mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a shaped polylactide article comprising stereocomplex polylactide (sc-PLA), which method includes the following steps: a) mixing an amount of a first homopolylactide with an excess amount of a second homopolylactide in the molten state to provide a molten blend, the first and second homopolylactides being different from each other and selected from a poly-D-lactide (PDLA) homopolymer and a poly-L-lactide (PLLA) homopolymer; b) solidifying the molten blend and allowing it to crystallize to provide a solidified blend comprising sc-PLA; c) mixing the solidified blend with an additional amount of the first homopolylactide in the solid state to provide a solids mixture; d) shaping the solids mixture by melt processing the solids mixture at a temperature above the melting temperature of the PDLA and PLLA homopolymers and below the melting temperature of the sc-PLA, and cooling the melt processed mixture to a temperature below the melting temperature of the PDLA and PLLA homopolymers to provide a shaped polylactide article comprising sc-PLA. a) mixing an amount of a first homopolylactide with an excess amount of a second homopolylactide in the molten state to provide a molten blend, the first and second homopolylactides being different from each other and selected from a poly-D-lactide (PDLA) homopolymer and a poly-L-lactide (PLLA) homopolymer; b) solidifying the molten blend and allowing it to crystallize to provide a solidified blend comprising sc-PLA; c) mixing the solidified blend with an additional amount of the first homopolylactide in the solid state to provide a solids mixture; d) shaping the solids mixture by melt processing the solids mixture at a temperature above the melting temperature of the PDLA and PLLA homopolymers and below the melting temperature of the sc-PLA, and cooling the melt processed mixture to a temperature below the melting temperature of the PDLA and PLLA homopolymers to provide a shaped polylactide article comprising sc-PLA.
An electronic device comprising: a housing having a first surface and an opposite second surface; a display disposed between the first surface and the second surface; an ElectroMagnetic Resonance EMR sensor pad for sensing an electronic pen disposed between the first surface and the second surface; a pen placing space disposed between the first surface and the second surface to accommodate an electronic pen ; a detecting member disposed in vicinity of a coil of the electronic pen when the electronic pen is fully inserted into the pen placing space, for detecting the insertion of the electronic pen; wherein the electronic device stops the operation of the EMR sensor pad and the detecting member scans for the electronic pen periodically, when the insertion of the electronic pen is detected; characterized in that the electronic device further comprises: a first shielding member disposed above the coil of the electronic pen fully inserted into the pen placing space and below one conductive shielding member , wherein the one conductive shielding member is stacked below the EMR sensor pad ; and a second shielding member disposed below the detecting member . a housing having a first surface and an opposite second surface; a display disposed between the first surface and the second surface; an ElectroMagnetic Resonance EMR sensor pad for sensing an electronic pen disposed between the first surface and the second surface; a pen placing space disposed between the first surface and the second surface to accommodate an electronic pen ; a detecting member disposed in vicinity of a coil of the electronic pen when the electronic pen is fully inserted into the pen placing space, for detecting the insertion of the electronic pen; wherein the electronic device stops the operation of the EMR sensor pad and the detecting member scans for the electronic pen periodically, when the insertion of the electronic pen is detected; characterized in that the electronic device further comprises: a first shielding member disposed above the coil of the electronic pen fully inserted into the pen placing space and below one conductive shielding member , wherein the one conductive shielding member is stacked below the EMR sensor pad ; and a second shielding member disposed below the detecting member . a first shielding member disposed above the coil of the electronic pen fully inserted into the pen placing space and below one conductive shielding member , wherein the one conductive shielding member is stacked below the EMR sensor pad ; and a second shielding member disposed below the detecting member .
Miniaturised, microsystem device with electrical, and/or optical, and/or mechanical, components , in a housing that is not hermetic, or not hermetically sealed, against air humidity, or in an encapsulation that is not hermetic against air humidity, in which the housing or the encapsulation contains a desiccant , characterised in that , a measurement transducer is provided in the housing, or in the encapsulation, for the measurement of a degree of absorption of the desiccant , which measurement transducer is designed for the conversion of water absorption of the desiccant into an electrical signal by means of impedance spectroscopy.
A method of producing a transdermal absorption sheet , comprising: a drug solution filling step of filling needle-like recessed portions of a mold having the needle-like recessed portions with a drug solution that is a polymer solution containing a drug; a drug solution drying step of drying the drug solution filling the needle-like recessed portions to form a drug layer containing the drug; a polymer layer forming solution supply step of supplying a polymer layer forming solution to the mold , the mold being provided with a step portion that has a height different from a height of a region in which the needle-like recessed portions are formed in a periphery of the region in which the needle-like recessed portions are formed, beyond the step portion as seen from above, and then fixing a contact position of the polymer layer forming solution and the mold to the step portion while reducing the polymer layer forming solution ; and a polymer layer forming solution drying step of drying the polymer layer forming solution supplied to the mold to form a polymer layer . a drug solution filling step of filling needle-like recessed portions of a mold having the needle-like recessed portions with a drug solution that is a polymer solution containing a drug; a drug solution drying step of drying the drug solution filling the needle-like recessed portions to form a drug layer containing the drug; a polymer layer forming solution supply step of supplying a polymer layer forming solution to the mold , the mold being provided with a step portion that has a height different from a height of a region in which the needle-like recessed portions are formed in a periphery of the region in which the needle-like recessed portions are formed, beyond the step portion as seen from above, and then fixing a contact position of the polymer layer forming solution and the mold to the step portion while reducing the polymer layer forming solution ; and a polymer layer forming solution drying step of drying the polymer layer forming solution supplied to the mold to form a polymer layer .
A method of generating a three-dimensional topological surface representation of a tyre on a vehicle , the method comprising: using a tread depth measurement device to record tread depth data for a tyre surface moving relative to the tread depth measurement device ; generating a movement profile (25, 26; 28, 30, 32; 56) of the tyre surface; and using the movement profile (25, 26; 28, 30, 32; 56) of the tyre surface to map the tread depth data onto a base tyre structure , said base tyre structure having curvature corresponding to the curvature of the tyre, thereby generating a three-dimensional topological surface representation of the tyre . using a tread depth measurement device to record tread depth data for a tyre surface moving relative to the tread depth measurement device ; generating a movement profile (25, 26; 28, 30, 32; 56) of the tyre surface; and using the movement profile (25, 26; 28, 30, 32; 56) of the tyre surface to map the tread depth data onto a base tyre structure , said base tyre structure having curvature corresponding to the curvature of the tyre, thereby generating a three-dimensional topological surface representation of the tyre .
A method for authenticating a cardless terminal, comprising the steps of: receiving (S101), by an Application Server, AS, an AS access request containing a user ID from a User Equipment, UE, the UE being the cardless terminal; generating (S102), by the AS, a key generation request containing the user ID and an AS ID; transmitting (S102), by the AS, the key generation request to an authentication server at a network side; receiving (S103), by the AS, a key generated by the authentication server according to the user ID, the AS ID and a secret key parameter, from the authentication server; and authenticating (S103), by the AS, the UE according to the key. receiving (S101), by an Application Server, AS, an AS access request containing a user ID from a User Equipment, UE, the UE being the cardless terminal; generating (S102), by the AS, a key generation request containing the user ID and an AS ID; transmitting (S102), by the AS, the key generation request to an authentication server at a network side; receiving (S103), by the AS, a key generated by the authentication server according to the user ID, the AS ID and a secret key parameter, from the authentication server; and authenticating (S103), by the AS, the UE according to the key.
A combination of an elongate structure and a lifting arrangement for upending the structure , the arrangement comprising: rigging of elongate elements that are connected to the structure at respective connection axes spaced longitudinally along the structure , at least one of those elements extending to a first connection axis and at least one other of those elements extending to a second connection axis and being of variable length, wherein the structure has a centre of gravity that lies in a vertical plane disposed between the first and second connection axes; and a frame suspended from a crane , via a hoisting system of the crane , the frame supporting at least one winch that acts on the at least one variable-length element of the rigging; wherein the at least one variable-length element of the rigging extends laterally from the winch and over a sheave that defines a suspension point of the frame that is offset laterally from said vertical plane, and the combination being characterised in that said vertical plane intersects the winch . rigging of elongate elements that are connected to the structure at respective connection axes spaced longitudinally along the structure , at least one of those elements extending to a first connection axis and at least one other of those elements extending to a second connection axis and being of variable length, wherein the structure has a centre of gravity that lies in a vertical plane disposed between the first and second connection axes; and a frame suspended from a crane , via a hoisting system of the crane , the frame supporting at least one winch that acts on the at least one variable-length element of the rigging; wherein the at least one variable-length element of the rigging extends laterally from the winch and over a sheave that defines a suspension point of the frame that is offset laterally from said vertical plane, and the combination being characterised in that said vertical plane intersects the winch .
A butyl rubber reactive bonding layer for a pre-applied reactive bonding waterproofing coiled material, characterized in that the butyl rubber reactive bonding layer comprises following raw materials in parts by weight: 100 parts of a raw rubber, 9.5 to 15.5 parts of a thermoplastic tackifier having a terminal hydroxyl group in the main structure, and 12.5 to 19.5 parts of an active filler, wherein the active filler comprises active silica and active alumina as constituents.
A solder reflow oven , comprising: a processing chamber defining an enclosure , the enclosure including a spindle configured to (a) support a substrate , (b) rotate with the substrate about a central axis of the processing chamber, and (c) move vertically along the central axis to position the substrate at different locations within the enclosure; a lamp assembly configured to heat a top surface of the substrate supported on the spindle, wherein the lamp assembly includes a plurality of spaced-apart lamps , and wherein a spacing of adj acent lamps of the lamp assembly is smaller at sides of the lamp assembly than at a center of the lamp assembly; and a lift assembly configured to move the spindle along the central axis. a processing chamber defining an enclosure , the enclosure including a spindle configured to (a) support a substrate , (b) rotate with the substrate about a central axis of the processing chamber, and (c) move vertically along the central axis to position the substrate at different locations within the enclosure; a lamp assembly configured to heat a top surface of the substrate supported on the spindle, wherein the lamp assembly includes a plurality of spaced-apart lamps , and wherein a spacing of adj acent lamps of the lamp assembly is smaller at sides of the lamp assembly than at a center of the lamp assembly; and a lift assembly configured to move the spindle along the central axis.
An apparatus configured to aggregate charging information in a network element of a machine type communication, MTC, -enabled system, the apparatus comprising: a memory having computer readable instructions stored thereon; and a processor configured to execute the computer readable instructions to determine sub-groups to which a plurality of user equipments, UEs, belong based on a predetermined policy and identifiers of the plurality of UEs, wherein the plurality of UEs belong to a group which is determined based on a group identifier, ID, wherein the group ID is provided by the UEs in a mobile terminated short message service Acknowledgement or in a mobile originated short message service, wherein, in case the group ID is not provided by the UEs, determine the group ID based on the identifiers of the UEs comprising an International Mobile Subscriber Identity, IMSI, and obtain the group ID through querying a local database or accessing a Home Subscriber Server, HSS, and wherein in the group the plurality of UEs are further divided into a plurality of sub-groups which are determined based on the type of the UEs, collect, within a time window, the charging information of the plurality of UEs in a same sub-group, aggregate the charging information of the plurality of UEs based on the sub-groups to obtain a charging aggregation result, and send the charging aggregation result to at least one corresponding device in the MTC-enabled system. a memory having computer readable instructions stored thereon; and a processor configured to execute the computer readable instructions to determine sub-groups to which a plurality of user equipments, UEs, belong based on a predetermined policy and identifiers of the plurality of UEs, wherein the plurality of UEs belong to a group which is determined based on a group identifier, ID, wherein the group ID is provided by the UEs in a mobile terminated short message service Acknowledgement or in a mobile originated short message service, wherein, in case the group ID is not provided by the UEs, determine the group ID based on the identifiers of the UEs comprising an International Mobile Subscriber Identity, IMSI, and obtain the group ID through querying a local database or accessing a Home Subscriber Server, HSS, and wherein in the group the plurality of UEs are further divided into a plurality of sub-groups which are determined based on the type of the UEs, collect, within a time window, the charging information of the plurality of UEs in a same sub-group, aggregate the charging information of the plurality of UEs based on the sub-groups to obtain a charging aggregation result, and send the charging aggregation result to at least one corresponding device in the MTC-enabled system.
A system for freeze protection of a spa system, the spa system comprising a spa tub , a fluidic circuit comprising a pump and a water heater in fluid communication with the spa tub , a power interface coupled to an electrical mains power source for powering the pump and water heater of the spa system, and a shell supporting the spa tub , the system comprising: a mains power interface for coupling to another electrical mains power source ; a heater coupled to the mains power interface for heating air within or to be blown into a cavity between the shell of the spa system and the spa tub, wherein the heater is not part of the fluidic circuit of the spa system; a thermostat for monitoring a temperature of air within the cavity between the shell of the spa system and the spa tub; and a temperature control coupled to the thermostat for enabling the heater when the thermostat establishes that the temperature of the air within the cavity between the shell of the spa system and the spa tub has dropped below a predetermined threshold independent of a state of the fluidic circuit of the spa system. a mains power interface for coupling to another electrical mains power source ; a heater coupled to the mains power interface for heating air within or to be blown into a cavity between the shell of the spa system and the spa tub, wherein the heater is not part of the fluidic circuit of the spa system; a thermostat for monitoring a temperature of air within the cavity between the shell of the spa system and the spa tub; and a temperature control coupled to the thermostat for enabling the heater when the thermostat establishes that the temperature of the air within the cavity between the shell of the spa system and the spa tub has dropped below a predetermined threshold independent of a state of the fluidic circuit of the spa system.
Axle for a motor vehicle having a weighing system , which is designed for application as a vehicle-specific weighing system for a motor vehicle, having: - a sensor for measuring an axle load of the axle of the motor vehicle , wherein the sensor is designed to be arranged on a cover of the axle which deforms as a function of the axle load, in a way which corresponds to the axle , characterized in that the sensor is arranged on an inner side of the cover of the axle . - a sensor for measuring an axle load of the axle of the motor vehicle , wherein the sensor is designed to be arranged on a cover of the axle which deforms as a function of the axle load, in a way which corresponds to the axle , characterized in that the sensor is arranged on an inner side of the cover of the axle .
A horizontal articulated robot comprising: a first arm coupled to a base ; a second arm coupled to the base via at least the first arm ; a first drive source incorporated in the base and adapted to rotate the first arm in a horizontal direction; a second drive source incorporated in the second arm and adapted to rotate the second arm in a horizontal direction; and characterised by an angular velocity sensor installed in the second arm , wherein the first drive source is driven based on the angular velocity obtained by the angular velocity sensor to thereby suppress vibration of the first arm, further comprising: a belt disposed inside the second arm , and adapted to transmit a drive force of a third drive source to a displacement member displaced with respect to the second arm , wherein the angular velocity sensor is disposed above the belt . a first arm coupled to a base ; a second arm coupled to the base via at least the first arm ; a first drive source incorporated in the base and adapted to rotate the first arm in a horizontal direction; a second drive source incorporated in the second arm and adapted to rotate the second arm in a horizontal direction; and characterised by an angular velocity sensor installed in the second arm , wherein the first drive source is driven based on the angular velocity obtained by the angular velocity sensor to thereby suppress vibration of the first arm, further comprising: a belt disposed inside the second arm , and adapted to transmit a drive force of a third drive source to a displacement member displaced with respect to the second arm , wherein the angular velocity sensor is disposed above the belt . a belt disposed inside the second arm , and adapted to transmit a drive force of a third drive source to a displacement member displaced with respect to the second arm , wherein the angular velocity sensor is disposed above the belt .
A domestic appliance comprising a mechanical function unit having a movable member , a housing containing a motor to operate the movable member to carry out a primary function of the appliance, and an electrical function unit having an electrically operative member to perform a secondary function of the appliance that supports the primary function performed by the mechanical function unit, wherein the electrical function unit is contained in a detachable module positioned between the mechanical function unit and the housing, characterized in that the electrical function unit comprises a generator to convert mechanical energy generated by the motor into electrical energy to power the electrically operative member.
A method for communication between a network controller and a plurality of electrical control devices of an electrical subnetwork , wherein the network controller is adapted to control, by means of a frequency control unit , a network frequency of the electrical subnetwork to frequency values within a frequency band of the electrical subnetwork , the method for communicating comprising the steps of: a) translating information data to be communicated into a frequency sequence with at least two frequency values by means of a translation unit of the network controller , b) generating the frequency sequence in the electrical subnetwork for the plurality of electrical control devices of the electrical subnetwork by means of the frequency control unit of the network controller , c) transmitting the frequency sequence by means of the electrical subnetwork to the plurality of electrical control devices , d) receiving the frequency sequence from a respective receiving unit of the plurality of electrical control devices , e) retranslating the frequency sequence into the information data to be communicated by means of a respective retranslation unit of the plurality of electrical control devices , f) evaluating the information data to be communicated by means of a respective evaluation unit of the plurality of electrical control devices , characterized in that the information data to be communicated are additionally translated into at least two counter-frequency values corresponding to the at least two frequency values, the frequency sequence having the at least two corresponding counter-frequency values. a) translating information data to be communicated into a frequency sequence with at least two frequency values by means of a translation unit of the network controller , b) generating the frequency sequence in the electrical subnetwork for the plurality of electrical control devices of the electrical subnetwork by means of the frequency control unit of the network controller , c) transmitting the frequency sequence by means of the electrical subnetwork to the plurality of electrical control devices , d) receiving the frequency sequence from a respective receiving unit of the plurality of electrical control devices , e) retranslating the frequency sequence into the information data to be communicated by means of a respective retranslation unit of the plurality of electrical control devices , f) evaluating the information data to be communicated by means of a respective evaluation unit of the plurality of electrical control devices ,