mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a first user equipment, UE, the method comprising: determining whether the first UE is in a coverage of a base station ; when the first UE is out of the coverage of the base station, transmitting a synchronization signal from a second synchronization signal set (421-2) defined for out of the coverage of the base station; receiving a synchronization signal from a second UE ; wherein, when the second UE is in the coverage of the base station, the received synchronization signal is from a first synchronization signal set (421-1) defined for in the coverage of the base station, and when the second UE is out of the coverage of the base station, the received synchronization signal is from the second synchronization signal set (421-2); and when the received synchronization signal is from the first synchronization signal set, performing synchronization with the received synchronization signal and transmitting a synchronization signal from the first synchronization signal set . determining whether the first UE is in a coverage of a base station ; when the first UE is out of the coverage of the base station, transmitting a synchronization signal from a second synchronization signal set (421-2) defined for out of the coverage of the base station; receiving a synchronization signal from a second UE ; wherein, when the second UE is in the coverage of the base station, the received synchronization signal is from a first synchronization signal set (421-1) defined for in the coverage of the base station, and when the second UE is out of the coverage of the base station, the received synchronization signal is from the second synchronization signal set (421-2); and when the received synchronization signal is from the first synchronization signal set, performing synchronization with the received synchronization signal and transmitting a synchronization signal from the first synchronization signal set .
A method of preparing a polymer, comprising: adding a first reaction solution including an aqueous solvent and a monomer mixture including an alkyl-substituted aromatic vinyl-based monomer, an alkyl-unsubstituted aromatic vinyl-based monomer, and a vinyl cyanide-based monomer to a reactor and initiating polymerization; and performing polymerization by continuously adding the alkyl-substituted aromatic vinyl-based monomer to the reactor, wherein the first reaction solution satisfies the following Expression 1: 50 ≤ (Weight of monomer mixture) / (Weight of first reaction solution) × 100 ≤ 60, and wherein the aqueous solvent is ion exchanged water or deionized water . adding a first reaction solution including an aqueous solvent and a monomer mixture including an alkyl-substituted aromatic vinyl-based monomer, an alkyl-unsubstituted aromatic vinyl-based monomer, and a vinyl cyanide-based monomer to a reactor and initiating polymerization; and performing polymerization by continuously adding the alkyl-substituted aromatic vinyl-based monomer to the reactor, wherein the first reaction solution satisfies the following Expression 1: 50 ≤ (Weight of monomer mixture) / (Weight of first reaction solution) × 100 ≤ 60, and wherein the aqueous solvent is ion exchanged water or deionized water .
Glass flakes comprising: glass flake substrates; and a coating covering at least a portion of the surface of each of the glass flake substrates and composed of a binder, wherein the binder comprises a silane coupling agent, an epoxy resin, and a carbodiimide compound as essential components and comprises, as an optional component, a crosslinking agent other than a carbodiimide compound, and the total amount of the carbodiimide compound and the crosslinking agent is 20 mass% or less with respect to the total mass of the binder. glass flake substrates; and a coating covering at least a portion of the surface of each of the glass flake substrates and composed of a binder, wherein the binder comprises a silane coupling agent, an epoxy resin, and a carbodiimide compound as essential components and comprises, as an optional component, a crosslinking agent other than a carbodiimide compound, and the total amount of the carbodiimide compound and the crosslinking agent is 20 mass% or less with respect to the total mass of the binder.
A core material comprising: a core having 0.95 or more sphericity, as determined by the method indicated in the description; a solder layer provided on an outer side of the core; and a Sn layer provided on an outer side of the solder layer, wherein a thickness of the solder layer on one side is 1 um or more, a thickness of the Sn layer is 0.1 um to 12 μm on one side, the thickness of the Sn layer is 0.215% or more and 36% or less of the thickness of the solder layer, the Sn layer consists of Sn and may contain impurities, and a measured value of Bi in % by mass in the solder layer, as determined by ICP-AES or ICP-MS, is 53% to 63% in a case where the solder layer is made of a Sn-58Bi -based solder alloy, 36% to 43% in a case where the solder layer is made of a Sn-40Bi -based solder alloy, or 2.7% to 3.2% in a case where the solder layer is made of a Sn-3Bi -based solder alloy. a core having 0.95 or more sphericity, as determined by the method indicated in the description; a solder layer provided on an outer side of the core; and a Sn layer provided on an outer side of the solder layer, wherein a thickness of the solder layer on one side is 1 um or more, a thickness of the Sn layer is 0.1 um to 12 μm on one side, the thickness of the Sn layer is 0.215% or more and 36% or less of the thickness of the solder layer, the Sn layer consists of Sn and may contain impurities, and a measured value of Bi in % by mass in the solder layer, as determined by ICP-AES or ICP-MS, is 53% to 63% in a case where the solder layer is made of a Sn-58Bi -based solder alloy, 36% to 43% in a case where the solder layer is made of a Sn-40Bi -based solder alloy, or 2.7% to 3.2% in a case where the solder layer is made of a Sn-3Bi -based solder alloy. 53% to 63% in a case where the solder layer is made of a Sn-58Bi -based solder alloy, 36% to 43% in a case where the solder layer is made of a Sn-40Bi -based solder alloy, or 2.7% to 3.2% in a case where the solder layer is made of a Sn-3Bi -based solder alloy.
An extracorporeal blood purification system comprising - at least one extracorporeal blood purification machine , preferably dialysis machine, which is prepared for undergoing a centrally-controlled disinfection process following a blood purification process, and comprising - an internal fluid line system through which a disinfectant may flow at least during the disinfection process, - a preferably external disinfection or purification case being adapted for receiving additional accessories and being connectable or connected, at least during the disinfection process, via at least one case port to the internal fluid line system so that it is adapted to be also disinfected/purified or is also disinfected/purified during the disinfection process, characterized in that the disinfection case is connectable via a case supply line and a case drain line to a flushing bridge which short-circuits a dialyser of the blood purification machine and which is an integral part of the fluid line system of the blood purification machine . - at least one extracorporeal blood purification machine , preferably dialysis machine, which is prepared for undergoing a centrally-controlled disinfection process following a blood purification process, and comprising - an internal fluid line system through which a disinfectant may flow at least during the disinfection process, - a preferably external disinfection or purification case being adapted for receiving additional accessories and being connectable or connected, at least during the disinfection process, via at least one case port to the internal fluid line system so that it is adapted to be also disinfected/purified or is also disinfected/purified during the disinfection process, characterized in that the disinfection case is connectable via a case supply line and a case drain line to a flushing bridge which short-circuits a dialyser of the blood purification machine and which is an integral part of the fluid line system of the blood purification machine .
An image processing apparatus comprising: generation means configured to generate a subtraction image between a plurality of fundus images of an eye corresponding to a plurality of three-dimensional tomographic images obtained by capturing images of the eye at different times; display control means configured to control a display unit to display the subtraction image; and specifying means configured to specify a plurality of two-dimensional tomographic images, in the plurality of three-dimensional tomographic images, to be displayed on the display unit , by a position specified on the displayed subtraction image. generation means configured to generate a subtraction image between a plurality of fundus images of an eye corresponding to a plurality of three-dimensional tomographic images obtained by capturing images of the eye at different times; display control means configured to control a display unit to display the subtraction image; and specifying means configured to specify a plurality of two-dimensional tomographic images, in the plurality of three-dimensional tomographic images, to be displayed on the display unit , by a position specified on the displayed subtraction image.
A lighting assembly for a dispenser of a refrigerator, comprising: a dispensing body portion including an upper body and a lower body coupled to each other, the dispensing body portion having a cylindrical shape; a light guide disposed between the upper body and the lower body and having a round portion with an arc shape; a light diffusion member disposed between the upper body and the lower body and having an arc shape surrounding an outer circumferential portion of the light guide ; and at least one LED disposed to face one end of the light guide , wherein a circumferential outer portion of the light diffusion member is exposed to an outside of the dispensing body portion as an exposed portion to emit light. a dispensing body portion including an upper body and a lower body coupled to each other, the dispensing body portion having a cylindrical shape; a light guide disposed between the upper body and the lower body and having a round portion with an arc shape; a light diffusion member disposed between the upper body and the lower body and having an arc shape surrounding an outer circumferential portion of the light guide ; and at least one LED disposed to face one end of the light guide , wherein a circumferential outer portion of the light diffusion member is exposed to an outside of the dispensing body portion as an exposed portion to emit light.
A method for the setup of a handheld riveting device that is driven by an electric drive and serves for setting blind rivet elements , wherein the riveting device comprises a mouthpiece and a mandrel that can be axially moved in order to carry out the setting process of a blind rivet element , wherein the blind rivet element is positively and/or non-positively attached, particularly screwed, onto the mandrel in a front end position of the mandrel , and wherein the axial motion of the mandrel is controlled by means of a control unit , characterized in that the mandrel is axially moved from the front end position into a defined rear end position to be assumed at the beginning of the setting process in order to adjust the relative position between the mandrel carrying the blind rivet element and the mouthpiece, wherein the rear end position of the mandrel is automatically adjusted in accordance with a parameter specified for the control unit .
A personal care composition comprising: (A) voided latex particles comprising (i) at least one core polymer comprising polymerized units derived from (a) 20 to 60 weight % of monoethylenically unsaturated monomers containing at least one carboxylic acid group, based on the total weight of the core polymer, and (b) 40 to 80 weight % of non-ionic ethylenically unsaturated monomers, based on the total weight of the core polymer; and (ii) at least one shell polymer comprising polymerized units derived from (a) 10 to 70 weight % of non-ionic ethylenically unsaturated monomers, based on the total weight of the shell polymer(s), and (b) 30 to 90 weight % of aliphatic monomers selected from the group consisting of allyl methacrylate, trimethylolpropane trimethacrylate, trimethylolpropane triacrylate, and combinations thereof, based on the total weight of the shell polymer(s); and (B) at least one UV absorbing agent, wherein the voided latex particles are present in an amount of from 0.5 to 20 weight %, based on the total weight of the composition, and wherein the voided latex particles contain a void and have a particle size of from 100 nm to 400 nm; and wherein an outermost shell comprises a shell polymer having polymerized units of the aliphatic monomers in an amount from 40 to 80 weight % based on the weight of the outermost shell polymer. (A) voided latex particles comprising (i) at least one core polymer comprising polymerized units derived from (a) 20 to 60 weight % of monoethylenically unsaturated monomers containing at least one carboxylic acid group, based on the total weight of the core polymer, and (b) 40 to 80 weight % of non-ionic ethylenically unsaturated monomers, based on the total weight of the core polymer; and (ii) at least one shell polymer comprising polymerized units derived from (a) 10 to 70 weight % of non-ionic ethylenically unsaturated monomers, based on the total weight of the shell polymer(s), and (b) 30 to 90 weight % of aliphatic monomers selected from the group consisting of allyl methacrylate, trimethylolpropane trimethacrylate, trimethylolpropane triacrylate, and combinations thereof, based on the total weight of the shell polymer(s); and (i) at least one core polymer comprising polymerized units derived from (a) 20 to 60 weight % of monoethylenically unsaturated monomers containing at least one carboxylic acid group, based on the total weight of the core polymer, and (b) 40 to 80 weight % of non-ionic ethylenically unsaturated monomers, based on the total weight of the core polymer; and (ii) at least one shell polymer comprising polymerized units derived from (a) 10 to 70 weight % of non-ionic ethylenically unsaturated monomers, based on the total weight of the shell polymer(s), and (b) 30 to 90 weight % of aliphatic monomers selected from the group consisting of allyl methacrylate, trimethylolpropane trimethacrylate, trimethylolpropane triacrylate, and combinations thereof, based on the total weight of the shell polymer(s); and (B) at least one UV absorbing agent,
Method for producing a multi-layer plastic film having at least one compact cover layer and at least one layer which is arranged under the cover layer and made of extruded foamed plastic (foam layer), in which, after the extrusion and cooling of the foam layer below melt temperature, the compact cover layer is joined to the foam layer thermally or by adhesion, and in which the layer of foamed plastic - is generated by blowing propellant at superatmospheric pressure into a plastic melt during the extrusion process and - by subsequent expansion of the propellant which is at superatmospheric pressure, wherein the foamed plastic is at first not crosslinked and is crosslinked together with the compact cover layer by high-energy radiation only after the foam layer and the compact cover layer have been joined. - is generated by blowing propellant at superatmospheric pressure into a plastic melt during the extrusion process and - by subsequent expansion of the propellant which is at superatmospheric pressure,
Soft starter for connecting at least one bypass circuit that is arranged in a main circuit and has a semiconductor switch that is connected in parallel with an electromagnetic switch , wherein the soft starter comprises a control unit for actuating the bypass circuit and the control unit comprises a control signal input for receiving operation control signals , characterised in that the control unit comprises a separate safety-signal input for receiving safety signals , that the control unit is embodied to check a safety signal from the safety-signal input and an operation control signal from the control signal input , in order to detect the content of the safety signal and the operation control signal , and that the control unit is embodied to output a deactivation command to the bypass circuit when the safety signal and/or the operation control signal commands an operation stop.
Oscillating device for an ingot mold of a continuous casting system, comprising: - an upper oscillating frame supporting the ingot mold , a lower translating frame , at least one front arm hinged to the translating frame and to the oscillating frame respectively in a lower front hinge axis (Cai) and an upper front hinge axis (Cas), at least one rear arm hinged to the translating frame and to the oscillating frame respectively in a lower rear hinge axis (Cpi) and an upper rear hinge axis (Cps); - actuation means adapted to move the translating frame with an alternating translational movement on a translation plane (K); - a trajectory guide cooperating with the oscillating frame as a stop; wherein the lower hinge axes (Cai, Cpi) lie on an imaginary plane coinciding with the translation plane (K) of the translating frame and the upper hinge axes (Cas,Cps) lie on an inclined plane (J), inclined with respect to the translation plane (K), to make said oscillating frame complete an oscillation along an arcuate trajectory; said oscillating device being characterized in that an alternating translation of the translating frame corresponds to an alternating translation of the oscillating frame , which remains always parallel to an horizontal plane, but vertically follows the arcuate trajectory. - an upper oscillating frame supporting the ingot mold , a lower translating frame , at least one front arm hinged to the translating frame and to the oscillating frame respectively in a lower front hinge axis (Cai) and an upper front hinge axis (Cas), at least one rear arm hinged to the translating frame and to the oscillating frame respectively in a lower rear hinge axis (Cpi) and an upper rear hinge axis (Cps); - actuation means adapted to move the translating frame with an alternating translational movement on a translation plane (K); - a trajectory guide cooperating with the oscillating frame as a stop;
A device, comprising: a receiver-stimulator implantable in the heart of a patient using a delivery system and configured to receive controlled acoustic energy from a controller-transmitter and to convert the acoustic energy to electrical energy, the receiver-stimulator comprising: a first electrode , a second electrode , and an electrical contact electrically connected to the first electrode , wherein the first and second electrodes are configured to deliver the electrical energy at a location in the heart; an electrical connector configured to provide a temporary electrical connection between the electrical contact and the delivery system ; and a disconnect mechanism to disconnect the temporary electrical connection, wherein the disconnect mechanism : includes a seal configured to electrically insulate the electrical contact from patient tissue when the receiver-stimulator is detached from the delivery system , or is configured to electrically disconnect the electrical contact from the first electrode when the receiver-stimulator is detached from the delivery system ; wherein the electrical connector is configured to be connected to an external monitor through the delivery system . a first electrode , a second electrode , and an electrical contact electrically connected to the first electrode , wherein the first and second electrodes are configured to deliver the electrical energy at a location in the heart; an electrical connector configured to provide a temporary electrical connection between the electrical contact and the delivery system ; and a disconnect mechanism to disconnect the temporary electrical connection, wherein the disconnect mechanism : includes a seal configured to electrically insulate the electrical contact from patient tissue when the receiver-stimulator is detached from the delivery system , or is configured to electrically disconnect the electrical contact from the first electrode when the receiver-stimulator is detached from the delivery system ; includes a seal configured to electrically insulate the electrical contact from patient tissue when the receiver-stimulator is detached from the delivery system , or is configured to electrically disconnect the electrical contact from the first electrode when the receiver-stimulator is detached from the delivery system ; wherein the electrical connector is configured to be connected to an external monitor through the delivery system .
Geothermal ion purification device for a building, comprising a vertical housing/shaft fully or partially placeable into the ground and made up of three parts: an upper part or air intake chamber , a middle part or first pressure relief chamber and a lower part or second pressure relief chamber , wherein ambient air primary heat exchange pipes are connecting the air intake chamber with the first pressure relief chamber , wherein heat exchange pipes are connecting the first pressure relief chamber with the second pressure relief chamber , wherein the air intake chamber is closed on the top with a shaft lid , wherein ambient air intake openings are located on the perimeter of the upper edge of the sides of the air intake chamber , said ambient air intake openings being provided with cleaning filters , wherein the dimensions of the upper part of the shaft or air intake chamber are larger than the dimensions of the first pressure relief chamber , so that a step is formed on the transition between the first pressure relief chamber and the air intake chamber onto which a lid is placed and secured, said lid separates the first pressure relief chamber from the air intake chamber , wherein a third pressure relief chamber is attached to the lid , said lid further separates the third pressure relief chamber from the first pressure relief chamber , wherein air inlet pipes are connecting the third pressure relief chamber to the second pressure relief chamber and the third pressure relief chamber is connected to an outlet pipe through which the air purified in the device and enriched with negative aeroions is guided to the building, wherein an air distribution chamber is extending through the third pressure relief chamber and the lid to the first pressure relief chamber , wherein the air distribution chamber is connected to the outlet pipe for the air directed from the building to the system, wherein the dimensions of the first pressure relief chamber are larger than the dimensions of the second pressure relief chamber , so that on the transition between the first and second pressure relief chambers a step has been formed onto which a lid has been placed and secured, said lid separating the second pressure relief chamber from the first pressure relief chamber , wherein an ion purification central unit rests on the lid at the bottom of the first pressure relief chamber , said ion purification central unit comprising an ion purification device made of perforated material and filled with ceramsite or lightweight expanded clay along with a ventilation pipe , provided to remove the polluted air from the system, the lower part of the ion purification device being conical and forming a ventilation chamber containing the lower, and also cone-shaped, end of the ventilation pipe , wherein the ends of the air inlet pipes are extending through the lid , wherein magnets with negative polarization are attached to the lower side of the lid , which is located in the second pressure relief chamber , and wherein a filter device filled with negatively charged activated carbon is located in the second pressure relief chamber .