mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless power transmission device comprising: a transmitting coil assembly comprising: a first magnetic core comprising a substantial U-shaped body portion , and a first pillar portion and a second pillar portion located at both ends of the U-shaped body portion , respectively, and extending toward each other; and a transmitting coil winding comprising a first transmitting coil winding wound around the first pillar portion and a second transmitting coil winding wound around the second pillar portion , the first transmitting coil winding and the second transmitting coil winding being electrically connected with each other in series; and a receiving coil assembly comprising: a second magnetic core ; and a receiving coil winding comprising a first receiving coil winding wound around one end of the second magnetic core and a second receiving coil winding wound around the other end of the second magnetic core , the first receiving coil winding and the second receiving coil winding being electrically connected with each other in series, wherein the receiving coil assembly is adapted to be interposed between the first pillar portion and the second pillar portion of the transmitting coil assembly so as to be electromagnetically coupled therewith. a first magnetic core comprising a substantial U-shaped body portion , and a first pillar portion and a second pillar portion located at both ends of the U-shaped body portion , respectively, and extending toward each other; and a transmitting coil winding comprising a first transmitting coil winding wound around the first pillar portion and a second transmitting coil winding wound around the second pillar portion , the first transmitting coil winding and the second transmitting coil winding being electrically connected with each other in series; and a receiving coil assembly comprising: a second magnetic core ; and a receiving coil winding comprising a first receiving coil winding wound around one end of the second magnetic core and a second receiving coil winding wound around the other end of the second magnetic core , the first receiving coil winding and the second receiving coil winding being electrically connected with each other in series, wherein the receiving coil assembly is adapted to be interposed between the first pillar portion and the second pillar portion of the transmitting coil assembly so as to be electromagnetically coupled therewith. a second magnetic core ; and a receiving coil winding comprising a first receiving coil winding wound around one end of the second magnetic core and a second receiving coil winding wound around the other end of the second magnetic core , the first receiving coil winding and the second receiving coil winding being electrically connected with each other in series, wherein the receiving coil assembly is adapted to be interposed between the first pillar portion and the second pillar portion of the transmitting coil assembly so as to be electromagnetically coupled therewith.
A method, comprising: at an electronic device with a touch-sensitive display , wherein the touch-sensitive display comprises one or more sensors to detect the intensity of contacts with the touch-sensitive display: displaying a first user interface screen, wherein the first user interface screen includes an affordance representing a calendar entry in a calendar application; detecting a touch on the display , the touch having a characteristic intensity, the touch located at the affordance representing the calendar entry; determining whether the characteristic intensity of the touch is below a threshold intensity; in response to a determination that the characteristic intensity of the touch is below the threshold intensity, ceasing to display the first user interface screen and displaying a second user interface screen, wherein the second user interface screen includes a time and a location associated with the calendar entry; and in response to a determination that the characteristic intensity of the touch is not below the threshold intensity, ceasing to display the first user interface screen and displaying a third user interface screen, wherein the third user interface screen includes a plurality of affordances representing functions of the calendar application. displaying a first user interface screen, wherein the first user interface screen includes an affordance representing a calendar entry in a calendar application; detecting a touch on the display , the touch having a characteristic intensity, the touch located at the affordance representing the calendar entry; determining whether the characteristic intensity of the touch is below a threshold intensity; in response to a determination that the characteristic intensity of the touch is below the threshold intensity, ceasing to display the first user interface screen and displaying a second user interface screen, wherein the second user interface screen includes a time and a location associated with the calendar entry; and in response to a determination that the characteristic intensity of the touch is not below the threshold intensity, ceasing to display the first user interface screen and displaying a third user interface screen, wherein the third user interface screen includes a plurality of affordances representing functions of the calendar application.
A pneumatic radial tire for a passenger vehicle including a carcass , which is composed of a ply of carcass cords radially arranged and toroidally provided between bead cores embedded in a pair of bead portions , and a pair of sidewall portions connected to the bead portions , wherein when the tire is mounted on a rim and applied with internal pressure of at least 250 kPa, a tire cross-sectional width SW and a tire outer diameter OD satisfy a relational expression: OD ≥ − 0.0187 × SW 2 + 9.15 × SW − 380 , characterised in that a ratio Ts/Tb is 15% to 40%, the Ts representing a gauge of the sidewall portion in a tire maximum width portion and the Tb representing a bead width in a tire radial direction center position of the bead core , and the pneumatic radial tire further comprises a belt having belt cord with a Young's modulus of 45,000 MPa or higher.
Perforator assembly for drilling bone tissue, comprising a drive shaft having a rotation axis (t), a chipping head having the same rotation axis (t), a drill head arranged coaxially inside the chipping head ; a first connecting profile is provided at a proximal end of the drill head , and a second connecting profile is provided at a distal end of the drive shaft , and the drill head is arranged so as to be displaceable with respect to the chipping head along the rotation axis (t) between a proximal position and a distal position, and in the proximal position the second connecting profile at the distal end of the drive shaft cooperates with the first connecting profile such as to transmit rotational motion from the drive shaft to the drill head , and in the distal position the first connecting profile at the proximal end of the drill head and the second connecting profile on the distal end of the drive shaft are disengaged characterised by that a first magnet is arranged in a closed off cavity at the proximal end of the drill head , and a second magnet is arranged in a closed off cavity at a distal end of the drive shaft such that same magnetic poles are facing each other.
A method for disseminating software contents through a telecommunication network, comprising the steps of: - storing in a database a plurality of identification codes singularly associable to a user profile, - incorporating each identification code in a respective physical object , - detecting the identification code incorporated in one of these physical objects by means of an electronic device connected to the database by the telecommunication network, - activating in the database the identification code detected on the physical object , if said identification code is not associated in the database to any user profile, said activation providing to associate in the database the identification code detected on the physical object to a software content and to a user profile provided through the electronic device , - giving the electronic device access to the software content associated to the identification code detected on the physical object , if said identification code is associated in the database to a user profile, - allowing to modify the software content associated in the database to each identification code, only through a software application associated to the user profile associated to said identification code. - storing in a database a plurality of identification codes singularly associable to a user profile, - incorporating each identification code in a respective physical object , - detecting the identification code incorporated in one of these physical objects by means of an electronic device connected to the database by the telecommunication network, - activating in the database the identification code detected on the physical object , if said identification code is not associated in the database to any user profile, said activation providing to associate in the database the identification code detected on the physical object to a software content and to a user profile provided through the electronic device , - giving the electronic device access to the software content associated to the identification code detected on the physical object , if said identification code is associated in the database to a user profile, - allowing to modify the software content associated in the database to each identification code, only through a software application associated to the user profile associated to said identification code.
A synthetic charged isoprenoid glycolipid comprising a sulfated saccharide group covalently linked to the free sn-1 hydroxyl group of the glycerol backbone of an archaeal core lipid via a beta linkage, including pharmaceutically acceptable salts thereof, in particular sodium, calcium or magnesium salts thereof.
A cooling system comprising: a liquid pump having an inlet and an outlet , said liquid pump adapted for pumping a liquid refrigerant; an inlet fluid path for said refrigerant, said inlet fluid path connected to said inlet of said liquid pump ; an accumulator adapted for storing a supply of said refrigerant, said accumulator being in fluid communication with said inlet fluid path ; a condenser adapted for cooling said refrigerant, said condenser arranged in said inlet fluid path between said accumulator and said inlet of said liquid pump ; and an outlet fluid path for said refrigerant, said outlet fluid path connected to said outlet of said liquid pump ; wherein part of said outlet fluid path is in thermal contact with said accumulator so to allow said refrigerant flowing through said outlet fluid path to exchange heat with said accumulator , characterised in that said refrigerant within the part of said outlet fluid path in thermal contact with said accumulator is not in fluid contact with the supply of refrigerant in said accumulator . a liquid pump having an inlet and an outlet , said liquid pump adapted for pumping a liquid refrigerant; an inlet fluid path for said refrigerant, said inlet fluid path connected to said inlet of said liquid pump ; an accumulator adapted for storing a supply of said refrigerant, said accumulator being in fluid communication with said inlet fluid path ; a condenser adapted for cooling said refrigerant, said condenser arranged in said inlet fluid path between said accumulator and said inlet of said liquid pump ; and an outlet fluid path for said refrigerant, said outlet fluid path connected to said outlet of said liquid pump ; wherein part of said outlet fluid path is in thermal contact with said accumulator so to allow said refrigerant flowing through said outlet fluid path to exchange heat with said accumulator , characterised in that said refrigerant within the part of said outlet fluid path in thermal contact with said accumulator is not in fluid contact with the supply of refrigerant in said accumulator .
A mobile electronic device enclosure comprising a back housing and a front housing, wherein the back housing comprises: a) a part of a coupling mechanism configured to removably couple the back housing of the mobile electronic device enclosure to a mounting head of a docking system; b) at least one electrical contact point configured to be in electrical communication with one or more electrical contact points on the mounting head when the back housing is engaged with the mounting head through the coupling mechanism ; and characterised by c) a charger control unit comprising: - a first power connection port ; and - a second, two-way, power connection port ; wherein the electrical communication allows a charging current to be transferred from an electrical contact point on the mounting head to the at least one electrical contact point on the back housing ; wherein the first power connection port is configured for electrical communication with a mobile electronic device positioned in the back housing , and operatively connected to a) the at least one electrical contact point of the back housing, and b) to the second, two-way, power connection port ; wherein the second, two-way, power connection port is configured for electrical communication with a) an auxiliary mobile electronic device, and b) an external power source, and operatively connected to the at least one electrical contact point of the back housing . a) a part of a coupling mechanism configured to removably couple the back housing of the mobile electronic device enclosure to a mounting head of a docking system; b) at least one electrical contact point configured to be in electrical communication with one or more electrical contact points on the mounting head when the back housing is engaged with the mounting head through the coupling mechanism ; and characterised by c) a charger control unit comprising: - a first power connection port ; and - a second, two-way, power connection port ; wherein the electrical communication allows a charging current to be transferred from an electrical contact point on the mounting head to the at least one electrical contact point on the back housing ; wherein the first power connection port is configured for electrical communication with a mobile electronic device positioned in the back housing , and operatively connected to a) the at least one electrical contact point of the back housing, and b) to the second, two-way, power connection port ; wherein the second, two-way, power connection port is configured for electrical communication with a) an auxiliary mobile electronic device, and b) an external power source, and operatively connected to the at least one electrical contact point of the back housing . - a first power connection port ; and - a second, two-way, power connection port ;
An aqueous solution comprising an effective amount N-acetylneuraminic acid (NANA) and having a pH of from 2.0 to 4.0 for use in: inhibiting or treating ailments of the upper respiratory tract, wherein said ailment of the upper respiratory tract is selected from the group consisting of dryness in the nose, and development and/or presence of common colds, and rhinovirus infection.
A power tool comprising: - a housing , - a stationary part , which is stationary relative to the housing , - a rotatable part , which is rotatable about a rotation axis (A) relative to the stationary part , and - a rotary transformer comprising: a stator attached to the stationary part , the stator comprising a stator coil structure , a stator carrier and a stator screen layer , wherein the stator screen layer is arranged between the stator coil structure and the stator carrier , wherein the stator screen layer is a first ferrite tape, and a rotor attached to the rotatable part , the rotor comprising a rotor coil structure inductively coupled with the stator coil structure , a rotor carrier and a rotor screen layer , wherein the rotor screen layer is arranged between the rotor coil structure and the rotor carrier , wherein the rotor screen layer is a second ferrite tape, wherein the rotor coil structure and the stator coil structure are arranged with an air gap between them in a direction along the rotation axis (A), wherein the stationary part comprises stationary electronic circuitry connected to the stator coil structure and the rotatable part comprises rotating electronic circuitry connected to the rotor coil structure . - a housing , - a stationary part , which is stationary relative to the housing , - a rotatable part , which is rotatable about a rotation axis (A) relative to the stationary part , and - a rotary transformer comprising: a stator attached to the stationary part , the stator comprising a stator coil structure , a stator carrier and a stator screen layer , wherein the stator screen layer is arranged between the stator coil structure and the stator carrier , wherein the stator screen layer is a first ferrite tape, and a rotor attached to the rotatable part , the rotor comprising a rotor coil structure inductively coupled with the stator coil structure , a rotor carrier and a rotor screen layer , wherein the rotor screen layer is arranged between the rotor coil structure and the rotor carrier , wherein the rotor screen layer is a second ferrite tape, wherein the rotor coil structure and the stator coil structure are arranged with an air gap between them in a direction along the rotation axis (A), a stator attached to the stationary part , the stator comprising a stator coil structure , a stator carrier and a stator screen layer , wherein the stator screen layer is arranged between the stator coil structure and the stator carrier , wherein the stator screen layer is a first ferrite tape, and a rotor attached to the rotatable part , the rotor comprising a rotor coil structure inductively coupled with the stator coil structure , a rotor carrier and a rotor screen layer , wherein the rotor screen layer is arranged between the rotor coil structure and the rotor carrier , wherein the rotor screen layer is a second ferrite tape, wherein the rotor coil structure and the stator coil structure are arranged with an air gap between them in a direction along the rotation axis (A),
A flow-through measurement cell for accommodating measuring devices for measuring chemical and/or physical properties of a fluid flowing through the measurement cell with: - a measurement chamber arranged between an inlet opening for the inflow of the fluid and an outlet opening for the outflow of the fluid with a measurement channel extending from a first end up to an opposite second end , - a radiation measurement area for measuring the interaction of the fluid in the measurement chamber with electromagnetic radiation from outside the measurement chamber and - a conductivity measurement socket for accommodating conductivity measuring devices for measuring the conductivity of the fluid in the measurement chamber , wherein the inlet opening is arranged at the first end at an angle to the measurement channel , wherein the outlet opening is arranged at the second end at an angle to the measurement channel , wherein the measurement cell has a temperature measurement area for the arrangement of a temperature sensor, characterized in that the conductivity measurement socket is arranged at the first end . - a measurement chamber arranged between an inlet opening for the inflow of the fluid and an outlet opening for the outflow of the fluid with a measurement channel extending from a first end up to an opposite second end , - a radiation measurement area for measuring the interaction of the fluid in the measurement chamber with electromagnetic radiation from outside the measurement chamber and - a conductivity measurement socket for accommodating conductivity measuring devices for measuring the conductivity of the fluid in the measurement chamber , wherein
An analysis method of an acrylic acid content in an acrylic adhesive resin copolymer, comprising measuring the amount of moisture generated from the acrylic adhesive resin copolymer obtained by polymerization of two or more acrylic acid-based monomers by using a moisture analyzer for solid sample and calculate the content of the acrylic acid by inserting the measurement into the following Equation 1: AA Content % = W H 2 O × 2 × MW AA 1000 × MW H 2 O × W S × 100 wherein, AA represents the acrylic acid, W H2O is a measured amount in μg of moisture, "2" in a numerator representing that 1 mole of H 2 O is generated per 2 moles of acrylic acids, MW AA is the molecular weight of acrylic acid being 72.06 g/mol, "1000" in a denominator is for calibration of a weight unit, MW H2O is the molecular weight of H 2 O being 18.02 g/mol, and W S is an amount in mg of a sample of the acrylic copolymer adhesive resin, wherein a final temperature at which the amount of moisture is measured by using the moisture analyser for solid sample is 355 to 365°C. AA represents the acrylic acid, W H2O is a measured amount in μg of moisture, "2" in a numerator representing that 1 mole of H 2 O is generated per 2 moles of acrylic acids, MW AA is the molecular weight of acrylic acid being 72.06 g/mol, "1000" in a denominator is for calibration of a weight unit, MW H2O is the molecular weight of H 2 O being 18.02 g/mol, and W S is an amount in mg of a sample of the acrylic copolymer adhesive resin, wherein a final temperature at which the amount of moisture is measured by using the moisture analyser for solid sample is 355 to 365°C.
An air conditioning device for a vehicle comprising: a refrigeration cycle including a compressor , a condenser , an expansion valve , and an evaporator through which a refrigerant is sequentially flowed; a high-temperature heat medium circuit through which a high-temperature heat medium has exchanged heat with the refrigerant in the condenser is circulated; a low-temperature heat medium circuit through which a low-temperature heat medium has exchanged heat with the refrigerant in the evaporator is circulated; connection lines connecting the high-temperature heat medium circuit to the low-temperature heat medium circuit ; first and second vehicle interior heat exchangers which are allowed to be introduced the heat medium thereinto; and a switching unit which is configured to switch an operation state of the air conditioning device to a first mode allowing to connect one of the vehicle interior heat exchangers to only the low-temperature heat medium circuit via the connection lines , in which the low-temperature heat medium is supplied to only the vehicle interior heat exchanger connected to the low-temperature heat medium circuit, to cause freezing of moisture generated on a surface of the vehicle interior heat exchanger . a refrigeration cycle including a compressor , a condenser , an expansion valve , and an evaporator through which a refrigerant is sequentially flowed; a high-temperature heat medium circuit through which a high-temperature heat medium has exchanged heat with the refrigerant in the condenser is circulated; a low-temperature heat medium circuit through which a low-temperature heat medium has exchanged heat with the refrigerant in the evaporator is circulated; connection lines connecting the high-temperature heat medium circuit to the low-temperature heat medium circuit ; first and second vehicle interior heat exchangers which are allowed to be introduced the heat medium thereinto; and a switching unit which is configured to switch an operation state of the air conditioning device to a first mode allowing to connect one of the vehicle interior heat exchangers to only the low-temperature heat medium circuit via the connection lines , in which the low-temperature heat medium is supplied to only the vehicle interior heat exchanger connected to the low-temperature heat medium circuit, to cause freezing of moisture generated on a surface of the vehicle interior heat exchanger .