mhurhangee/ep-ind-claims huggingface dataset:
An orthodontic system comprising: a dental appliance made of a transparent material and including a main body that includes a buccal side wall and a lingual side wall opposite to and cooperating with said buccal side wall to define a receiving space for receiving at least a portion of a dentition of a user therein; wherein said main body is formed with a main projection projecting outwardly away from said receiving space; said orthodontic system further comprising an auxiliary arrangement unit including an attaching member that is adapted to be bonded to a tooth of the dentition of the user, and at least one restraining member that interconnects said main projection and said attaching member for moving the tooth in a direction toward said main projection; said main body of said dental appliance being formed with a through hole; said orthodontic system being characterized in that said through hole is adapted for permitting the tooth, to which said attaching member is bonded, to extend therethrough; said dental appliance is formed with an auxiliary projection opposite to said main projection with respect to said through hole, and said auxiliary arrangement unit includes two of said restraining members, each of which interconnects a corresponding one of said main and auxiliary projections (33, 34) and said attaching member for translating the tooth toward said main projection; and said attaching member is Z-shaped and has two bent portions for connection with said restraining members, respectively. a dental appliance made of a transparent material and including a main body that includes a buccal side wall and a lingual side wall opposite to and cooperating with said buccal side wall to define a receiving space for receiving at least a portion of a dentition of a user therein; wherein said main body is formed with a main projection projecting outwardly away from said receiving space; said orthodontic system further comprising an auxiliary arrangement unit including an attaching member that is adapted to be bonded to a tooth of the dentition of the user, and at least one restraining member that interconnects said main projection and said attaching member for moving the tooth in a direction toward said main projection; said main body of said dental appliance being formed with a through hole; said orthodontic system being characterized in that said through hole is adapted for permitting the tooth, to which said attaching member is bonded, to extend therethrough; said dental appliance is formed with an auxiliary projection opposite to said main projection with respect to said through hole, and said auxiliary arrangement unit includes two of said restraining members, each of which interconnects a corresponding one of said main and auxiliary projections (33, 34) and said attaching member for translating the tooth toward said main projection; and said attaching member is Z-shaped and has two bent portions for connection with said restraining members, respectively.
A composition comprising: (i) an adenosine receptor agonist; (ii) an antiarrhythmic agent, wherein the antiarrhythmic agent is lidocaine; and (iii) a citrate. (i) an adenosine receptor agonist; (ii) an antiarrhythmic agent, wherein the antiarrhythmic agent is lidocaine; and (iii) a citrate.
A lift comprising a weight-bearing structure that internally delimits a vertical shaft for the movement of a cab, said weight-bearing structure comprising uprights rigidly connected to one another by cross members, characterized in that each cross member has longitudinal walls (13, 14, 15, 16, 17) which delimit a longitudinal cavity open toward the inside of the weight-bearing structure, there being provided at the ends of said cross member at least one fitting element and at least one flat tab for resting against a first or a second flat longitudinal wall (9, 10) of the uprights, said at least one fitting element and said at least one resting tab being made in one piece together with said longitudinal walls (13, 14, 15, 16, 17) of the cross member, in that the uprights have a plurality of elements for engaging said at least one fitting element provided at a predetermined pitch along said first and second longitudinal wall (9, 10), in that at the nodes of the weight-bearing structure, where two cross members are connected at one of their ends to an upright, the tabs of the adjacent ends of the two cross members are fastened flat against the respective first or second longitudinal wall (9, 10) of the upright, and in that there is provided a first fastening block positioned in the cavity of the two cross members against the tab of the two cross members, a second fastening block positioned in the cavity of the upright against the first and second longitudinal walls (9, 10) of the upright, and at least one fastening screw disposed through the longitudinal opening of the cavity of the upright, said fastening screw connecting said first fastening block and said second fastening block so as to fasten the tab of the two cross members to the respective first or second longitudinal wall (9, 10) of the upright.
An alloy material for an R-T-B system rare earth permanent magnet, characterized in that the alloy is a mixture in which a plurality of R-T-B system alloys having different compositions and a metal powder are mixed, wherein the respective R-T-B system alloys are formed of R which is composed of two or more kinds selected from rare earth elements, T which is composed of a transition metal containing Fe, B and unavoidable impurities when all of the plurality of R-T-B system alloys having different compositions are mixed, the amount of R is 27 to 35 mass%, the amount of B is 0.85 to 1.3 mass%, and the remainder is T and unavoidable impurities, and wherein the Dy content in the composition when all of the plurality of R-T-B system alloys having different compositions are mixed is 2 mass% to 20 mass%, a first alloy having the greatest Dy content among the plurality of R-T-B system alloys contains 17 mass% or greater of Dy, and a Dy concentration difference between the first alloy and a second alloy having the least Dy concentration difference with respect to the first alloy among the plurality of R-T-B system alloys is 5 mass% or greater.
Melt-blown fiber comprising a propylene copolymer, wherein (a) the propylene copolymer is the only polymer within the the melt-blown fiber, and (b) the melt-blown fiber and/or the propylene copolymer has/have a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 of at least 300 g/10min, a comonomer content of 1.5 to 6.0 wt.-%, the comonomers being ethylene, 1-butene, and/or 1-hexene, and <2,1> regiodefects of more than 0.4 mol.-% determined by 13 C-spectroscopy. (a) the propylene copolymer is the only polymer within the the melt-blown fiber, and (b) the melt-blown fiber and/or the propylene copolymer has/have a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 of at least 300 g/10min, a comonomer content of 1.5 to 6.0 wt.-%, the comonomers being ethylene, 1-butene, and/or 1-hexene, and <2,1> regiodefects of more than 0.4 mol.-% determined by 13 C-spectroscopy. a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 of at least 300 g/10min, a comonomer content of 1.5 to 6.0 wt.-%, the comonomers being ethylene, 1-butene, and/or 1-hexene, and <2,1> regiodefects of more than 0.4 mol.-% determined by 13 C-spectroscopy.
An apparatus that compensates for misalignment of a data strobe signal and one or more data bit signals on a synchronous data bus, the apparatus comprising: a distribution network configured introduce additional propagation length, load, and buffering associated with each of a plurality of distributed strobe signals such that said each of said plurality of distributed strobe signals lags a corresponding one of the one or more data bit signals in phase by a same amount; a synchronous lag receiver, coupled to said bit lag control element via said lag bus, configured to receive one of said plurality of distributed strobe signals and a corresponding one of the one or more data bit signals, and configured to delay registering the one of the one or more data bit signals by said propagation time as indicated by said value on said lag bus, characterized in, further comprising a replica of said distribution network said replica configured to receive a pulse signal, and configured to generate an output signal that lags said pulse signal by said same amount in phase; and a bit lag control element, configured to measure a propagation time beginning with assertion of said pulse signal and ending with assertion of said output signal, and configured to generate a value on a lag bus that indicates said propagation time. a distribution network configured introduce additional propagation length, load, and buffering associated with each of a plurality of distributed strobe signals such that said each of said plurality of distributed strobe signals lags a corresponding one of the one or more data bit signals in phase by a same amount; a synchronous lag receiver, coupled to said bit lag control element via said lag bus, configured to receive one of said plurality of distributed strobe signals and a corresponding one of the one or more data bit signals, and configured to delay registering the one of the one or more data bit signals by said propagation time as indicated by said value on said lag bus, characterized in, further comprising a replica of said distribution network said replica configured to receive a pulse signal, and configured to generate an output signal that lags said pulse signal by said same amount in phase; and a bit lag control element, configured to measure a propagation time beginning with assertion of said pulse signal and ending with assertion of said output signal, and configured to generate a value on a lag bus that indicates said propagation time.
An energy storage device comprising: an electrode element including an anode plate, a separator, and a cathode plate; a housing configured to accommodate the electrode element; a terminal plate configured to cover an opened top surface of the housing; and electrode terminals protruding to an outside of the terminal plate and including an anode terminal, a cathode terminal, and two terminal pins, characterized in that the terminal plate consists of: a metal member; and a sealing member that surrounds a top surface and a bottom surface of the metal member, and an outermost side surface between the top surface and the bottom surface, wherein the sealing member comprises an outer upper horizontal portion, an outer lower horizontal portion, and an outer vertical portion disposed between the housing and the metal member, and wherein the metal member has a plurality of through holes formed in a region thereof so as to accommodate the sealing member, the plurality of through holes being filled with the sealing member. an electrode element including an anode plate, a separator, and a cathode plate; a housing configured to accommodate the electrode element; a terminal plate configured to cover an opened top surface of the housing; and electrode terminals protruding to an outside of the terminal plate and including an anode terminal, a cathode terminal, and two terminal pins, characterized in that the terminal plate consists of: a metal member; and a sealing member that surrounds a top surface and a bottom surface of the metal member, and an outermost side surface between the top surface and the bottom surface, wherein the sealing member comprises an outer upper horizontal portion, an outer lower horizontal portion, and an outer vertical portion disposed between the housing and the metal member, and wherein the metal member has a plurality of through holes formed in a region thereof so as to accommodate the sealing member, the plurality of through holes being filled with the sealing member. a metal member; and a sealing member that surrounds a top surface and a bottom surface of the metal member, and an outermost side surface between the top surface and the bottom surface, wherein the sealing member comprises an outer upper horizontal portion, an outer lower horizontal portion, and an outer vertical portion disposed between the housing and the metal member, and wherein the metal member has a plurality of through holes formed in a region thereof so as to accommodate the sealing member, the plurality of through holes being filled with the sealing member.
An atomizer, comprising: a top cover assembly provided with a guiding passage and an air guiding hole therein, the top cover assembly comprising a protruding or recessed structure between the guiding passage and the air guiding hole; and an atomizing core at least partially received in the top cover assembly, wherein the atomizing core is configured to discharge an aerosol formed by atomizing a liquid into the air guiding hole via the guiding passage; wherein the top cover assembly has an inner wall surface defining a boundary of the guiding passage, the protruding or recessed structure is located on the inner wall surface. a top cover assembly provided with a guiding passage and an air guiding hole therein, the top cover assembly comprising a protruding or recessed structure between the guiding passage and the air guiding hole; and an atomizing core at least partially received in the top cover assembly, wherein the atomizing core is configured to discharge an aerosol formed by atomizing a liquid into the air guiding hole via the guiding passage; wherein the top cover assembly has an inner wall surface defining a boundary of the guiding passage, the protruding or recessed structure is located on the inner wall surface.
Method for preparing an aqueous composition comprising 15 to 115 ppm chlorine dioxide and 0.01 to 1 wt-% of an anionic surfactant by combining (a) a chlorite part comprising an alkali metal chlorite, and (b) an acid solution comprising 1 to 5 wt-% of a weak carboxylic acid and 2 to 10 wt-% phosphoric acid (c) 10 to 25 wt-% of the anionic surfactant being a C 6 to C 18 alkyl diphenyl oxide disulfonate and/or a C 6 -C 18 alkyl(sulfophenoxy)benzene sulfonate, and dilution of the mixture with water. (a) a chlorite part comprising an alkali metal chlorite, and (b) an acid solution comprising 1 to 5 wt-% of a weak carboxylic acid and 2 to 10 wt-% phosphoric acid 1 to 5 wt-% of a weak carboxylic acid and 2 to 10 wt-% phosphoric acid (c) 10 to 25 wt-% of the anionic surfactant being a C 6 to C 18 alkyl diphenyl oxide disulfonate and/or a C 6 -C 18 alkyl(sulfophenoxy)benzene sulfonate,
A multi-level passive optical network, PON, management method, comprising: receiving (304, 405), by a primary user-side device, a first ONT/ONU management and control interface OMCI message from an optical line terminal, OLT,, wherein the first OMCI message comprises first identification information and configuration information, the first identification information indicates a to-be-configured secondary user-side device, and the configuration information is information for configuring the secondary user-side device; determining (305, 406), by the primary user-side device, a configuration mode of the secondary user-side device based on the first identification information; and processing (306, 407), by the primary user-side device, the configuration information based on the configuration mode, and configuring (307, 408) the secondary user-side device corresponding to the first identification information. receiving (304, 405), by a primary user-side device, a first ONT/ONU management and control interface OMCI message from an optical line terminal, OLT,, wherein the first OMCI message comprises first identification information and configuration information, the first identification information indicates a to-be-configured secondary user-side device, and the configuration information is information for configuring the secondary user-side device; determining (305, 406), by the primary user-side device, a configuration mode of the secondary user-side device based on the first identification information; and processing (306, 407), by the primary user-side device, the configuration information based on the configuration mode, and configuring (307, 408) the secondary user-side device corresponding to the first identification information.
A computer-implemented method for managing third-party access to data, comprising: Receiving, from a third-party computer, a request to access data, wherein the request is indicative of at least one requested operation; determining a validity of each of the at least one requested operations indicated in the request in dependence on permission data stored in a distributed public ledger, wherein said permission data defines, for said third-party computer, a set of permissible operations and one or more permissible data attributes associated with each of the set of permissible operations; logging the request and the validity in the distributed public ledger; for each of the at least one requested operations, if the requested operation is valid, creating, on the public ledger, an electronic token enabling the third-party computer to obtain access to one or more of the permissible data attributes associated with the requested operation, wherein the electronic token comprises at least information indicative of a location of the data attributes; applying a time-dependent transformation to an element of the electronic token; and communicating the electronic token from the public ledger to the third-party computer. Receiving, from a third-party computer, a request to access data, wherein the request is indicative of at least one requested operation; determining a validity of each of the at least one requested operations indicated in the request in dependence on permission data stored in a distributed public ledger, wherein said permission data defines, for said third-party computer, a set of permissible operations and one or more permissible data attributes associated with each of the set of permissible operations; logging the request and the validity in the distributed public ledger; for each of the at least one requested operations, if the requested operation is valid, creating, on the public ledger, an electronic token enabling the third-party computer to obtain access to one or more of the permissible data attributes associated with the requested operation, wherein the electronic token comprises at least information indicative of a location of the data attributes; applying a time-dependent transformation to an element of the electronic token; and communicating the electronic token from the public ledger to the third-party computer.
Lighting assembly for a firearm, the lighting assembly comprising: - a housing with an interior for receiving electronic components, wherein the housing extends in a longitudinal direction; - a light source, wherein the light source is received in the interior of the housing; - a first switch, which is used for switching the light source, wherein the first switch is received in the interior of the housing; - a first actuating element receptacle for receiving a first actuating element, which is used for actuating the first switch, wherein the first actuating element receptacle is arranged at a first position of the housing, whereby the first actuating element receptacle is designed in such a way that the first actuating element in the form of a first pressing actuator can be received in the first actuating element receptacle, wherein the first pressing actuator can be slid along a linear direction, in particular along the longitudinal direction, relative to the housing, and wherein the first switch can be actuated by the sliding in the linear direction of the first pressing actuator relative to the housing and in that the first actuating element in the form of a first rocking actuator can be received in the first actuating element receptacle, wherein the first rocking actuator can be pivoted about a first pivot axis, in particular about a first vertical axis, relative to the housing, and wherein the first switch can be actuated by the pivoting of the first rocking actuator relative to the housing. - a housing with an interior for receiving electronic components, wherein the housing extends in a longitudinal direction; - a light source, wherein the light source is received in the interior of the housing; - a first switch, which is used for switching the light source, wherein the first switch is received in the interior of the housing; - a first actuating element receptacle for receiving a first actuating element, which is used for actuating the first switch, wherein the first actuating element receptacle is arranged at a first position of the housing, whereby the first actuating element receptacle is designed in such a way that the first actuating element in the form of a first pressing actuator can be received in the first actuating element receptacle, wherein the first pressing actuator can be slid along a linear direction, in particular along the longitudinal direction, relative to the housing, and wherein the first switch can be actuated by the sliding in the linear direction of the first pressing actuator relative to the housing and in that the first actuating element in the form of a first rocking actuator can be received in the first actuating element receptacle, wherein the first rocking actuator can be pivoted about a first pivot axis, in particular about a first vertical axis, relative to the housing, and wherein the first switch can be actuated by the pivoting of the first rocking actuator relative to the housing.
A scheduling method for voice data, comprising: judging whether a semi-persistent scheduling mode is enabled, and whether a User Equipment, UE, supports the semi-persistent scheduling mode; if the semi-persistent scheduling mode is enabled and the UE supports the semi-persistent scheduling mode, implementing scheduling in the semi-persistent scheduling mode; and if the semi-persistent scheduling mode is not enabled or the UE does not support the semi-persistent scheduling mode, judging whether a dynamic delay scheduling mode is enabled; if so, implementing the dynamic delay scheduling mode, wherein the implementing the dynamic delay scheduling mode comprises scheduling by binding two consecutive voice data packets and scheduling the bound voice data packets by means of one PDCCH; otherwise, implementing a dynamic scheduling mode. judging whether a semi-persistent scheduling mode is enabled, and whether a User Equipment, UE, supports the semi-persistent scheduling mode; if the semi-persistent scheduling mode is enabled and the UE supports the semi-persistent scheduling mode, implementing scheduling in the semi-persistent scheduling mode; and if the semi-persistent scheduling mode is not enabled or the UE does not support the semi-persistent scheduling mode, judging whether a dynamic delay scheduling mode is enabled; if so, implementing the dynamic delay scheduling mode, wherein the implementing the dynamic delay scheduling mode comprises scheduling by binding two consecutive voice data packets and scheduling the bound voice data packets by means of one PDCCH; otherwise, implementing a dynamic scheduling mode.