mhurhangee/patent-ind-claim-en huggingface dataset:
An audio synthesis method performed at a computer device having a processor and memory storing a plurality of programs to be executed by the processor, the method comprising: obtaining a target text; determining a target song according to a selection instruction; synthesizing a self-made song using the target text and tune information of the target song according to a tune control model, the target text being used as the lyrics of the self-made song; and playing the self-made song, wherein the synthesizing of the self-made song using the target text and tune information of the target song according to a tune control model comprises: converting the target text using a timbre control model into a self-made speech with timbre conforming to a target speaking object; converting the self-made speech by using the tune model into the self-made song with the tune conforming to the target song, wherein the converting of the self-made speech into the self-made song comprises: performing syllabicating on the self-made speech by adjusting time information of each syllable and pitch of each syllable, the time information includes a start time of each syllable, a duration of each syllable, and a duration of a pause between different syllables. obtaining a target text; determining a target song according to a selection instruction; synthesizing a self-made song using the target text and tune information of the target song according to a tune control model, the target text being used as the lyrics of the self-made song; and playing the self-made song, wherein the synthesizing of the self-made song using the target text and tune information of the target song according to a tune control model comprises: converting the target text using a timbre control model into a self-made speech with timbre conforming to a target speaking object; converting the self-made speech by using the tune model into the self-made song with the tune conforming to the target song, converting the target text using a timbre control model into a self-made speech with timbre conforming to a target speaking object; converting the self-made speech by using the tune model into the self-made song with the tune conforming to the target song, wherein the converting of the self-made speech into the self-made song comprises: performing syllabicating on the self-made speech by adjusting time information of each syllable and pitch of each syllable, the time information includes a start time of each syllable, a duration of each syllable, and a duration of a pause between different syllables.
A downhole tool for use in a wellbore , the tool comprising: a body having a bore ; a seal assembly, comprising: a wedge member disposed along the body; and a metallic packing element carrying an inner elastomeric seal engaged with the wedge member and an outer elastomeric seal for engagement with the wellbore and comprising anti-extrusion bands embedded therein; a slip assembly disposed along the body, comprising slips and a gauge ring , the slips movable along an inclined surface of the gauge ring for engagement with the wellbore ; a retention sleeve fastened to the packing element and coupled to the slips; and an actuation assembly disposed along the body for moving the slips along the gauge ring and for causing relative movement of the wedge member relative to a tapered inner surface of the metallic packing element. a body having a bore ; a seal assembly, comprising: a wedge member disposed along the body; and a metallic packing element carrying an inner elastomeric seal engaged with the wedge member and an outer elastomeric seal for engagement with the wellbore and comprising anti-extrusion bands embedded therein; a wedge member disposed along the body; and a metallic packing element carrying an inner elastomeric seal engaged with the wedge member and an outer elastomeric seal for engagement with the wellbore and comprising anti-extrusion bands embedded therein; a slip assembly disposed along the body, comprising slips and a gauge ring , the slips movable along an inclined surface of the gauge ring for engagement with the wellbore ; a retention sleeve fastened to the packing element and coupled to the slips; and an actuation assembly disposed along the body for moving the slips along the gauge ring and for causing relative movement of the wedge member relative to a tapered inner surface of the metallic packing element.
Ventilation system comprising at least one first housing and one second housing cooperating with the first housing to delimit an internal volume of the ventilation system , the latter comprising at least one sealing device between the first housing and the second housing , either one of the first or second housing bears a ventilation motor of a ventilation member that is a constituent of the ventilation, heating and/or air conditioned system , at least one of the housings comprises a wall having a peripheral edge which delimits at least one groove that is a constituent of the sealing device , the peripheral edge comprises at least one boss extending towards the interior of the groove , the first housing comprising the groove , characterized in that the second housing comprises a wall having a peripheral flank from which protrudes a rib configured to be housed in the groove of the first housing , the rib having a first width (L1) measured along a line of reference (C) when the rib is out of the groove , said rib having a second width (L2) measured along the same line of reference (C) when the rib is disposed in the groove , the second width (L2) being less than the first width (L1) by the pressure of said at least one boss .
A specimen analysis system, comprising: a measurement data acquisition unit configured to acquire measurement data of particles obtained from a flow cytometer measuring the particles contained in a measurement specimen prepared by adding a reagent to a sample; an output mode information acquisition unit configured to acquire output mode information indicating an output form of the measurement data; and an output unit configured to output, for providing a report, the measurement data in the output form in accordance with the output mode information, characterised in that the output mode information comprises reagent information whether the reagent comprises an in-vitro diagnostics reagent for use in in-vitro diagnosis, and the output unit is configured to output the measurement data, based on the reagent information, in a manner that enables distinguishing whether the measurement data comprises measurement data of particles contained in a measurement specimen prepared by adding the in-vitro diagnostics reagent to the sample. a measurement data acquisition unit configured to acquire measurement data of particles obtained from a flow cytometer measuring the particles contained in a measurement specimen prepared by adding a reagent to a sample; an output mode information acquisition unit configured to acquire output mode information indicating an output form of the measurement data; and an output unit configured to output, for providing a report, the measurement data in the output form in accordance with the output mode information, characterised in that the output mode information comprises reagent information whether the reagent comprises an in-vitro diagnostics reagent for use in in-vitro diagnosis, and the output unit is configured to output the measurement data, based on the reagent information, in a manner that enables distinguishing whether the measurement data comprises measurement data of particles contained in a measurement specimen prepared by adding the in-vitro diagnostics reagent to the sample.
A method comprising: sampling output in a frequency range of a signal emitted from an active stylus over a stylus sampling window ; detecting stylus input based on detecting a gain above a stylus threshold in at least one column and one row of a grid based capacitive sensor ; reporting coordinates of the active stylus based on stylus input being detected; detecting touch input from a finger or hand based on detecting a gain between a touch threshold and a stylus threshold; and reporting coordinates of the touch input based on detecting the touch input, characterized by determining that a device including the grid based capacitive sensor is either grounded or ungrounded; and if it has been determined that said device is ungrounded and if the active stylus is present and/or held by the user's finger or hand while emitting a signal, detecting the touch input from the finger or hand based on the output in the stylus frequency range during the stylus sampling window; wherein said sampling is performed simultaneously from both columns and rows of the grid based capacitive sensor ; wherein the touch threshold is below the stylus threshold and touch input from a finger or hand is detected based on a gain over the touch threshold and below the stylus threshold over at least two consecutive columns and two consecutive rows of the sensor . sampling output in a frequency range of a signal emitted from an active stylus over a stylus sampling window ; detecting stylus input based on detecting a gain above a stylus threshold in at least one column and one row of a grid based capacitive sensor ; reporting coordinates of the active stylus based on stylus input being detected; detecting touch input from a finger or hand based on detecting a gain between a touch threshold and a stylus threshold; and reporting coordinates of the touch input based on detecting the touch input, characterized by determining that a device including the grid based capacitive sensor is either grounded or ungrounded; and if it has been determined that said device is ungrounded and if the active stylus is present and/or held by the user's finger or hand while emitting a signal, detecting the touch input from the finger or hand based on the output in the stylus frequency range during the stylus sampling window; wherein said sampling is performed simultaneously from both columns and rows of the grid based capacitive sensor ; wherein the touch threshold is below the stylus threshold and touch input from a finger or hand is detected based on a gain over the touch threshold and below the stylus threshold over at least two consecutive columns and two consecutive rows of the sensor .
A staple removing device (1A- 1J, 1001) comprising: a placing table on which a sheet bundle (P) bound by a staple (S) is placed; a sheet pressing part configured to press against the sheet bundle placed on the placing table; a removing part located below the placing table, configured to remove the staple (S) from the sheet bundle placed on the placing table , and including a tip end portion (122S; 1122S) that can be inserted between the sheet bundle and the staple and is configured to be movable along the placing table between a first position (L1) and a second position (L2A) and to be inserted between the sheet bundle and the staple when the tip end portion (122S; 1122S) moves to the second position (L2A); and motor configured to move the removing part, wherein the placing table is provided with an opening into which the tip end portion can protrude, characterized in that the tip end portion (122S; 1122S) moves while maintaining a state of protruding from the placing table via the opening at least until passing through the second position (L2A) from a front of the second position (L2a). a placing table on which a sheet bundle (P) bound by a staple (S) is placed; a sheet pressing part configured to press against the sheet bundle placed on the placing table; a removing part located below the placing table, configured to remove the staple (S) from the sheet bundle placed on the placing table , and including a tip end portion (122S; 1122S) that can be inserted between the sheet bundle and the staple and is configured to be movable along the placing table between a first position (L1) and a second position (L2A) and to be inserted between the sheet bundle and the staple when the tip end portion (122S; 1122S) moves to the second position (L2A); and motor configured to move the removing part, wherein the placing table is provided with an opening into which the tip end portion can protrude, characterized in that the tip end portion (122S; 1122S) moves while maintaining a state of protruding from the placing table via the opening at least until passing through the second position (L2A) from a front of the second position (L2a).
A swivel hanger system comprising: an anchor member comprising a first end and a second end, an anchor head disposed at the second end of the anchor member and an elongated body disposed between the first and second ends of the anchor member, the anchor head including a shaped receptacle capable of accommodating a driver, wherein the first end and at least a portion of the elongated body are configured to be inserted into a support member when the system is connected with the support member; a swivel member including a first end and a second end , a wall extending between the first end and the second end, the first end including a first opening and the first end also including an oppositely positioned second opening in the wall, the first opening communicating with the second opening via a head space defining a hollow interior of the swivel member, and the head space being configured to rotatably couple with the anchor head such that the anchor head is located within the hollow interior, the second end further including a locking opening and the locking opening including a locking member , the locking member adapted to lockingly accommodate an elongate member; the first end of the anchor member being inserted into the second opening and then through the first opening until the head is received in the headspace, the elongate body extending from the first opening and swivelable within the first opening. an anchor member comprising a first end and a second end, an anchor head disposed at the second end of the anchor member and an elongated body disposed between the first and second ends of the anchor member, the anchor head including a shaped receptacle capable of accommodating a driver, wherein the first end and at least a portion of the elongated body are configured to be inserted into a support member when the system is connected with the support member; a swivel member including a first end and a second end , a wall extending between the first end and the second end, the first end including a first opening and the first end also including an oppositely positioned second opening in the wall, the first opening communicating with the second opening via a head space defining a hollow interior of the swivel member, and the head space being configured to rotatably couple with the anchor head such that the anchor head is located within the hollow interior, the second end further including a locking opening and the locking opening including a locking member , the locking member adapted to lockingly accommodate an elongate member; the first end of the anchor member being inserted into the second opening and then through the first opening until the head is received in the headspace, the elongate body extending from the first opening and swivelable within the first opening.
A method for impacting compaction in a display glass sheet made by a glass manufacturing system, the method comprising a step of: selecting batch materials used to make the glass sheet to control a beta-OH of the glass sheet to meet a compaction target in the glass sheet.
Method for operating a fuel cell of a hybrid vehicle, wherein the hybrid vehicle comprises an electric drive having a power accumulator, and also comprises the fuel cell, wherein the power accumulator is chargeable by the fuel cell, wherein the fuel cell is activated and deactivated as a function of a first characteristic map, wherein a first input variable of the first characteristic map is a present power demand of the hybrid vehicle which exists over a first defined observation time range, characterized in that , if the fuel cell is activated, the fuel cell is operated at a requested power, which is a function of a second characteristic map, wherein a first input variable of the second characteristic map is a present power request by a driver of the hybrid vehicle, wherein the characteristic curve for increasing the requested power of the fuel cell as a function of the first input variable is formed stepped.
A soilless plant cultivating container for cultivation of plants in a general vertically orientation relative to a ground surface which includes; an elongate body of generally wave shaped form, having a flow channel defined there through; and a receptacle defined in a sidewall of the body, located in a concave region of the elongate body, the receptacle being in fluid communication with the flow channel for receiving and supporting a plant therein, wherein the elongate body includes engagement formations defined on end regions thereof for allowing coupling of a plurality of soilless plant cultivating containers together thereby defining a soilless plant cultivating pipe.
An antimicrobial composition comprising (a) habit modified crystals of zinc oxide; and (b) zinc pyrithione wherein the ratio of photoluminescence peak intensity at 452 nm of the habit modified crystals of zinc oxide to that of zinc oxide is at least 5; and wherein the habit modified crystals of zinc oxide are shaped like a disc; the thickness of each disc is from 10 nm to 30 nm and the average diameter of the disc is in the range of 200 nm to 500 nm. (a) habit modified crystals of zinc oxide; and (b) zinc pyrithione wherein the ratio of photoluminescence peak intensity at 452 nm of the habit modified crystals of zinc oxide to that of zinc oxide is at least 5; and wherein the habit modified crystals of zinc oxide are shaped like a disc; the thickness of each disc is from 10 nm to 30 nm and the average diameter of the disc is in the range of 200 nm to 500 nm.
Air-conditioning device for a motor vehicle, comprising an element for circulating air towards an evaporator , characterized in that the device also comprises a bypass circuit allowing a circulation of air between a zone situated upstream of the evaporator and a zone situated downstream of the evaporator , the air bypass circuit being disposed above the evaporator , the air circulating element comprising a centrifugal enclosure for channelling air, called volute, characterized in that the air bypass circuit comprises two ducts situated on either side of the volute .
A method of controlling an operation of energy storage systems of a wind park , wherein the wind park comprises a plurality of energy storage systems each of which is associated with a wind turbine comprised by the wind park, and wherein each of the plural energy storage systems is configured to be operable to provide electrical energy to an auxiliary system of the associated wind turbine to power the auxiliary system when the wind turbine is disconnected from a power grid , wherein the method comprises obtaining (S1) for each of the energy storage systems storage system state information indicating an availability of the energy storage system to store and/or provide electrical energy, operating (S3) the plural energy storage systems as a combined energy storage system based on the obtained storage system state information, and controlling (S4) the providing of electrical energy from the combined energy storage system to the power grid and/or to a load and/or the storing of electrical energy in the combined energy storage system, wherein the controlling of the providing of electrical energy from the combined energy storage system includes maintaining a reserve margin of energy in at least some of the energy storage systems , the reserve margin of energy being an amount of energy reserved for powering the auxiliary system of the associated wind turbine when the wind turbine is disconnected from the power grid . obtaining (S1) for each of the energy storage systems storage system state information indicating an availability of the energy storage system to store and/or provide electrical energy, operating (S3) the plural energy storage systems as a combined energy storage system based on the obtained storage system state information, and controlling (S4) the providing of electrical energy from the combined energy storage system to the power grid and/or to a load and/or the storing of electrical energy in the combined energy storage system, wherein the controlling of the providing of electrical energy from the combined energy storage system includes maintaining a reserve margin of energy in at least some of the energy storage systems , the reserve margin of energy being an amount of energy reserved for powering the auxiliary system of the associated wind turbine when the wind turbine is disconnected from the power grid .
Braking system comprising four hydraulically actuatable wheel brakes , wherein a normally open inlet valve is respectively assigned to each wheel brake , wherein two pressure supply devices are provided for active pressure build-up in the wheel brakes , wherein a first and a second control and regulating unit are provided, wherein a first (I) and a second brake circuit (II) are hydraulically configured with two wheel brakes (4, 6; 8, 10) respectively, wherein in each brake circuit (I, II) a respective pressure supply device is hydraulically connected to two wheel brakes (4, 6; 8, 10), wherein the first control and regulating unit electrically controls the pressure supply device of the first brake circuit (I), and wherein the second control and regulating unit electrically controls the pressure supply device of the second brake circuit (II), characterized in that a normally closed outlet valve is respectively assigned to each wheel brake , in that the two control and regulating units are connected together via a data interface , and in that the two brake circuits (I, II) can be connected in hydraulically isolatable fashion to two normally closed circuit switch-on valves , of which a first circuit switch-on valve can be controlled by the first control and regulating unit, and wherein a second circuit switch-on valve can be controlled by the second control and regulating unit , wherein at least one outlet valve in the second brake circuit (II) can be controlled by the first control and regulating unit , and wherein at least one outlet valve in the first brake circuit (I) can be controlled by the second control and regulating unit .