mhurhangee/patent-ind-claim-en huggingface dataset:
Non-stoichiometric quantum dot nanoparticles consisting of quantum dot cores and nonthiol ligand bonded to the core, wherein the quantum dot core is HgS, wherein the nonthiol ligand is one or more selected from a group consisting of oleic acid, oleylamine, trioctylphosphine (TOP), trioctylphosphine oxide (TOPO), octylamine, trioctyl amine, hexadecylamine, hexylphosphonic acid (HPA), tetradecylphosphonic acid (TDPA), and octylphosphinic acid (OPA); wherein infrared rays are emitted from electron transition between discrete electronic state in a band. wherein the quantum dot core is HgS, wherein the nonthiol ligand is one or more selected from a group consisting of oleic acid, oleylamine, trioctylphosphine (TOP), trioctylphosphine oxide (TOPO), octylamine, trioctyl amine, hexadecylamine, hexylphosphonic acid (HPA), tetradecylphosphonic acid (TDPA), and octylphosphinic acid (OPA); wherein infrared rays are emitted from electron transition between discrete electronic state in a band.
A process for preparing a flexible packaging material comprising: - printing a liquid electrophotographic printing ink composition onto a surface of a first flexible substrate coated with a primer resin; - extruding a thermally activatable laminating material onto a surface of a second flexible substrate, wherein the thermally activatable laminating material is a polymer having an ester of acrylic or methacrylic acid content greater than or equal to 17% by weight; and - contacting, under conditions of temperature greater or equal to 50°C, the surface of the second flexible substrate on which the thermally activatable laminating material is deposited with the surface of the first flexible substrate printed with the liquid electrophotographic printing ink composition. - printing a liquid electrophotographic printing ink composition onto a surface of a first flexible substrate coated with a primer resin; - extruding a thermally activatable laminating material onto a surface of a second flexible substrate, wherein the thermally activatable laminating material is a polymer having an ester of acrylic or methacrylic acid content greater than or equal to 17% by weight; and - contacting, under conditions of temperature greater or equal to 50°C, the surface of the second flexible substrate on which the thermally activatable laminating material is deposited with the surface of the first flexible substrate printed with the liquid electrophotographic printing ink composition.
A laminated core manufacturing device for manufacturing at least a punched out body of a plurality of laminated core materials used for manufacturing a laminated core, the laminated core manufacturing device comprising: an overlapping unit configured to overlap the plurality of laminated core materials conveyed along different conveyance routes; an edge position correction unit configured to align edge positions in a width direction of the plurality of laminated core materials between the plurality of laminated core materials and to correct shift of each edge position of the plurality of laminated core materials with respect to a standard edge position which is a reference of each edge position in the width direction; an uplift prevention unit configured to prevent uplift of the plurality of laminated core materials in which the edge positions are aligned and shift of the edge positions is corrected by the edge position correction unit; and a punching unit configured to punch out the plurality of laminated core materials which are overlapped by the overlapping unit and have been subjected to a process to align the edge positions and to correct shift of the edge positions performed by the edge position correction unit, and a process to prevent the uplift performed by the uplift prevention unit, so as to obtain the punched out body. an overlapping unit configured to overlap the plurality of laminated core materials conveyed along different conveyance routes; an edge position correction unit configured to align edge positions in a width direction of the plurality of laminated core materials between the plurality of laminated core materials and to correct shift of each edge position of the plurality of laminated core materials with respect to a standard edge position which is a reference of each edge position in the width direction; an uplift prevention unit configured to prevent uplift of the plurality of laminated core materials in which the edge positions are aligned and shift of the edge positions is corrected by the edge position correction unit; and a punching unit configured to punch out the plurality of laminated core materials which are overlapped by the overlapping unit and have been subjected to a process to align the edge positions and to correct shift of the edge positions performed by the edge position correction unit, and a process to prevent the uplift performed by the uplift prevention unit, so as to obtain the punched out body.
Fuel injector comprising a control valve assembly arranged between a nozzle assembly and an actuator assembly , said control valve assembly having a body extending along a main axis (X) between a transverse first face and an opposed transverse second face , and being provided with a recess dug in said second face and a bore opening in the bottom face of said recess and axially extending to the first face of the body, the control valve assembly further comprising an armature-and-stem-assembly arranged within said recess and bore, the stem forming a valve seat actionable between open and closed positions of a fuel return circuit via a magnetic field generated by a powered solenoid arranged in the body of the actuator assembly, the recess forming a chamber in which the armature is and, the stem forming a sliding valve spool in the bore , wherein the control valve assembly further comprises a check valve arranged to prevent flow between the first face of the body and the bottom face of the recess and, to enable flow in the opposite direction, and wherein the solenoid has an over-moulded core around which is wound a coil defining a central bore axially extending from a transverse lower face of the solenoid toward an end-shoulder face adapted to receive in abutment a pin against which, in use, a valve spring compresses, wherein the solenoid is further provided with a channel extending inside the over-moulding from said end-shoulder face toward a lateral face of the solenoid and, wherein said check valve comprises a valve member biased by a spring against a seating face that controls a narrow passage and, wherein said valve member is a ball and the seating face is a conical face and, said narrow passage extending from the tip of said conical face to the bottom face of the recess and, characterized in that a second check valve is provided within said channel , said check valve preventing, in use fuel flow from said central bore toward the outer lateral face of the solenoid. the solenoid has an over-moulded core around which is wound a coil defining a central bore axially extending from a transverse lower face of the solenoid toward an end-shoulder face adapted to receive in abutment a pin against which, in use, a valve spring compresses, wherein the solenoid is further provided with a channel extending inside the over-moulding from said end-shoulder face toward a lateral face of the solenoid and, wherein said check valve comprises a valve member biased by a spring against a seating face that controls a narrow passage and, wherein said valve member is a ball and the seating face is a conical face and, said narrow passage extending from the tip of said conical face to the bottom face of the recess and, characterized in that a second check valve is provided within said channel , said check valve preventing, in use fuel flow from said central bore toward the outer lateral face of the solenoid.
A password protection question setting method, comprising: receiving a password protection question set request for a password, the set request comprising a user identifier; extracting one or more pieces of setting information corresponding to the user identifier; individually acquiring one or more password protection questions that match the one or more pieces of setting information; and outputting the one or more password protection questions, characterized in that individually acquiring the one or more password protection questions that match the one or more pieces of setting information comprises: searching a preset question bank for one or more password protection questions with respective semantic meanings having a degree of semantic similarity exceeding a similarity threshold when compared to the one or more pieces of setting information, wherein each protection question has corresponding category information; and separately determining whether the one or more pieces of setting information match the category information; and extracting the password protection questions if affirmative. receiving a password protection question set request for a password, the set request comprising a user identifier; extracting one or more pieces of setting information corresponding to the user identifier; individually acquiring one or more password protection questions that match the one or more pieces of setting information; and outputting the one or more password protection questions, characterized in that individually acquiring the one or more password protection questions that match the one or more pieces of setting information comprises: searching a preset question bank for one or more password protection questions with respective semantic meanings having a degree of semantic similarity exceeding a similarity threshold when compared to the one or more pieces of setting information, wherein each protection question has corresponding category information; and separately determining whether the one or more pieces of setting information match the category information; and extracting the password protection questions if affirmative. searching a preset question bank for one or more password protection questions with respective semantic meanings having a degree of semantic similarity exceeding a similarity threshold when compared to the one or more pieces of setting information, wherein each protection question has corresponding category information; and separately determining whether the one or more pieces of setting information match the category information; and extracting the password protection questions if affirmative.
Through air drier, comprising an inlet of a continuous sheet of paper to be dried, an inlet section of a drying hot air flow intended to pass through the sheet , a distribution of at least two cylindrical drying drums located downstream of the inlet of the drying air flow, permeable to the passage of air, parallel to each other and with the rotation axis orthogonal to the inlet direction of the hot air flow, arranged so as to each be passed through by the entering air flow through a first cylindrical surface passage portion and exiting a second cylindrical surface passage portion , said drums being arranged to be partially wrapped in succession by the inlet sheet , an outlet section of the drying air flow downstream of the drums , an outlet of the dried sheet . characterized in that said drums are arranged to be partially wrapped on a first lower or upper cylindrical portion of a first drum and on a second respectively upper or lower cylindrical portion of a second drum adjacent to said first drum and to guide the inlet sheet along a serpentine shaped path, an inlet of a continuous sheet of paper to be dried, an inlet section of a drying hot air flow intended to pass through the sheet , a distribution of at least two cylindrical drying drums located downstream of the inlet of the drying air flow, permeable to the passage of air, parallel to each other and with the rotation axis orthogonal to the inlet direction of the hot air flow, arranged so as to each be passed through by the entering air flow through a first cylindrical surface passage portion and exiting a second cylindrical surface passage portion , said drums being arranged to be partially wrapped in succession by the inlet sheet , an outlet section of the drying air flow downstream of the drums , an outlet of the dried sheet .
A method for manufacturing a powdered molding material, comprising a step of three-dimensionally kneading, while heating, lacquer and plant fibers, wherein the powdered molding material comprises 10.5 - 13% by mass of acetone-soluble matter, wherein the mass % of acetone-soluble matter is measured by placing 1 g of the molding material with 25 ml of acetone and leaving overnight; filtration is then performed and the remaining substance is further mixed with 25 ml of acetone and left for two hours; filtration is then performed; the substance dissolved in the acetone after the two filtrations is left for five days in order to remove volatile components; the weight of the substance dissolved in the acetone is then measured and the mass % of acetone-soluble matter is calculated; wherein the powdered molding material comprises a powder that passes through a 10-120 mesh sieve, and wherein the lacquer and the plant fibers are three-dimensionally kneaded using one or more rotating blades provided in a mixing machine, wherein three-dimensionally kneading comprises movements in multiple directions, including vertical, horizontal and oblique directions. wherein the powdered molding material comprises 10.5 - 13% by mass of acetone-soluble matter, wherein the mass % of acetone-soluble matter is measured by placing 1 g of the molding material with 25 ml of acetone and leaving overnight; filtration is then performed and the remaining substance is further mixed with 25 ml of acetone and left for two hours; filtration is then performed; the substance dissolved in the acetone after the two filtrations is left for five days in order to remove volatile components; the weight of the substance dissolved in the acetone is then measured and the mass % of acetone-soluble matter is calculated; wherein the powdered molding material comprises a powder that passes through a 10-120 mesh sieve, and wherein the lacquer and the plant fibers are three-dimensionally kneaded using one or more rotating blades provided in a mixing machine, wherein three-dimensionally kneading comprises movements in multiple directions, including vertical, horizontal and oblique directions.
A computer program, distributable by electronic data transmission, comprising computer program code means adapted, when said program is loaded onto a computer, to make the computer execute a method of identifying a toothbrush user from among a plurality of different toothbrush users comprising: - obtaining data indicative of toothbrush motion relative to at least two axes of the toothbrush; - filtering the motion data to extract motion data over a predetermined frequency range, wherein the predetermined frequency range comprises frequencies above 1 Hz; - determining a motion component distribution of the filtered motion data using principal component analysis, in which determining a motion component distribution comprises performing said principal component analysis to project the motion data onto a set of principal axes so as to maximise variance across the principal axes, and using features of the motion components in the reference frame of the principal axes to discriminate the user-specific motion from other ones of said users; and - comparing the motion component distribution with a plurality of user-specific motion component distributions to establish the data as indicative of one of said plurality of users. - obtaining data indicative of toothbrush motion relative to at least two axes of the toothbrush; - filtering the motion data to extract motion data over a predetermined frequency range, wherein the predetermined frequency range comprises frequencies above 1 Hz; - determining a motion component distribution of the filtered motion data using principal component analysis, in which determining a motion component distribution comprises performing said principal component analysis to project the motion data onto a set of principal axes so as to maximise variance across the principal axes, and using features of the motion components in the reference frame of the principal axes to discriminate the user-specific motion from other ones of said users; and - comparing the motion component distribution with a plurality of user-specific motion component distributions to establish the data as indicative of one of said plurality of users.
Method of communication according to a WebRTC type technology on a communication network, characterized in that it includes steps of: - connection (S201) of a first terminal of a first user to an environment server (EVS), providing a unified communication environment, and loading (S201) of a web application incorporated in a web page provided by said environment server into a web browser on the first terminal; - sending (S203) of a service activation request message, by the web application loaded in the web browser on the first terminal of the first user, to an application server, in order to determine communication services currently authorized for the first user; - reception (S205) by said browser of a service activation response message, said response message containing data for access to a set of communication services, and activation by the web application, in the first terminal, of each service of said set; - updating (S207) of a communication environment graphical interface, displayed in the first terminal by said web application, with said set of communication services. - connection (S201) of a first terminal of a first user to an environment server (EVS), providing a unified communication environment, and loading (S201) of a web application incorporated in a web page provided by said environment server into a web browser on the first terminal; - sending (S203) of a service activation request message, by the web application loaded in the web browser on the first terminal of the first user, to an application server, in order to determine communication services currently authorized for the first user; - reception (S205) by said browser of a service activation response message, said response message containing data for access to a set of communication services, and activation by the web application, in the first terminal, of each service of said set; - updating (S207) of a communication environment graphical interface, displayed in the first terminal by said web application, with said set of communication services.
Spring-loaded drive for a high-voltage power switch, comprising at least one spring and comprising at least one tensioning motor for the at least one spring, wherein at least one rectifier circuit is included which is formed by precisely one diode which is connected in series with the tensioning motor , characterized in that the diode is included in a bridge rectifier , in the form of a Graetz circuit, wherein precisely one diode of the bridge rectifier is connected electrically in series with the tensioning motor in such a way that, in the case of AC voltage, a half-wave of the AC voltage is applied to the tensioning motor by means of the diode in the forward direction and the tensioning motor can be driven by the half-wave, and wherein three diodes of the bridge rectifier are each connected in series with one another, in parallel with the one diode in series with the tensioning motor, and the three diodes are interconnected in such a way that no current flows across the three diodes.
A shallow water base structure , preferably for storing and loading or unloading hydrocarbons, such as LNG, oil or gas, comprising a floatable, and removable seabed substructure intended to be supported by a seabed , the seabed substructure comprising a beam structure provided with an upwards extending wall structure , arranged along at least a part of the periphery of the base structure , characterized in that - the upwards extending side walls being provided with buoyancy devices, - the base structure being provided with an opening in the wall structure for allowing a floatable module to be berthed in and supported by the seabed substructure , - the base structure being provided with strong points configured to receive the ends of preinstalled vertical piles for at least temporary support of the base structure during a piling operation for permanent piling of the base structure to the sea bed , - the strong points being formed by elements extending laterally outwards from the base structure . - the upwards extending side walls being provided with buoyancy devices, - the base structure being provided with an opening in the wall structure for allowing a floatable module to be berthed in and supported by the seabed substructure , - the base structure being provided with strong points configured to receive the ends of preinstalled vertical piles for at least temporary support of the base structure during a piling operation for permanent piling of the base structure to the sea bed , - the strong points being formed by elements extending laterally outwards from the base structure .
A fiber comprising olefin-based resin, wherein temperatures of the olefin-based resin losing five percent by weight and an olefin-based resin component of the fiber losing five percent by weight have a difference of 20 degrees Celsius or lower according to thermogravimetric measurements made following the standard JIS K 7120, the olefin-based resin is cyclic olefin-based resin, and the fiber has a single filament fineness from 1.7 dtex to 10 dtex.
Separation device , in particular an intelligent rubbish bin, for separating and collecting objects that can be used several times and residual waste, comprising: a first collection container for collecting residual waste; a second collection container ; a sorting device; characterised in that : the second collection container is intended for receiving marked objects; the sorting device comprises at least one RFID scanner and is designed to recognise objects marked with an RFID identifier by means of the RFID scanner ; and the sorting device is further designed to transfer recognised objects into the second collection container and to transfer other objects into the first collection container . a first collection container for collecting residual waste; a second collection container ; a sorting device; the second collection container is intended for receiving marked objects; the sorting device comprises at least one RFID scanner and is designed to recognise objects marked with an RFID identifier by means of the RFID scanner ; and the sorting device is further designed to transfer recognised objects into the second collection container and to transfer other objects into the first collection container .