequency resources (FA, FB) of an operator (OPA, OPB) at which the user terminals (UE_A_S, UE_B_S) are registered, characterised in that • said control information comprises an indicator (CIFA, CIFB) allocating to the user terminals (UE_A_S, UE_B_S) at least one frequency resource (FA, FB) of said frequency resources of an operator (OPA, OPB) at which the user terminals (UE_A_S, UE_B_S) are not registered.
A method for processing a memory page in memory, characterized in that the memory page in the memory comprises an idle single-level cell, SLC, memory page, an active SLC memory page, an inactive SLC memory page, and a multi-level cell, MLC, memory page, wherein the idle SLC memory page has no data, data stored in the active SLC memory page is data accessed within a specified time period, and data stored in the inactive SLC memory page and the MLC memory page is data not accessed within the specified time period; and the processing method comprises: converting one idle SLC memory page to two MLC memory pages when determining that a quantity of idle single-level cell, SLC, memory pages in any virtual machine, VM, is less than a specified threshold; copying data in two inactive SLC memory pages to the two converted MLC memory pages; and releasing storage space of the two inactive SLC memory pages to obtain two idle SLC memory pages. converting one idle SLC memory page to two MLC memory pages when determining that a quantity of idle single-level cell, SLC, memory pages in any virtual machine, VM, is less than a specified threshold; copying data in two inactive SLC memory pages to the two converted MLC memory pages; and releasing storage space of the two inactive SLC memory pages to obtain two idle SLC memory pages.
A dispensing device of an additive for a filter groups of internal combustion engines, comprising a variable-volume tank able to contain an additive from which a conduit for dispensing the additive branches, characterised in that it comprises at least a porous depth membrane fixed internally of the conduit and able to intercept the flow of additive being dispensed from the tank.
Device for receiving a functional unit for a power tool, wherein the device is able to be fastened to the power tool, and the device comprises a cutout for forming a dovetail connection and a further fastening mechanism, wherein the further fastening mechanism comprises an opening in the device and a rotatably configured insert part that is introducible into the opening, characterized in that the opening is formed by a bore on a side facing away from the power tool and the device comprises a slot, on a side facing the power tool, for receiving a hook, wherein the hook is present on the power tool and, in a fastened state, is engaged with a protrusion of the insert part for fastening the device to the power tool.
A method for identifying of a voice input providing one or more user credentials, comprising: at a user device with a display, one or more processors and memory, the user device comprising a television set-top box: receiving a voice input; identifying, based on the voice input, a first character, a phrase identifying a second character, and a word, wherein identifying, based on the voice input, the first character, the phrase identifying the second character, and the word comprises: identifying an utterance of the voice input; determining a type of the utterance; obtaining, based on the determined type of the utterance, a representation of the first character, the second character identified by the phrase, or the word corresponding to the utterance; in response to the identification, converting the first character, the second character, and the word to text; and causing to display, with the display, the text in a sequence corresponding to an order of the first character, the second character, and the word in the voice input. receiving a voice input; identifying, based on the voice input, a first character, a phrase identifying a second character, and a word, wherein identifying, based on the voice input, the first character, the phrase identifying the second character, and the word comprises: identifying an utterance of the voice input; determining a type of the utterance; obtaining, based on the determined type of the utterance, a representation of the first character, the second character identified by the phrase, or the word corresponding to the utterance; identifying an utterance of the voice input; determining a type of the utterance; obtaining, based on the determined type of the utterance, a representation of the first character, the second character identified by the phrase, or the word corresponding to the utterance; in response to the identification, converting the first character, the second character, and the word to text; and causing to display, with the display, the text in a sequence corresponding to an order of the first character, the second character, and the word in the voice input.
A method for producing a thermal energy storage device by means of at least one solid/solid phase change material comprising at least one solid/solid phase change material and a heat exchanger, with heat-transfer fluid for storing and extracting the heat of said solid/solid phase change material, characterised in that energy storage device comprises a thermal energy storage chamber containing the solid/solid phase change material and in that the heat exchanger immerses in said chamber, and in that at least one step of forming the at least one solid/solid phase change material is performed inside the storage chamber, the at least one formation step comprising at least one crystallisation step.
A rigid chain formed by assembling links (200 n-1, 200 n, 200 n+1) of a rigid chain one after the other, the links (200 n), comprising at least one flange, of rectangular general shape, of substantially constant thickness (93, 97) perpendicular to its main plane, the flange comprising a first part and a second part, each of the parts (2, 4) comprising: - a heel adapted to come to bear against a corresponding heel of an analogous flange (1 n-1; 1 n+1) of an adjacent link (200 n-1; 200 n+1) of the rigid chain, each heel bearing a frontal surface oriented so as to come to bear against a corresponding surface of said adjacent link (200 n-1; 200 n+1), the front surface and the longitudinal edge surface being substantially perpendicular, the front surface being substantially continuous, plane and perpendicular to a transverse direction and - a base adapted to form a bearing around a rotation axis relative to said adjacent link (200 n-1; 200 n+1) characterized in that the heel and the base lie on respective opposite sides of the main plane and parallel to said main plane. - a heel adapted to come to bear against a corresponding heel of an analogous flange (1 n-1; 1 n+1) of an adjacent link (200 n-1; 200 n+1) of the rigid chain, each heel bearing a frontal surface oriented so as to come to bear against a corresponding surface of said adjacent link (200 n-1; 200 n+1), the front surface and the longitudinal edge surface being substantially perpendicular, the front surface being substantially continuous, plane and perpendicular to a transverse direction and - a base adapted to form a bearing around a rotation axis relative to said adjacent link (200 n-1; 200 n+1) characterized in that the heel and the base lie on respective opposite sides of the main plane and parallel to said main plane.
Sanitary napkin, comprising a liquid impermeable bottom layer, which consists of a biologically degradable material and is during the use faced away from the user and supposed for being in contact with the underwear of each user, a liquid permeable top layer, which consists of a biologically degradable material and is during the use faced towards the user and is adapted for being in contact with the skin or mucosa of each user, as well as an absorbent core, which is placed between both previously mentioned layers (11, 12) and is adapted for absorbing of a predetermined quantity of liquid, in particular of human excrements, in particular of menstrual liquid, characterized in that said absorbent core between said liquid impermeable bottom layer consisting of biologically degradable material and said liquid permeable top layer consisting of biologically degradable material is integrally conceived and consists of a longitudinal section of a band consisting of non-woven biologically degradable natural plant fibers and having a pre-determined weight per length unit, wherein said band section comprises a central area of a pre-determined width as well as two lateral longitudinal areas (131, 132) of said band, which are each per se folded and placed over said central area, wherein the width of the first lateral longitudinal area exceeds the width of the second lateral longitudinal area for a pre-determined dimension, so that said central area of the band of the absorbent core of the napkin is overlapped on the one hand with the second longitudinal area and on the other hand also with the first lateral longitudinal area, the terminal area of which is overlapping said second lateral longitudinal area for said pre-determined width, and wherein, when observed in the transversal direction of the hygienic napkin, said terminal area of the first lateral longitudinal area, by which said second lateral longitudinal area is overlapped, is at least approximately centrally arranged, so that on the surface of said liquid permeable second layer of the sanitary napkin a smoothly rounded and outwardly deflected area in the shape of a longitudinal and centrally arranged rib of a pre-determined width is formed, so that the width of said rib on the liquid permeable layer due to the presence of said terminal area of the first longitudinal lateral area, by which the second longitudinal lateral area is overlapped, is determined within the range 5 - 45% of the width of the central area of the absorbent core.
A variable throat jet venturi for delivering ventilation gas to a patient, the variable throat jet venturi comprising: a jet nozzle; a deformable throat body arranged to receive ventilation gas output by the jet nozzle and defining a gas inlet and a gas outlet; and a housing containing the deformable throat body, the housing defining a pilot pressure port for pressurizing a plenum between an outer wall of the deformable throat body and an inner wall of the housing, characterised in that the housing has a frustoconical portion that flares outwardly away from the plenum and defines an entrainment opening which is open to ambient air, and in that the deformable throat body is arranged to receive the ventilation gas output by the jet nozzle through the entrainment opening of the housing. a jet nozzle; a deformable throat body arranged to receive ventilation gas output by the jet nozzle and defining a gas inlet and a gas outlet; and a housing containing the deformable throat body, the housing defining a pilot pressure port for pressurizing a plenum between an outer wall of the deformable throat body and an inner wall of the housing, characterised in that the housing has a frustoconical portion that flares outwardly away from the plenum and defines an entrainment opening which is open to ambient air, and in that the deformable throat body is arranged to receive the ventilation gas output by the jet nozzle through the entrainment opening of the housing.
An implantable or insertable medical device comprising: a particle-containing region that comprises silicate particles, elongate carbon particles, and a therapeutic agent; wherein the elongate carbon particles are attached to and grown on the silicate particles.