mhurhangee/patent-ind-claim-en huggingface dataset:
A method in a visiting mobile switching center/visiting location register , VMSC/VLR, for delivering a mobile terminated call to a mobile device , said method comprising the steps of: receiving , by the VMSC/VLR, an initial address message, IAM, for the mobile device from a gateway mobile switching center, GMSC ; paging (102; 210) the mobile device; receiving (108; 218) a cancel location message from the home location register, HLR , assigned to the mobile device, the cancel location message including the address of a new VMSCNLR ; requesting (112; 226) a roaming number from the new VMSCNLR; receiving (114; 234) a roaming number from the new VMSC/VLR; forwarding (116; 236) the initial address message, IAM, to the new VMSC/VLR. receiving , by the VMSC/VLR, an initial address message, IAM, for the mobile device from a gateway mobile switching center, GMSC ; paging (102; 210) the mobile device; receiving (108; 218) a cancel location message from the home location register, HLR , assigned to the mobile device, the cancel location message including the address of a new VMSCNLR ; requesting (112; 226) a roaming number from the new VMSCNLR; receiving (114; 234) a roaming number from the new VMSC/VLR; forwarding (116; 236) the initial address message, IAM, to the new VMSC/VLR.
An electroluminescent display device comprising: a substrate ; a first electrode on the substrate; a connection pattern on the substrate and spaced apart from the first electrode; a bank covering edges of the first electrode and the connection pattern; a light-emitting layer on the first electrode; and a second electrode on the light-emitting layer, the bank, and the connection pattern, wherein the connection pattern includes at least one protrusion part , and wherein each of the first electrode and the connection pattern includes a first layer and a second layer , characterized by the first layer of the connection pattern comprising a hole corresponding to the protrusion part, the second layer is disposed between the substrate and the first layer, and the second layer of the connection pattern has the at least one protrusion part protruding above the hole . a substrate ; a first electrode on the substrate; a connection pattern on the substrate and spaced apart from the first electrode; a bank covering edges of the first electrode and the connection pattern; a light-emitting layer on the first electrode; and a second electrode on the light-emitting layer, the bank, and the connection pattern, wherein the connection pattern includes at least one protrusion part , and wherein each of the first electrode and the connection pattern includes a first layer and a second layer , characterized by the first layer of the connection pattern comprising a hole corresponding to the protrusion part, the second layer is disposed between the substrate and the first layer, and the second layer of the connection pattern has the at least one protrusion part protruding above the hole .
Dental micro-applicator having a body with a distal and a proximal end with an application aid on the proximal end, characterised in that the application aid comprises, at least in part, at least one nano-particulate additive selected from (i) metals, (ii) metal-containing compounds, the metal-containing compounds being selected from alkaline salts, alkaline earth salts, inorganic salts of alkali metals, inorganic salts of alkaline earth metals, organic alkaline salts, organic alkaline earth salts, base-forming agents, and metal-containing buffers, and (iii) organometallic compounds for affecting the polymerisation of dental materials. (i) metals, (ii) metal-containing compounds, the metal-containing compounds being selected from alkaline salts, alkaline earth salts, inorganic salts of alkali metals, inorganic salts of alkaline earth metals, organic alkaline salts, organic alkaline earth salts, base-forming agents, and metal-containing buffers, and (iii) organometallic compounds
An optical modulation device comprising: a mirror area ; a nano-antenna area facing the mirror area; an active area located between the mirror area and the nano-antenna area and having a physical property that varies according to an electrical condition; and a plurality of first electrodes (M10) and a plurality of second electrodes (N10) configured to change the physical property of the active area located between the plurality of first electrodes and the plurality of second electrodes, the plurality of first electrodes being disposed to intersect the plurality of second electrodes to form a cross-point array structure, wherein the plurality of first electrodes are included in the mirror area or provided separately from the mirror area, and the plurality of second electrodes are included in the nano-antenna area or provided separately from the nano-antenna area, and characterised in that the optical modulation device further comprises: a first insulating layer located between the mirror area and the active area or between the plurality of first electrodes and the active area; and a second insulating layer located between the nano-antenna area and the active area or between the plurality of second electrodes and the active area. a mirror area ; a nano-antenna area facing the mirror area; an active area located between the mirror area and the nano-antenna area and having a physical property that varies according to an electrical condition; and a plurality of first electrodes (M10) and a plurality of second electrodes (N10) configured to change the physical property of the active area located between the plurality of first electrodes and the plurality of second electrodes, the plurality of first electrodes being disposed to intersect the plurality of second electrodes to form a cross-point array structure, wherein the plurality of first electrodes are included in the mirror area or provided separately from the mirror area, and the plurality of second electrodes are included in the nano-antenna area or provided separately from the nano-antenna area, and characterised in that the optical modulation device further comprises: a first insulating layer located between the mirror area and the active area or between the plurality of first electrodes and the active area; and a second insulating layer located between the nano-antenna area and the active area or between the plurality of second electrodes and the active area. a first insulating layer located between the mirror area and the active area or between the plurality of first electrodes and the active area; and a second insulating layer located between the nano-antenna area and the active area or between the plurality of second electrodes and the active area.
Diesel oxidation catalyst comprising a support body having a length L which extends between a first end face a and a second end face b and a catalytically active material zone A arranged on the support body, wherein the material zone A contains palladium and platinum supported on a manganese-containing carrier oxide, wherein the manganese-containing carrier oxide consists of a carrier oxide component A, which is free of manganese and manganese compounds, and a carrier oxide component B, and the carrier oxide component B consists of manganese and/or a manganese compound and is present in an amount of from 5 to 15 wt.%, calculated as MnO 2 and based on the total weight of the manganese-containing carrier oxide, and wherein material zone A is free of zeolites.
A remote control apparatus for an actuator of a mobile crane , the apparatus comprising: an apparatus body having a grip to be gripped by a hand and an operation surface for operating the actuator; a plurality of selection sections (S1, S2, S3, S4) for selecting the actuator, the selection sections (S1, S2, S3, S4) each being disposed on the operation surface , the selection sections (S1, S2, S3, S4) each setting a motion direction of the selected actuator to be a forward direction or a backward direction according to a movement of the selection section (S1, S2, S3, S4) from a neutral position to a first direction or a second direction; and a trigger section disposed near the grip , the trigger section allowing the actuator selected by the selection section (S1, S2, S3, S4) to operate in the forward direction or the backward direction according to an operation amount, characterized in that among the selection sections (S1, S2, S3, S4), two selection sections (S2, S3) that are most frequently used in a work preparation step of the mobile crane are disposed adjacently near center of the operation surface . an apparatus body having a grip to be gripped by a hand and an operation surface for operating the actuator; a plurality of selection sections (S1, S2, S3, S4) for selecting the actuator, the selection sections (S1, S2, S3, S4) each being disposed on the operation surface , the selection sections (S1, S2, S3, S4) each setting a motion direction of the selected actuator to be a forward direction or a backward direction according to a movement of the selection section (S1, S2, S3, S4) from a neutral position to a first direction or a second direction; and a trigger section disposed near the grip , the trigger section allowing the actuator selected by the selection section (S1, S2, S3, S4) to operate in the forward direction or the backward direction according to an operation amount, characterized in that among the selection sections (S1, S2, S3, S4), two selection sections (S2, S3) that are most frequently used in a work preparation step of the mobile crane are disposed adjacently near center of the operation surface .
A pourer for a container comprising: - a conduit for the passage of liquid, which can be fixed to a neck of a container, and comprises an inlet opening and an outlet opening opposite to each other, said inlet opening being adapted to face an interior compartment of the container, said conduit having a liquid flow direction (B) from said inlet opening to said outlet opening , - a transverse wall arranged within said conduit and transverse to said flow direction (B), said transverse wall having a plurality of holes through which the liquid can flow; characterized in that: - said pourer comprises a plurality of rods projecting out of said transverse wall toward the outlet opening . - a conduit for the passage of liquid, which can be fixed to a neck of a container, and comprises an inlet opening and an outlet opening opposite to each other, said inlet opening being adapted to face an interior compartment of the container, said conduit having a liquid flow direction (B) from said inlet opening to said outlet opening , - a transverse wall arranged within said conduit and transverse to said flow direction (B), said transverse wall having a plurality of holes through which the liquid can flow; - said pourer comprises a plurality of rods projecting out of said transverse wall toward the outlet opening .
A roll-on applicator ball comprising a first half ball part and a second half ball part , characterised in that the ball comprises a generally annular connecting ring which connects the ball halves together.
Use of a glass ceramic having a quartz solid solution phase, which comprises the following components Component wt.-% SiO 2 37.0 to 50.0 Al 2 O 3 25.0 to 39.0 MgO 5.0 to 15.0 ZrO 2 13.5 to 19.0 as dental material.
A terminal apparatus comprising: a receiver configured to detect a physical downlink control channel, PDCCH, with a downlink control information, DCI, format; and a transmitter configured to perform physical uplink shared channel, PUSCH, transmission in subframe n+k upon a detection of the PDCCH in subframe n for frequency division duplex, FDD, wherein cyclic redundancy check, CRC, parity bits are scrambled by a cell-radio network temporary identifier, C-RNTI, and attached to the DCI format, a reduced timing operation is performed and the value of k is 3 for scheduling the PUSCH if the PDCCH is detected in a User Equipment-specific search space, USS, and a normal timing operation is performed and the value of k is 4 for scheduling the PUSCH if the PDCCH is detected in a common search space, CSS. a receiver configured to detect a physical downlink control channel, PDCCH, with a downlink control information, DCI, format; and a transmitter configured to perform physical uplink shared channel, PUSCH, transmission in subframe n+k upon a detection of the PDCCH in subframe n for frequency division duplex, FDD, wherein cyclic redundancy check, CRC, parity bits are scrambled by a cell-radio network temporary identifier, C-RNTI, and attached to the DCI format, a reduced timing operation is performed and the value of k is 3 for scheduling the PUSCH if the PDCCH is detected in a User Equipment-specific search space, USS, and a normal timing operation is performed and the value of k is 4 for scheduling the PUSCH if the PDCCH is detected in a common search space, CSS.
Load-carrying system configured to hold a load in place relative to a harness , comprising a mechanical release device for reversibly securing the load-carrying system to the harness , the mechanical release device comprising at least two mechanical connection parts , in particular spring-closing buckles , at least two connecting members and a single triggering means , each mechanical connection part being connected to the single triggering means via at least one of said connecting members , each mechanical connection part comprising a release lever configured to be triggered by the application of force in a predefined opening direction, the disconnecting device also comprising at least one guide configured to redirect a force applied to the single triggering means , when opening is required, to each mechanical connection part according to the predefined opening direction, the disconnecting device being configured to be disposed on the load such that each connecting member is successively inserted into a first guide of the at least one guide, a second guide of the at least one guide and a third guide of the at least one guide before being connected to the release lever of the corresponding mechanical connection part , the first guide allowing guiding each connecting member in order to make them converge at a single point so as to facilitate their connection to the single triggering means . the disconnecting device also comprising at least one guide configured to redirect a force applied to the single triggering means , when opening is required, to each mechanical connection part according to the predefined opening direction, the disconnecting device being configured to be disposed on the load such that each connecting member is successively inserted into a first guide of the at least one guide, a second guide of the at least one guide and a third guide of the at least one guide before being connected to the release lever of the corresponding mechanical connection part , the first guide allowing guiding each connecting member in order to make them converge at a single point so as to facilitate their connection to the single triggering means .
Grinding machine comprising: - a first frame mounted on four wheels sliding along the rails to be ground, - a second frame provided with wheels for supporting and sliding along the rails , - means for vertical movement of said second frame with respect to said first frame , - a third frame , above the second frame , on which at least three electric motors with parallel axes are mounted, to each shaft of said motors a pulley being integral in rotation with which the shaft of a grinding wheel is also integral, - means for vertical movement of said third frame with respect to the second frame . characterized by the fact that at least one of the three motors and the grinding wheel rotoidally connected to it is horizontally translatable by means to determine the variation of the respective center distance between the three grinding units constituted by the motors and the corresponding grinding wheels . - a first frame mounted on four wheels sliding along the rails to be ground, - a second frame provided with wheels for supporting and sliding along the rails , - means for vertical movement of said second frame with respect to said first frame , - a third frame , above the second frame , on which at least three electric motors with parallel axes are mounted, to each shaft of said motors a pulley being integral in rotation with which the shaft of a grinding wheel is also integral, - means for vertical movement of said third frame with respect to the second frame .
A system for the industrial production of a fiber-reinforced aerogel plate with a) a reservoir for a solvent, b) a reservoir for an organosilane compound, c) a reservoir for a hydrophobizing agent, d) a reservoir for an acid, e) a reservoir for a base, f) a reaction vessel for receiving a plurality of fiber mats, g) connecting lines between the mentioned reservoirs and the reaction vessel , characterized in that h) the reaction vessel is provided with a cover , i) a preferably removable carrier basket for receiving the plurality of fiber mats is provided in the reaction vessel , and j) a plurality of plates is provided to space the fiber mats apart from each other. a) a reservoir for a solvent, b) a reservoir for an organosilane compound, c) a reservoir for a hydrophobizing agent, d) a reservoir for an acid, e) a reservoir for a base, f) a reaction vessel for receiving a plurality of fiber mats, g) connecting lines between the mentioned reservoirs and the reaction vessel , characterized in that h) the reaction vessel is provided with a cover , i) a preferably removable carrier basket for receiving the plurality of fiber mats is provided in the reaction vessel , and j) a plurality of plates is provided to space the fiber mats apart from each other.
Method for preparing silyl benzopinacol free-radical initiators, in which benzophenone is reacted with a reductant selected from alkali metal and alkaline earth metal and silane of the general formula (I) R 1 R 2 SiCl 2 (I), in which R 1 is a C3-C32 alkyl radical and R 2 is a C1-C32 alkyl radical or Cl. R 1 is a C3-C32 alkyl radical and R 2 is a C1-C32 alkyl radical or Cl.
A membrane compressor comprising: a ring-shaped compression chamber , an inlet having an inlet valve adapted for allowing a gaseous fluid into the compression chamber, an outlet having an outlet valve adapted for allowing the gaseous fluid out of the compression chamber, a driving system adapted for acting on a working fluid to act on the membrane , and the membrane separating the compression chamber into a gas head in communication with the inlet valve and the outlet valve and a fluid head in communication with the driving system. a ring-shaped compression chamber , an inlet having an inlet valve adapted for allowing a gaseous fluid into the compression chamber, an outlet having an outlet valve adapted for allowing the gaseous fluid out of the compression chamber, a driving system adapted for acting on a working fluid to act on the membrane , and the membrane separating the compression chamber into a gas head in communication with the inlet valve and the outlet valve and a fluid head in communication with the driving system.
A steam turbine control device , comprising: a first valve provided in a first steam supply path connected to a steam turbine ; a second valve provided in a second steam supply path connected to a lower-pressure side of the steam turbine than the first steam supply path while bypassing the first valve from on the first steam supply path; a first valve control section configured to control an opening degree of the first valve based on flow rate information designating a flow rate of steam to be sent to the steam turbine; a second valve control section configured to control an opening degree of the second valve based on the flow rate information; and a valve control adjustment section configured to add adjustment to control of the opening degree of the second valve by the second valve control section so as to adjust a timing of start opening of the second valve with respect to a timing of full opening of the first valve. a first valve provided in a first steam supply path connected to a steam turbine ; a second valve provided in a second steam supply path connected to a lower-pressure side of the steam turbine than the first steam supply path while bypassing the first valve from on the first steam supply path; a first valve control section configured to control an opening degree of the first valve based on flow rate information designating a flow rate of steam to be sent to the steam turbine; a second valve control section configured to control an opening degree of the second valve based on the flow rate information; and a valve control adjustment section configured to add adjustment to control of the opening degree of the second valve by the second valve control section so as to adjust a timing of start opening of the second valve with respect to a timing of full opening of the first valve.
A light fixture equipped with mutually slidable elements, being a body and a lampshade, with a possibility of snap fits, wherein a body , comprising a reflector fixedly built-in within it, has at least three retaining-locking recesses (1.2, 1.3, 1.4, 1.2', 1.3', 1.4') on the internal surface of its vertical wall (1.1. 1.1'), with which cooperates at least one projection (3.2, 3.2') placed on the external surface of the wall (3.1) of the lampshade , the lampshade being slidable relative to the body toward the outlet of the body or interior of the body , wherein when the lampshade is set in the first recess (1.2, 1.2') relative to the body , a focused light beam is emitted, whereas when set in the second recess (1.3, 1.3'), a partially diffused light beam is emitted, and when set in the third recess (1.4, 1.4'), a diffused light beam is emitted.
Service connection room for forming a service connection for a building, in particular for at least one residential building, comprising a base body , provided for receiving structural parts and devices for the service connection, in particular shut-off devices as well as control and meter devices as well as pipelines and electrical cables, and which has walls defining the base body as well as a passage arranged in one of the walls , wherein the passage has a service installation in the form of a multi-utility installation which is configured to receive several supply lines , in particular for providing electricity as well as gas, communications and drinking water as well as possible district heating, wherein the base body is formed as an accessible room cell, characterised in that the service connection room can be placed outside the building for forming the service connection, and is designed in the form of a prefabricated component.
A method for preparing a graphene oxide/carbon nitride self-assembled composite prepared by heat treating a mixed solution dissolving a carbon nitride precursor and graphene oxide, wherein the carbon nitride precursor is melamine and tri-thiocyanuric acid.
A tachometer device comprising: a rotor including a plurality of Wiegand wires and at least one special Wiegand wire ; wherein the plurality of Wiegand wires are uniformly arranged along a circumference of the rotor, a first measurement channel (A) and a second measurement channel (B) arranged to face each other on both sides of the rotor and configured to measure pulses generated from the plurality of Wiegand wires (102, 104, 105 106) and the at least one special Wiegand wire , wherein the at least one special Wiegand wire is installed to have a different interval from the plurality of Wiegand wires . a rotor including a plurality of Wiegand wires and at least one special Wiegand wire ; wherein the plurality of Wiegand wires are uniformly arranged along a circumference of the rotor, a first measurement channel (A) and a second measurement channel (B) arranged to face each other on both sides of the rotor and configured to measure pulses generated from the plurality of Wiegand wires (102, 104, 105 106) and the at least one special Wiegand wire , wherein the at least one special Wiegand wire is installed to have a different interval from the plurality of Wiegand wires .