mhurhangee/patent-ind-claim-en huggingface dataset:
A device (100; 600; 700; 7000) comprising: a. a frame (110; 610; 710; 7010) configured to couple removably with an apparatus in an attached configuration; and b. an adhesive film having a first portion coupled with the frame and a second portion distal from the first portion, the adhesive film configured to adhere to a target surface of the apparatus, characterized in that in the attached configuration when the adhesive film is taut and the second portion is abutting the target surface of the apparatus, the first portion is being held a distance away from the surface of the apparatus and the second portion registers in a predetermined manner with the target surface of the apparatus. a. a frame (110; 610; 710; 7010) configured to couple removably with an apparatus in an attached configuration; and b. an adhesive film having a first portion coupled with the frame and a second portion distal from the first portion, the adhesive film configured to adhere to a target surface of the apparatus, characterized in that
Pot containing a cosmetic product , comprising: - a shell comprising a bottom so that the pot can be placed on a surface , and a side part , - an insert designed to contain the cosmetic product , the insert being designed to be inserted into the shell and fixed on it in an assembled position of the pot , in which the insert and the shell define an interstitial space extending in front of the bottom and the side part , and - a mechanical tensioning element of the shell that is in a compressed position between the shell and the insert and applies a mechanical action both on the shell and the insert , when the shell and the insert are in the assembled position, characterized in that the tensioning element is fixed to the insert , at least in the assembled position and is made in a single piece with the insert . - a shell comprising a bottom so that the pot can be placed on a surface , and a side part , - an insert designed to contain the cosmetic product , the insert being designed to be inserted into the shell and fixed on it in an assembled position of the pot , in which the insert and the shell define an interstitial space extending in front of the bottom and the side part , and - a mechanical tensioning element of the shell that is in a compressed position between the shell and the insert and applies a mechanical action both on the shell and the insert , when the shell and the insert are in the assembled position,
A pneumatic tire having a tread portion and a belt layer, wherein the tread portion is arranged on the outer side of the belt layer in the tire radial direction, the reinforcing cord in the belt layer is composed of cords made of monofilaments in which 50 lines/5 cm or more of the monofilaments are arranged in the tire width direction in the tire radial cross section of the belt layer, and the maximum load capacity of the tire WL(kg) and the weight of the tire WT(kg) satisfy the following formula 1 0.0145 ≦ WT/WL wherein the maximum load capacity WL refers to a value calculated using the following two formulas based on tire cross-sectional width Wt (mm), the tire cross-sectional height Ht (mm), and the tire outer diameter Dt (mm) in a state where the tire is assembled to a regular rim, has an internal pressure of 250 kPa and is in no load state, V mm 3 = Dt / 2 2 − Dt / 2 − Ht 2 × π × Wt WL kg = 0.000011 × V + 100 the reinforcing cord in the belt layer is composed of cords made of monofilaments in which 50 lines/5 cm or more of the monofilaments are arranged in the tire width direction in the tire radial cross section of the belt layer, and the maximum load capacity of the tire WL(kg) and the weight of the tire WT(kg) satisfy the following formula 1 0.0145 ≦ WT/WL wherein the maximum load capacity WL refers to a value calculated using the following two formulas based on tire cross-sectional width Wt (mm), the tire cross-sectional height Ht (mm), and the tire outer diameter Dt (mm) in a state where the tire is assembled to a regular rim, has an internal pressure of 250 kPa and is in no load state, V mm 3 = Dt / 2 2 − Dt / 2 − Ht 2 × π × Wt WL kg = 0.000011 × V + 100
A cartridge for a vaporization device, the cartridge comprising: a mouthpiece ; a tank configured to hold a vaporizable material; a glass wick configured to draw the vaporizable material from the tank to a vaporization region, the glass wick having a length and having one or more voids along the length; the glass wick comprising a plurality of discontinuous glass filaments; and a heating element disposed near the vaporization region and configured to heat the vaporizable material drawn from the tank by the glass wick ; characterized in that the glass wick has a TEX value of between 400 and 1000 and at least a 5% volume of the one or more voids to a total volume of the glass wick . a mouthpiece ; a tank configured to hold a vaporizable material; a glass wick configured to draw the vaporizable material from the tank to a vaporization region, the glass wick having a length and having one or more voids along the length; the glass wick comprising a plurality of discontinuous glass filaments; and a heating element disposed near the vaporization region and configured to heat the vaporizable material drawn from the tank by the glass wick ; characterized in that the glass wick has a TEX value of between 400 and 1000 and at least a 5% volume of the one or more voids to a total volume of the glass wick .
A solid dosage form comprising from 10 wt% to 35 wt% of palbociclib, from 5 wt% to 25 wt% of succinic acid, and a pharmaceutically acceptable carrier.
An integrated circuit comprising a first terminal (B1) and a second terminal (B2), processing means connected between the two terminals (B1, B2), voltage regulation means configured to regulate the voltage between the two terminals (B1, B2), protection means (MP) configured to protect the processing means upon the appearance of an electrostatic discharge while the integrated circuit is not power supplied and control means configured to inactivate the regulation means when an electrostatic discharge appears while the integrated circuit is not power supplied, wherein the regulation means include a single transistor or a group of several transistors in parallel, connected between the two terminals (B1, B2) and the control means are configured to inactivate the regulation means upon the appearance of an electrostatic discharge regardless of the direction of circulation of the pulse between the two terminals (B1, B2) resulting from said electrostatic discharge, characterised in that the protection means (MP) include a protection circuit and a trigger circuit capable of triggering the protection circuit in the presence of an electrostatic discharge and the control means include a first transistor , a second transistor , a third transistor , and a fourth transistor , the four transistors being connected in series between the first and the second terminal (B1, B2), the first transistor having its gate coupled to the second terminal (B2) and one of its electrodes coupled to the first terminal (B1), the second transistor and the third transistor having their respective gates coupled to the trigger circuit and each an electrode coupled to the gate of the regulating transistor , and the fourth transistor having its gate coupled to the first terminal (B1) and one of its electrodes coupled to the second terminal (B2).
A marker, characterized by comprising a resin-metal composite with a structure formed by immobilizing metal particles on a resin particle , having any one of constitution (A) and constitution (B): (A) the average particle size of the resin-metal composite exceeding 300nm; or (B) the average particle size of the metal particles being in a range of more than 20nm and less than 70nm; wherein the metal particles comprise metal particles completely encased in the resin particle and metal particles having a portion embedded in the resin particle and a portion exposed from the resin particle , and the material of the metal particles is selected from a group consisting of silver, nickel, copper, gold, palladium, and alloys thereof. having any one of constitution (A) and constitution (B): (A) the average particle size of the resin-metal composite exceeding 300nm; or (B) the average particle size of the metal particles being in a range of more than 20nm and less than 70nm; (A) the average particle size of the resin-metal composite exceeding 300nm; or (B) the average particle size of the metal particles being in a range of more than 20nm and less than 70nm; wherein the metal particles comprise metal particles completely encased in the resin particle and metal particles having a portion embedded in the resin particle and a portion exposed from the resin particle , and the material of the metal particles is selected from a group consisting of silver, nickel, copper, gold, palladium, and alloys thereof.
An expression recognition method, comprising: pre-processing an image to be recognized to obtain a facial image and a key point coordinate vector, wherein the facial image is contained in the image to be recognized; processing the facial image using a convolutional neural network model to output a first feature vector, and processing the key point coordinate vector using a fully connected network model to output a second feature vector, wherein the first feature vector and the second feature vector are used to determine an expression of a face in the facial image; and processing the first feature vector and the second feature vector using a bilinear network model to extract a second-order feature, and classifying the second-order feature to obtain the expression of the face. pre-processing an image to be recognized to obtain a facial image and a key point coordinate vector, wherein the facial image is contained in the image to be recognized; processing the facial image using a convolutional neural network model to output a first feature vector, and processing the key point coordinate vector using a fully connected network model to output a second feature vector, wherein the first feature vector and the second feature vector are used to determine an expression of a face in the facial image; and processing the first feature vector and the second feature vector using a bilinear network model to extract a second-order feature, and classifying the second-order feature to obtain the expression of the face.
A tobacco plant comprising SEQ ID NO: 116 operably linked to a heterologous second nucleic acid molecule.
A flow restrictor nozzle for a pressurized vessel of a nuclear reactor, comprising: a nozzle body including an inlet face and an outlet face , the nozzle body being a monolithic structure defining a plurality of internal flow paths (208/210) extending from the inlet face to the outlet face , each of the plurality of internal flow paths (208/210) including a convergent section (208a/210a), a throat section (208b/210b), and a divergent section (208c/210c), the plurality of internal flow paths (208/210) including a central flow path and peripheral flow paths surrounding the central flow path , characterized in that the throat section of the central flow path is farther from the inlet face of the nozzle body than the throat section of each of the peripheral flow paths . a nozzle body including an inlet face and an outlet face , the nozzle body being a monolithic structure defining a plurality of internal flow paths (208/210) extending from the inlet face to the outlet face , each of the plurality of internal flow paths (208/210) including a convergent section (208a/210a), a throat section (208b/210b), and a divergent section (208c/210c), the plurality of internal flow paths (208/210) including a central flow path and peripheral flow paths surrounding the central flow path , characterized in that the throat section of the central flow path is farther from the inlet face of the nozzle body than the throat section of each of the peripheral flow paths .
An article for use with apparatus for heating smokable material to volatilise at least one component of the smokable material, the article comprising: a carrier having plural thermally-conductive portions on which are locatable respective discrete quantities of smokable material ; wherein between the thermally-conductive portions of the carrier the carrier is shaped differently compared to the thermally-conductive portions to form a thermal barrier for inhibiting heat conduction from one or more of the portions of the carrier towards another of the portions of the carrier in use; characterised in that the carrier is shaped differently by providing perforations , channels , or blind holes. a carrier having plural thermally-conductive portions on which are locatable respective discrete quantities of smokable material ; wherein between the thermally-conductive portions of the carrier the carrier is shaped differently compared to the thermally-conductive portions to form a thermal barrier for inhibiting heat conduction from one or more of the portions of the carrier towards another of the portions of the carrier in use; characterised in that the carrier is shaped differently by providing perforations , channels , or blind holes.
A method of providing audio to a user based on the user's physical environment, comprising: receiving, by controlling circuitry of a server computer configured to provide audio to a remote user, sensor information generated by a sensor connected to the remote user, the sensor information indicating a value of a state of the remote user, wherein receiving the sensor information includes obtaining a rotation angle of a head of the user indicating that the user is looking at an object ; in response to receiving the sensor information, performing, by the controlling circuitry, a retrieval operation on a table in a memory of the server computer to produce audio data, the table providing a map between values of states of the remote user and locations in the memory at which a corresponding audio file that includes the audio data is stored; and transmitting, by the controlling circuitry, the audio data to the remote user, the audio data providing audio to the remote user. receiving, by controlling circuitry of a server computer configured to provide audio to a remote user, sensor information generated by a sensor connected to the remote user, the sensor information indicating a value of a state of the remote user, wherein receiving the sensor information includes obtaining a rotation angle of a head of the user indicating that the user is looking at an object ; in response to receiving the sensor information, performing, by the controlling circuitry, a retrieval operation on a table in a memory of the server computer to produce audio data, the table providing a map between values of states of the remote user and locations in the memory at which a corresponding audio file that includes the audio data is stored; and transmitting, by the controlling circuitry, the audio data to the remote user, the audio data providing audio to the remote user.
A sidelink control information sending method, wherein the method comprises: obtaining , by a second terminal device, first information, wherein the first information is used to indicate a type of sidelink control information that is sent by the second terminal device to a first terminal device; and sending , the second terminal device, a sidelink control information to the first terminal device based on the first information and the second indication information. wherein the method further comprises: receiving , by the second terminal device, second indication information sent by the first terminal device, wherein the second indication information is used to indicate a type of sidelink control information supported by the first terminal device obtaining , by a second terminal device, first information, wherein the first information is used to indicate a type of sidelink control information that is sent by the second terminal device to a first terminal device; and sending , the second terminal device, a sidelink control information to the first terminal device based on the first information and the second indication information. wherein the method further comprises: receiving , by the second terminal device, second indication information sent by the first terminal device, wherein the second indication information is used to indicate a type of sidelink control information supported by the first terminal device
A multi jack tensioner for applying tension to a fastener, the tensioner comprising: a body having at least one section, including a first body section formed to engage an elongate fastening member or integrally formed therewith; a load bearing member for applying force to a workpiece to be fastened and arranged for location about said fastening member adjacent the body ; at least one of a plurality of pressure chambers between the load bearing member and the body arranged to displace the at least one body section axially relative to the load bearing member in response to hydraulic pressure; and a plurality of jack bolts (130a...130r) extending between the first body section and the load bearing member for further displacing the first body section from the load bearing member; wherein application of hydraulic pressure to one or more of the plurality of pressure chambers displaces the first body section from the load bearing member thereby tensioning said fastening member and whereby subsequent tensioning of the fastening member is applied by operation of the jack bolts (130a.. ..130r). a body having at least one section, including a first body section formed to engage an elongate fastening member or integrally formed therewith; a load bearing member for applying force to a workpiece to be fastened and arranged for location about said fastening member adjacent the body ; at least one of a plurality of pressure chambers between the load bearing member and the body arranged to displace the at least one body section axially relative to the load bearing member in response to hydraulic pressure; and a plurality of jack bolts (130a...130r) extending between the first body section and the load bearing member for further displacing the first body section from the load bearing member; wherein application of hydraulic pressure to one or more of the plurality of pressure chambers displaces the first body section from the load bearing member thereby tensioning said fastening member and whereby subsequent tensioning of the fastening member is applied by operation of the jack bolts (130a.. ..130r).
A method for determining placement of a plurality of simulated antennas of a simulated distributed antenna system for handling simulated MIMO signals in a simulated environment comprising: at a first simulated location within the simulated environment , simulating communication of a first simulated MIMO signal by a first remote unit over a first simulated air interface in the simulated environment ; at a second simulated location within the simulated environment , simulating communication of a second simulated MIMO signal by a second remote unit over a second simulated air interface in the simulated environment ; the first simulated location and the second simulated location arranged within the simulated environment to provide overlapping simulated signal coverage of both the first simulated MIMO signal and the second simulated MIMO signal at a third simulated location in the simulated environment ; and analyzing at least a simulated imbalance of received power between the first simulated MIMO signal and the second simulated MIMO signal at the third simulated location within the simulated environment to determine whether a desired capacity for simulated MIMO communications within the simulated distributed antenna system is achieved at the third simulated location within the simulated environment . at a first simulated location within the simulated environment , simulating communication of a first simulated MIMO signal by a first remote unit over a first simulated air interface in the simulated environment ; at a second simulated location within the simulated environment , simulating communication of a second simulated MIMO signal by a second remote unit over a second simulated air interface in the simulated environment ; the first simulated location and the second simulated location arranged within the simulated environment to provide overlapping simulated signal coverage of both the first simulated MIMO signal and the second simulated MIMO signal at a third simulated location in the simulated environment ; and analyzing at least a simulated imbalance of received power between the first simulated MIMO signal and the second simulated MIMO signal at the third simulated location within the simulated environment to determine whether a desired capacity for simulated MIMO communications within the simulated distributed antenna system is achieved at the third simulated location within the simulated environment .
Method for manufacturing a brushed rolled product made of an Al-Cu-Li alloy having a thickness of less than 12mm comprising a step of brushing such that the brushing tool: - generates residual compression stresses at the surface of the brushed product; - eliminates a thickness at least equal to 9μm of the surface of the non-brushed rolled product, wherein the brushing step comprises at least one brushing of the circular type, the axis of rotation about which the brush rotates is perpendicular to the brushed plane. - generates residual compression stresses at the surface of the brushed product; - eliminates a thickness at least equal to 9μm of the surface of the non-brushed rolled product,
A secure computation device , wherein x is a real number, [•] is a secret share value of •, σ is a positive integer that is the number of bits indicating a right shifting amount, and m is a real number, the secure computation device comprising: a public value calculation unit configured to obtain a public value 2 σ /m; and a secure computation unit configured to perform secure computation of public value division [x]/(2 σ /m) using a secret share value [x] and the public value 2 σ /m obtained by the public value calculation unit to obtain and output a secret share value [mx] r of a value obtained by right-shifting mx by σ bits. wherein σ is determined according to a number of bits that can be handled by a processor of the secure computation unit . a public value calculation unit configured to obtain a public value 2 σ /m; and a secure computation unit configured to perform secure computation of public value division [x]/(2 σ /m) using a secret share value [x] and the public value 2 σ /m obtained by the public value calculation unit to obtain and output a secret share value [mx] r of a value obtained by right-shifting mx by σ bits. wherein σ is determined according to a number of bits that can be handled by a processor of the secure computation unit .