mhurhangee/ep-ind-claims huggingface dataset:
A glass base material elongating method of using a glass base material elongation apparatus including a heating furnace, a feeding mechanism, and a pulling mechanism to elongate the rod-shaped glass base material to form a thinner glass rod, the pulling mechanism having first pulling rollers and second pulling rollers operable to grip a pulling dummy rod connected to a bottom end of the glass base material and feed the glass base material to the heating furnace, the method characterized by comprising: gripping the pulling dummy rod with the first pulling rollers and, together with the feeding mechanism, feeding the glass base material to the heating furnace; and before a pulling force necessary for pulling the pulling dummy rod to elongate the glass base material reaches a load force that causes slipping between the pulling dummy rod and the first pulling rollers, gripping and pulling the pulling dummy rod with the second pulling rollers in addition to the first pulling rollers. gripping the pulling dummy rod with the first pulling rollers and, together with the feeding mechanism, feeding the glass base material to the heating furnace; and before a pulling force necessary for pulling the pulling dummy rod to elongate the glass base material reaches a load force that causes slipping between the pulling dummy rod and the first pulling rollers, gripping and pulling the pulling dummy rod with the second pulling rollers in addition to the first pulling rollers.
A crosslinked rubber composition having a volume of the low density region of 35% or more at elongation by an applied stress of 1.5 MPa, a volume of the void portion of 7.5% or less at elongation by an applied stress of 3.0 MPa and a glass transition temperature of -20°C or lower, wherein the low density region is a region having a density of 0.1 to 0.8 time the density of a crosslinked rubber composition before the elongation, wherein the void portion is a region having a density of 0 to 0.1 time the density of a crosslinked rubber composition before the elongation, wherein volumes of the low density region and the void portion are evaluated using an X-ray computerized tomography, wherein a decay time of a phosphor for converting the X-ray into a visible light is 100 ms or less, and wherein a luminance of the X-ray is 10 10 photons/s/mrad 2 /mm 2 /0.1% bw or more.
Method for installing a built-in kitchen appliance ( 1, 1 ') being a refrigerator, a freezer, a combined refrigerator-freezer, a dishwasher, into a piece of furniture ( 9, 9 '), said appliance ( 1, 1 ') comprising a casing ( 3, 3 ') and an appliance door ( 7, 7 ', 7 "), associated to said casing ( 3, 3 '), having at least one magnetic portion ( 7 a, 7 a', 7 a"), said piece of furniture ( 9, 9 ') comprising a cabinet ( 15, 15 ') having a recess ( 16, 16 ') for housing said appliance ( 1, 1 '), and a furniture door ( 11, 11 ', 11 ") for closing/opening said recess ( 16, 16 '), said method comprising the following steps: S.1.1) arranging said kitchen appliance ( 1, 1 ') into said recess ( 16, 16 '); S.1.2) providing said furniture door ( 11, 11 ', 11 ") with one or more magnetic elements ( 23, 23 ', 23 ") adapted to magnetically interact with said at least one magnetic portion ( 7 a, 7 a', 7 a") of said appliance door ( 7, 7 ', 7 "); S.1.3) provisionally fixing said furniture door ( 11, 11 ', 11 ") to said appliance door ( 7, 7 ', 7 ") by magnetic attraction between said one or more magnetic elements ( 23, 23 ', 23 ") and said at least one magnetic portion ( 7 a, 7 a', 7 a") of said appliance door ( 7, 7 ', 7 "); S.1.4) fixing the furniture door ( 11, 11 ', 11 ") to the appliance door ( 7, 7 ', 7 ") through a further mechanical fixing system ( 25, 25 ', 25 "). S.1.1) arranging said kitchen appliance ( 1, 1 ') into said recess ( 16, 16 '); S.1.2) providing said furniture door ( 11, 11 ', 11 ") with one or more magnetic elements ( 23, 23 ', 23 ") adapted to magnetically interact with said at least one magnetic portion ( 7 a, 7 a', 7 a") of said appliance door ( 7, 7 ', 7 "); S.1.3) provisionally fixing said furniture door ( 11, 11 ', 11 ") to said appliance door ( 7, 7 ', 7 ") by magnetic attraction between said one or more magnetic elements ( 23, 23 ', 23 ") and said at least one magnetic portion ( 7 a, 7 a', 7 a") of said appliance door ( 7, 7 ', 7 "); S.1.4) fixing the furniture door ( 11, 11 ', 11 ") to the appliance door ( 7, 7 ', 7 ") through a further mechanical fixing system ( 25, 25 ', 25 ").
Method for producing an ice cream product with an ice cream machine having an extrusion nozzle and a cutting tool, said method comprising: providing an ice cream mixture; extruding said ice cream mixture through said extrusion nozzle; cutting said ice cream mixture with said cutting tool into an ice cream product, wherein said cutting tool is an ultrasound cutting tool, further comprising the step of moving said cutting tool at least partly transversally in the same direction as the flow of the ice cream mixture out of the extrusion nozzle, and at least partly towards the ice cream mixture, when cutting through the ice cream mixture. providing an ice cream mixture; extruding said ice cream mixture through said extrusion nozzle; cutting said ice cream mixture with said cutting tool into an ice cream product, wherein said cutting tool is an ultrasound cutting tool, further comprising the step of moving said cutting tool at least partly transversally in the same direction as the flow of the ice cream mixture out of the extrusion nozzle, and at least partly towards the ice cream mixture, when cutting through the ice cream mixture.
The use of (NH 4) 42 [Mo VI 72 Mo V 60 O 372 (CH 3 COO) 30 (H 2 O) 72] for enhancing the cleaning performance of washing or cleaning agents in aqueous, in particular surfactant-containing, liquor in the presence of a gaseous phase that is present in addition to the liquid phase of the liquor and contains molecular oxygen, in particular atmospheric oxygen.
Subassembly for a mechanism for regulating an average angular speed in a horological movement, this subassembly comprising: - an oscillator balance pivoting in a manner so as to be able to oscillate about a pivot axis (Z 1 -Z' 1), - a pallet fork (23; 123; 223) for putting in interaction the oscillator balance and an escape wheel in a manner such that a frequency of the oscillator balance regulates an average rotational speed of the escape wheel, - flexible support blades which support the pallet fork (23; 123; 223) in a manner that, through a flexion of these flexible support blades, the pallet fork (23; 123; 223) is able to rock between a first position, in which an entry pallet of the pallet fork is engaged with the escape wheel, and a second position, in which an exit pallet of the pallet fork is engaged with the escape wheel, characterized in that it comprises at least one anti-overbanking locking pin and at least one anti-overbanking locking ring which form complementary anti-overbanking means opposing an accidental overbanking of the pallet fork between the first and second positions, the pallet fork (23; 123; 223) bearing the anti-overbanking locking pin which is located on the exterior of the anti-overbanking locking ring, when the pallet fork (23; 123; 223) is in one of its first and second positions, and which is located on the inside of the anti-overbanking locking ring, when the pallet fork (23; 123; 223) is in its other position among the first and second positions, the anti-overbanking locking ring being open at a passage for the anti-overbanking locking pin, the anti-overbanking locking ring being connected with the oscillator balance, the anti-overbanking locking ring being able to prevent a passage of the anti-overbanking locking pin between the interior and the exterior of the anti-overbanking locking ring except when the passage is positioned in a manner so as to be able to be taken by the anti-overbanking locking pin. - an oscillator balance pivoting in a manner so as to be able to oscillate about a pivot axis (Z 1 -Z' 1), - a pallet fork (23; 123; 223) for putting in interaction the oscillator balance and an escape wheel in a manner such that a frequency of the oscillator balance regulates an average rotational speed of the escape wheel, - flexible support blades which support the pallet fork (23; 123; 223) in a manner that, through a flexion of these flexible support blades, the pallet fork (23; 123; 223) is able to rock between a first position, in which an entry pallet of the pallet fork is engaged with the escape wheel, and a second position, in which an exit pallet of the pallet fork is engaged with the escape wheel,
A mobile crane comprising: a lower traveling body; a driver seat placed in the lower traveling body; a crane apparatus (5, 6) installed in the lower traveling body so as to be capable of turning about a turn axis and so as to be capable of rising and falling; a turn-restricting unit that, based on a turn position of a boom of the crane apparatus (5, 6), performs boom turn restriction control to prevent the boom from turning within a predetermined angular range above the driver seat, the turn position being centered about the turn axis; a restriction-canceling unit that cancels the boom turn restriction control when a preset restriction cancelation condition is fulfilled; characterized in that the mobile crane further comprises an operator detection unit that detects whether an operator is in the driver seat, and in that the restriction-canceling condition is in a case in which an operator is not detected by the operator detection unit. a lower traveling body; a driver seat placed in the lower traveling body; a crane apparatus (5, 6) installed in the lower traveling body so as to be capable of turning about a turn axis and so as to be capable of rising and falling; a turn-restricting unit that, based on a turn position of a boom of the crane apparatus (5, 6), performs boom turn restriction control to prevent the boom from turning within a predetermined angular range above the driver seat, the turn position being centered about the turn axis; a restriction-canceling unit that cancels the boom turn restriction control when a preset restriction cancelation condition is fulfilled; characterized in that the mobile crane further comprises an operator detection unit that detects whether an operator is in the driver seat, and in that the restriction-canceling condition is in a case in which an operator is not detected by the operator detection unit.
A hybrid vibration assembly comprising; a concrete product mold; a vibration frame positioned to transmit vibration to at least a portion of the mold; a stationary frame carrying the vibration frame; knocker bars supportable on the stationary frame in positions where, when installed, they carry at least a portion of the mold; a motor operatively connected to a vibrator mounted on the vibration frame; and a mechanical frame/mold clamp, characterized in that the mechanical frame/mold clamp is positioned and actuable to alternately couple the vibration frame to the mold and decouple the vibration frame from the mold. a concrete product mold; a vibration frame positioned to transmit vibration to at least a portion of the mold; a stationary frame carrying the vibration frame; knocker bars supportable on the stationary frame in positions where, when installed, they carry at least a portion of the mold; a motor operatively connected to a vibrator mounted on the vibration frame; and a mechanical frame/mold clamp, characterized in that the mechanical frame/mold clamp is positioned and actuable to alternately couple the vibration frame to the mold and decouple the vibration frame from the mold.
A method of making a fiber reinforced composite article, the method comprising I) providing a pre-impregnated fiber-containing thermoplastic material to a mold, wherein the pre-impregnated fiber-containing thermoplastic material comprises: (i) a plurality of fibers, and (ii) a first thermoplastic polymer made from a first reactive thermoplastic resin; II) introducing reactants of a second reactive thermoplastic resin to the mold, wherein the reactants fill open spaces in the mold that are left by the pre-impregnated fiber-containing thermoplastic material; and III) polymerizing the second reactive thermoplastic resin to form a second thermoplastic polymer. I) providing a pre-impregnated fiber-containing thermoplastic material to a mold, wherein the pre-impregnated fiber-containing thermoplastic material comprises: (i) a plurality of fibers, and (ii) a first thermoplastic polymer made from a first reactive thermoplastic resin; (i) a plurality of fibers, and (ii) a first thermoplastic polymer made from a first reactive thermoplastic resin; II) introducing reactants of a second reactive thermoplastic resin to the mold, wherein the reactants fill open spaces in the mold that are left by the pre-impregnated fiber-containing thermoplastic material; and III) polymerizing the second reactive thermoplastic resin to form a second thermoplastic polymer.
A microwave energy delivery and measurement system (100,400), comprising: a microwave energy source (105,405) configured to delivery microwave energy to a microwave energy delivery device (115,415), wherein the microwave energy delivery device is a medical device; an active measurement system (150,450) comprising a network analyzer configured to actively measure broadband scattering parameters of the microwave energy delivery device; and a switching network (124,140,440) configured to electrically isolate the microwave energy source and the active measurement system, wherein the switching network is configured to connect the microwave energy delivery device to the microwave energy source in a first condition and to connect the microwave energy delivery device to the active measurement system in a second condition. a microwave energy source (105,405) configured to delivery microwave energy to a microwave energy delivery device (115,415), wherein the microwave energy delivery device is a medical device; an active measurement system (150,450) comprising a network analyzer configured to actively measure broadband scattering parameters of the microwave energy delivery device; and a switching network (124,140,440) configured to electrically isolate the microwave energy source and the active measurement system, wherein the switching network is configured to connect the microwave energy delivery device to the microwave energy source in a first condition and to connect the microwave energy delivery device to the active measurement system in a second condition.
A propulsion assembly for aircraft comprising: - a turbomachine with a single-shaft engine, comprising a combustion chamber and a rotatably mounted shaft, intended to turn at a turbomachine rotation speed; - an electrical generator coupled to the shaft of the turbomachine, and off which an electrical power is intended to be drawn; the assembly further comprising a control system comprising: - a fuel pump, and - power electronics coupled to the electrical generator, characterized in that the regulation system is configured to bring fuel into the combustion chamber at a fuel flow rate, the fuel flow rate being a direct function of an ambient pressure and of the turbomachine rotation speed; and the power electronics being configured to control the electrical power drawn so as to attain a target turbomachine rotation speed (Ncible). - a turbomachine with a single-shaft engine, comprising a combustion chamber and a rotatably mounted shaft, intended to turn at a turbomachine rotation speed; - an electrical generator coupled to the shaft of the turbomachine, and off which an electrical power is intended to be drawn; - a fuel pump, and - power electronics coupled to the electrical generator, the regulation system is configured to bring fuel into the combustion chamber at a fuel flow rate, the fuel flow rate being a direct function of an ambient pressure and of the turbomachine rotation speed; and the power electronics being configured to control the electrical power drawn so as to attain a target turbomachine rotation speed (Ncible).
Method for collecting biological material from a crime scene, using a mobile terminal manipulated by a technician, said mobile terminal comprising an electronic processing unit that is connected to an image-capturing device and to an alarm-generating mechanism with a view to controlling said device and mechanism, the capturing device having optical characteristics making it suitable for acquiring dermatoglyphic images (60.1), the collecting method comprising the following steps, implemented by the mobile terminal: - acquiring a first image of a first dermatoglyphic print (60.1) and extracting therefrom a first set of candidate biometric data; - comparing the set of candidate biometric data to sets (58; 59) of reference biometric data and determining a similarity score (61.1-61.20) between the set of candidate biometric data and each of the sets (58; 59) of reference biometric data; - comparing the similarity scores (61.1-61.20) with a first predetermined threshold; - when none of the similarity scores (61.1-61.20) is higher than the first predetermined threshold, generating a first alarm; - when the first alarm is generated, collecting biological material in a region neighbouring the first dermatoglyphic print (60.1), this step being carried out by the technician. - acquiring a first image of a first dermatoglyphic print (60.1) and extracting therefrom a first set of candidate biometric data; - comparing the set of candidate biometric data to sets (58; 59) of reference biometric data and determining a similarity score (61.1-61.20) between the set of candidate biometric data and each of the sets (58; 59) of reference biometric data; - comparing the similarity scores (61.1-61.20) with a first predetermined threshold; - when none of the similarity scores (61.1-61.20) is higher than the first predetermined threshold, generating a first alarm; - when the first alarm is generated, collecting biological material in a region neighbouring the first dermatoglyphic print (60.1), this step being carried out by the technician.
Method for estimating the geographical position of a terrestrial satellite terminal (110, 210), the method comprising the steps of: a) providing first time series data (132, 232) in a first memory element (153, 253), the first time series data providing an indication of the channel quality (130, 230) between the terminal (110, 210) and a satellite (120, 220) during a given timespan; b) providing a plurality of second time series data (142, 242) in a second memory element (155, 255), wherein each second time series data indicates a precipitation amount (140, 240) for an associated geographical region (124, 224) within said satellite's ground coverage area (122, 222) during said timespan; c) using a data processing unit (152, 252), selecting a geographical region (124, 224) for which the associated second time series data (142, 242) corresponds to the first time series data (132, 232), wherein an elevated precipitation amount at a given time corresponds to a negative impact on the channel quality; d) storing an indication identifying said selected geographical region as an estimation of the terminal's geographical position (160, 260) in a third memory element. a) providing first time series data (132, 232) in a first memory element (153, 253), the first time series data providing an indication of the channel quality (130, 230) between the terminal (110, 210) and a satellite (120, 220) during a given timespan; b) providing a plurality of second time series data (142, 242) in a second memory element (155, 255), wherein each second time series data indicates a precipitation amount (140, 240) for an associated geographical region (124, 224) within said satellite's ground coverage area (122, 222) during said timespan; c) using a data processing unit (152, 252), selecting a geographical region (124, 224) for which the associated second time series data (142, 242) corresponds to the first time series data (132, 232), wherein an elevated precipitation amount at a given time corresponds to a negative impact on the channel quality; d) storing an indication identifying said selected geographical region as an estimation of the terminal's geographical position (160, 260) in a third memory element.
A method of operating a base station in a cell of a wireless communication network, the method comprising: broadcasting, to a user equipment, UE, a first network list that includes a plurality of public network identifiers that correspond to public networks in the cell; broadcasting, to the UE, a second network list that includes a plurality of non-public network, NPN, identifiers that correspond to NPNs in the cell; wherein the each of the plurality of public network identifiers and NPN identifiers includes a plurality of data fields, and wherein the network identifiers comprise a mobile country code, MCC, a mobile network code, MNC, a control access group, CAG, and a network identifier, NID. broadcasting, to a user equipment, UE, a first network list that includes a plurality of public network identifiers that correspond to public networks in the cell; broadcasting, to the UE, a second network list that includes a plurality of non-public network, NPN, identifiers that correspond to NPNs in the cell; wherein the each of the plurality of public network identifiers and NPN identifiers includes a plurality of data fields, and wherein the network identifiers comprise a mobile country code, MCC, a mobile network code, MNC, a control access group, CAG, and a network identifier, NID.
An electroadhesive device (10, 50, 100, 200, 300, 400), comprising: an outer surface adapted to interface with a surface of a foreign substrate; a first electrode (18, 118, 218, 318, 418) having a first conductive volume and configured to apply a first voltage at a first location of the outer surface, said first electrode having a surface resistance of 0.1 to 1000 Mohm/square; a second electrode (18, 118, 218, 318, 418) having a second conductive volume and configured to apply a second voltage at a second location of the outer surface, said second electrode having a surface resistance of 0.1 to 1000 Mohm/square, wherein the difference in voltage between the first voltage and second voltage includes an electrostatic adhesion voltage that produces an electrostatic force between the device and the substrate that is suitable to maintain a current position of the device relative to the substrate; and an insulation material (14, 20, 44, 120, 220, 320, 420) disposed adjacent to at least one of the first electrode and the second electrode, wherein said insulation material is formed from a semi-conductive material having a resistance of 10 7 to 10 13 ohms*m. an outer surface adapted to interface with a surface of a foreign substrate; a first electrode (18, 118, 218, 318, 418) having a first conductive volume and configured to apply a first voltage at a first location of the outer surface, said first electrode having a surface resistance of 0.1 to 1000 Mohm/square; a second electrode (18, 118, 218, 318, 418) having a second conductive volume and configured to apply a second voltage at a second location of the outer surface, said second electrode having a surface resistance of 0.1 to 1000 Mohm/square, wherein the difference in voltage between the first voltage and second voltage includes an electrostatic adhesion voltage that produces an electrostatic force between the device and the substrate that is suitable to maintain a current position of the device relative to the substrate; and an insulation material (14, 20, 44, 120, 220, 320, 420) disposed adjacent to at least one of the first electrode and the second electrode, wherein said insulation material is formed from a semi-conductive material having a resistance of 10 7 to 10 13 ohms*m.