mhurhangee/patent-ind-claim-en huggingface dataset:
A tool for a medical treatment, in particular a dental treatment, comprising - a handpiece having a vibration source , - a moving part of the handpiece , performing a vibration movement along a vibration direction (VD) in a vibrating state, - a tool tip being connected to the moving part of the handpiece in an interface section , in a non-vibrating state the tool tip extending along an extending direction (ED), in particular along a straight extending direction (ED), and - at least one outlet channel for ejecting an irrigation fluid along a ejecting direction (ED1), wherein the tool is configured such that the irrigation fluid travels to a distal end of the tool tip without crossing the tool tip , wherein an outlet opening forms an end of the at least one outlet channel for ejecting the irrigation fluid along the ejecting direction (ED1) and is located in or at the interface section , characterized in that a cross section (A) of the outlet opening and/or the outlet channel is between 0.05 and 0.39 mm 2, , wherein the outlet opening surrounds the tool tip in the interface region only partially in a plane perpendicular to the ejecting direction (ED1), wherein the outlet opening circumferentially surrounds the tool tip between 1° and 180°. - a handpiece having a vibration source , - a moving part of the handpiece , performing a vibration movement along a vibration direction (VD) in a vibrating state, - a tool tip being connected to the moving part of the handpiece in an interface section , in a non-vibrating state the tool tip extending along an extending direction (ED), in particular along a straight extending direction (ED), and - at least one outlet channel for ejecting an irrigation fluid along a ejecting direction (ED1),
A method for managing communication in a user equipment operated in a multi-SIM-multi-standby, MSMS, mode including a plurality of subscriber identity modules, SIMs (204-1, 204-2), the method comprising: upon detecting that a network service is unavailable to a first SIM (204-1) among the plurality of SIMs (204-1, 204-2) and a network service is available to a second SIM (204-2) among the plurality of SIMs (204-1, 204-2) or upon receiving, from the first SIM (204-1), a request for an available network service for transferring data of the first SIM (204-1) when a network service of the first SIM (204-1) is unavailable, detecting an availability of an in-device wireless hotspot based on information on the in-device wireless hotspot stored in a hotspot database configured in a memory of the user equipment , the information on the in-device wireless hotspot including at least one of a plurality of header parameters, a request template, session protocols, transaction protocols, and internet protocol, IP, details related to the in-device wireless hotspot; and providing, to the first SIM (204-1) for sending data to a network, an access to the in-device wireless hotspot for using the network service available to the second SIM (204-2). upon detecting that a network service is unavailable to a first SIM (204-1) among the plurality of SIMs (204-1, 204-2) and a network service is available to a second SIM (204-2) among the plurality of SIMs (204-1, 204-2) or upon receiving, from the first SIM (204-1), a request for an available network service for transferring data of the first SIM (204-1) when a network service of the first SIM (204-1) is unavailable, detecting an availability of an in-device wireless hotspot based on information on the in-device wireless hotspot stored in a hotspot database configured in a memory of the user equipment , the information on the in-device wireless hotspot including at least one of a plurality of header parameters, a request template, session protocols, transaction protocols, and internet protocol, IP, details related to the in-device wireless hotspot; and providing, to the first SIM (204-1) for sending data to a network, an access to the in-device wireless hotspot for using the network service available to the second SIM (204-2).
A composition comprising at least one hydrophilic silicone macromer of the Formula: where R 2 is a group defined as M f D g T h Q i R 6 j with M = R 7 R 8 R 9 SiZ 1/2 , D = R 10 R 11 SiZ 2/2 , T = R 12 SiZ 3/2 , Q = SiZ 4/2 , R 6 = -(CH 2 ) 1/2 (R 13 ) k (CH 2 ) 1/2 -; R 1 is independently selected from -OH, - OC(O)R 15 , Y, or -OR 15 ; R 5 is independently selected from hydrogen, a -C(O)R 15 group, Y, or a monovalent hydrocarbon radical having from about 1 to about 40 carbon atoms that optionally contain a heteroatom and/or a hydroxyl group; at least one of R 1 and R 5 is Y; Y is a free radical polymerizable group; Z is O or CH 2 group subject to the limitation that the macromer contains an even number of O 1/2 and an even number of (CH 2 ) 1/2 groups and they both are all paired in the molecule; R 3 is a trivalent hydrocarbon radical having 1 to about 40 carbon atoms that optionally contain a heteroatom and/or a hydroxyl group; R 7 , R 8 , R 9 , R 10 , R 11 R 12 and R 15 are each independently selected from OR 14 , a monovalent hydrocarbon radical having 1 to about 20 carbon atoms that optionally contain a heteroatom and/or a hydroxyl group; R 4 is a divalent, linear, or branched unsaturated or saturated hydrocarbon radical containing at least one and less than about 30 carbon atoms that optionally contain a heteroatom and/or a hydroxyl group; R 13 is oxygen or divalent linear or branched unsaturated or saturated hydrocarbon radicals containing at least one and less than about 30 carbon atoms that optionally contain a heteroatoms and/or a hydroxyl group; R 14 is a monovalent, linear or branched unsaturated or saturated hydrocarbon radical having 1 to about 20 carbon atoms that optionally contain a heteroatom and/or hydroxyl group; a+e ≥ 2; b, c, and d are zero or positive subject to the limitation 3 < a+b+c+d+e < about 1000; d+e > 1; f, g, h, i and j are 0 or positive subject to the limitation f+g+h+i+j < about 300; and k is 0 or 1.
A system comprising: memory; one or more processor units; a requestor stored in the memory and executable by the one or more processor units, the requestor configured to transmit a request for a first layer set of different layer sets of the mapping data for the digital map according to a predefined order, and responsive to receipt of a subset of the requested first layer set that satisfies a threshold condition, to transmit a request for a second layer set of the different layer sets of the mapping data according to the predefined order; and; a rendering engine stored in memory and executable by the one or more processor units, the rendering engine configured to render the first layer set in a display of the digital map as at least a portion of the first layer set is received, and to render the requested second layer set in the display of the digital map after the requested first layer set has been rendered in the display of the digital map. memory; one or more processor units; a requestor stored in the memory and executable by the one or more processor units, the requestor configured to transmit a request for a first layer set of different layer sets of the mapping data for the digital map according to a predefined order, and responsive to receipt of a subset of the requested first layer set that satisfies a threshold condition, to transmit a request for a second layer set of the different layer sets of the mapping data according to the predefined order; and; a rendering engine stored in memory and executable by the one or more processor units, the rendering engine configured to render the first layer set in a display of the digital map as at least a portion of the first layer set is received, and to render the requested second layer set in the display of the digital map after the requested first layer set has been rendered in the display of the digital map.
A soldering module for a soldering system for selective wave soldering, having at least one first and one second solder pot , wherein the solder pots are displaceable along an x-axis by means of an x-axis drive , along a y-axis by means of a y-axis drive , and along a z-axis by means of a z-axis drive , wherein the axes are all arranged orthogonally in relation to each other, characterized in that two y-axis drives and two moving devices are provided on which the solder pots are displaceable along the y-axis by means of the y-axis drives , wherein a first moving device is associated with the first solder pot , and wherein a second moving device which is different from the first moving device is associated with the second solder pot , wherein the soldering module being designed in such a way that a single printed circuit board or a single printed circuit board panel can be processed simultaneously by two soldering pots .
A method for manufacturing a semiconductor device , comprising: providing a donor wafer comprising a first semiconductor material ; forming a sacrificial layer on the donor wafer, the sacrificial layer comprising a second semiconductor material forming a pattern of fins separated from each other by shallow trench isolation, STI, regions in the donor wafer; forming an active layer on the sacrificial layer, the active layer comprising a group IV semiconductor material or a group III-V semiconductor material or a group II-VI semiconductor material; bonding the active layer to a handling wafer ; lifting off the donor wafer from the handling wafer such that the active layer is left on the handling wafer; reusing the donor wafer by re-growing the pattern of fins between the STI regions. providing a donor wafer comprising a first semiconductor material ; forming a sacrificial layer on the donor wafer, the sacrificial layer comprising a second semiconductor material forming a pattern of fins separated from each other by shallow trench isolation, STI, regions in the donor wafer; forming an active layer on the sacrificial layer, the active layer comprising a group IV semiconductor material or a group III-V semiconductor material or a group II-VI semiconductor material; bonding the active layer to a handling wafer ; lifting off the donor wafer from the handling wafer such that the active layer is left on the handling wafer; reusing the donor wafer by re-growing the pattern of fins between the STI regions.
A method, comprising: determining, in a cloud-based route reflector, whether a first root node is a leaf node in a spanning tree computed for a second root node ; determining route metric differences associated with a spanning tree computed for the first root node and the spanning tree of the second root node; and populating a delta database with the route metric differences, wherein the second root node is a backup of the first root node according to a failover policy group assigned to a plurality of client nodes in an autonomous system. determining, in a cloud-based route reflector, whether a first root node is a leaf node in a spanning tree computed for a second root node ; determining route metric differences associated with a spanning tree computed for the first root node and the spanning tree of the second root node; and populating a delta database with the route metric differences, wherein the second root node is a backup of the first root node according to a failover policy group assigned to a plurality of client nodes in an autonomous system.
A process for continuously producing a trimanganese tetraoxide having a tap density of at least 1.5 g/cm 3 and a relative standard deviation of the particle size of at most 40%, the process comprising: a step of mixing a manganese aqueous solution and an aqueous solution of sodium hydroxide or potassium hydroxide as an alkaline aqueous solution so that the oxidation-reduction potential is at least 0 mV and that the manganese molar ratio OH - /Mn 2+ (mol/mol) is at most 0.55, wherein the mixing is a method of adding the manganese aqueous solution and the alkaline aqueous solution to a solvent respectively at constant rates to the solvent, followed by mixing, and wherein no complexing agent is used when the manganese aqueous solution and the alkaline aqueous solution are mixed.
A pharmaceutical composition consisting of tapentadol, tapentadol hydrochloride, tapentadol salt, tapentadol polymorphic form, tapentadol hydrate form or tapentadol solvate form and at least one pharmaceutically acceptable carrier; for use in treating, reducing, preventing, and/or delaying the symptons or side effects associated with the OFF periods of dopaminergic agent therapies in a subject suffering from Parkinson's disease, wherein the symptom or side effect treated, reduced, prevented, or delayed is selected from the group consisting of dyskinesia, dystonia, chorea, athetosis, motor fluctuation, postural abnormality, speech impairment, bradykinesia, freezing of gait, shaking, rigidity, slowness of movement, difficulty with walking and gait, autonomic dysfunction, orthostatic hypotension, mood swings, cognitive impairment, psychosis, hallucinations, delusions, anxiety, dementia, or depression.
A method for coupling carboxylic acids and amines comprising combining a carboxylic acid, an amine, a carbodiimide, an activator additive, and a base, wherein the base is in an amount of less than 1 equivalent compared to the acid and carrying out activation and coupling at a temperature greater than 30°C, characterized in that the base is present during the entire activation and coupling process..
A vulcanized rubber, which is formed from a rubber composition comprising a rubber component containing a dienic rubber, and a vulcanizing agent, and has a tensile modulus of elasticity at 25% elongation at 100°C of 1.2 MPa or more, wherein the tensile modulus of elasticity is measured according to JIS K 6251:2017, with a ratio of an Sx bond (where x is 3 or more) to all sulfide bonds being 30% or less, wherein the ratio of an Sx bond is determined as specified in the description; wherein the rubber component contains a modified butadiene rubber; the rubber composition comprises a vulcanization accelerator containing a thiuram compound; the modified butadiene rubber is a modified butadiene rubber having at least one functional group that interacts with carbon black; and the functional group that interacts with carbon black is at least one selected from the group consisting of a tin-containing functional group, a silicon-containing functional group and a nitrogen-containing functional group. the rubber component contains a modified butadiene rubber; the rubber composition comprises a vulcanization accelerator containing a thiuram compound; the modified butadiene rubber is a modified butadiene rubber having at least one functional group that interacts with carbon black; and the functional group that interacts with carbon black is at least one selected from the group consisting of a tin-containing functional group, a silicon-containing functional group and a nitrogen-containing functional group.
A driver monitoring system , comprising an outer housing , a mounting element , a band cable and at least one vision device with a housing , wherein the vision device is positioned in or at the err outer housing and pointing to an outside of the outer housing , wherein the outer housing is defined by a housing cover and a housing base , wherein a first spherical outer contour of the housing for the vision device is in cooperation with the mounting element ; a second spherical outer contour of the housing for the vision device is in cooperation with the housing base ; and a receptacle of the housing base defines a spherical portion , wherein the second spherical outer contour of the vision device is in form fitting contact with the spherical portion of the receptacle and the mounting element is in a form and force fitting contact with the vision device when the housing cover and the housing base are cojoined; characterized in that a channel is provided in the second spherical outer contour of the housing of the vision device , wherein the channel guides the band cable . an outer housing , a mounting element , a band cable and at least one vision device with a housing , wherein the vision device is positioned in or at the err outer housing and pointing to an outside of the outer housing , wherein the outer housing is defined by a housing cover and a housing base , wherein a first spherical outer contour of the housing for the vision device is in cooperation with the mounting element ; a second spherical outer contour of the housing for the vision device is in cooperation with the housing base ; and a receptacle of the housing base defines a spherical portion , wherein the second spherical outer contour of the vision device is in form fitting contact with the spherical portion of the receptacle and the mounting element is in a form and force fitting contact with the vision device when the housing cover and the housing base are cojoined; characterized in that a channel is provided in the second spherical outer contour of the housing of the vision device , wherein the channel guides the band cable .
A magnetic composition containing a metal-salen complex compound, for use in a method of treatment, the method comprising providing the composition to an affected tissue of a living body with an external magnetic field after systemic application to the living body; the metal-salen complex compound having a crystal grain diameter as measured with transmission electron microscopy of 1 μm or less, wherein the percentage of the metal-salen complex compound with a crystal grain diameter of 100 nm or more to 500 nm or less is 70% or more.
Method for controlling an electronic video door entry and/or home automation communication system configured for video door communication comprising a plurality of indoor stations and at least one outdoor station , the indoor stations and the outdoor station being connected to a communication BUS to which electric power supply means for remote supply of the stations are also connected, at least one indoor station of the plurality of indoor stations comprising a control unit which comprises at least one module for data exchange with the Internet and a wireless network connection module operatively connected to the module for data exchange with the Internet for the transmission of data to the Internet via a wireless network, the control method comprising the steps of: - obtaining an authentication key having a given finite validity time from an Internet portal for the communication with at least one user terminal ; and being characterized in that it comprises the steps of: - bringing the module for data exchange with the Internet and the wireless network connection module in a stand-by condition; - setting a waiting time that is shorter than the validity time of the authentication key to the Internet portal; and - at the end of each set waiting time: - checking the power available from the electric power supply means ; - reactivating the module for data exchange with the Internet and the wireless network connection module in case sufficient power is available; - accessing the Internet portal via the module for data exchange with the Internet ; and - updating the authentication key to the Internet portal. - obtaining an authentication key having a given finite validity time from an Internet portal for the communication with at least one user terminal ; - bringing the module for data exchange with the Internet and the wireless network connection module in a stand-by condition; - setting a waiting time that is shorter than the validity time of the authentication key to the Internet portal; and - at the end of each set waiting time: - checking the power available from the electric power supply means ; - reactivating the module for data exchange with the Internet and the wireless network connection module in case sufficient power is available; - accessing the Internet portal via the module for data exchange with the Internet ; and - updating the authentication key to the Internet portal. - checking the power available from the electric power supply means ; - reactivating the module for data exchange with the Internet and the wireless network connection module in case sufficient power is available; - accessing the Internet portal via the module for data exchange with the Internet ; and - updating the authentication key to the Internet portal.
A method of selective plasma etching of a composite object comprising at least two layers of different materials A and B, the layer of material A at least partially covering the layer of material B, said method using a treatment system comprising: - a vacuum treatment chamber comprising a support on which the object to be treated is placed; and - at least two subassemblies eac h comprising at least one plasma source for generating a plasma, each plasma source of a subassembly being supplied by a radiofrequency power Pi and by a gas i of flow rate ni, independently of the other sub-assembly or subassemblies; the plasma generated by a subassembly being a partially ionized gas or gaseous mixture of a different chemical nature from the plasma generated by the other subassembly or subassemblies , the method comprising the following steps: • a step for generating a first plasma by a first of the subassemblies , and using the first plasma to treat at least one first region of the object comprising the material B on the surface, said treatment using the first plasma consisting of a passivation or activation step of material B; • a step for generating a second plasma by a second of the subassemblies , and using the second plasma to treat at least one second region of said object comprising the material A on the surface, said treatment using the second plasma consisting of a partial or total removal of material A, said method being able to start either by the passivation or activation step using the first plasma, or by the removal step using the second plasma. - a vacuum treatment chamber comprising a support on which the object to be treated is placed; and - at least two subassemblies eac h comprising at least one plasma source for generating a plasma, each plasma source of a subassembly being supplied by a radiofrequency power Pi and by a gas i of flow rate ni, independently of the other sub-assembly or subassemblies; the plasma generated by a subassembly being a partially ionized gas or gaseous mixture of a different chemical nature from the plasma generated by the other subassembly or subassemblies , • a step for generating a first plasma by a first of the subassemblies , and using the first plasma to treat at least one first region of the object comprising the material B on the surface, said treatment using the first plasma consisting of a passivation or activation step of material B; • a step for generating a second plasma by a second of the subassemblies , and using the second plasma to treat at least one second region of said object comprising the material A on the surface, said treatment using the second plasma consisting of a partial or total removal of material A, said method being able to start either by the passivation or activation step using the first plasma, or by the removal step using the second plasma.