mhurhangee/ep-ind-claims huggingface dataset:
A hearing device comprising - a housing (12, 92, 212, 312) configured to be at least partially inserted into an ear canal, - an acoustic transducer (21, 221, 321) having an oscillator element (22, 222, 322) configured to produce sound waves, the housing (12, 92, 212, 312) accommodating the acoustic transducer (21, 221, 321) such that the oscillator element (22, 222, 322) separates an inner volume inside the housing (12, 92, 212, 312) into a first chamber (25, 26) and a second chamber (25, 26) acoustically coupled by the oscillator element (22, 222, 322), - a sound outlet configured to release sound waves into the ear canal, the sound outlet provided at a portion of the housing (12, 92, 212, 312) enclosing the second chamber (25, 26), - a first acoustic port (45, 46, 245, 246, 345, 346, 445, 446) acoustically coupling the first chamber (25, 26) to an ambient environment outside the inner volume, and - a second acoustic port (44, 45, 46, 244, 245, 246, 344, 345, 346, 445, 446) acoustically coupling the second chamber (25, 26) to the first chamber (25, 26), characterized by - an acoustic actuator (47, 48, 49, 107, 108, 109, 117, 118, 119, 347, 348, 349, 448, 449) provided at the second acoustic port and configured to change an acoustic property of the second acoustic port (44, 45, 46, 244, 245, 246, 344, 345, 346, 445, 446), and - a controller configured to control said changing of the acoustic property. - a housing (12, 92, 212, 312) configured to be at least partially inserted into an ear canal, - an acoustic transducer (21, 221, 321) having an oscillator element (22, 222, 322) configured to produce sound waves, the housing (12, 92, 212, 312) accommodating the acoustic transducer (21, 221, 321) such that the oscillator element (22, 222, 322) separates an inner volume inside the housing (12, 92, 212, 312) into a first chamber (25, 26) and a second chamber (25, 26) acoustically coupled by the oscillator element (22, 222, 322), - a sound outlet configured to release sound waves into the ear canal, the sound outlet provided at a portion of the housing (12, 92, 212, 312) enclosing the second chamber (25, 26), - a first acoustic port (45, 46, 245, 246, 345, 346, 445, 446) acoustically coupling the first chamber (25, 26) to an ambient environment outside the inner volume, and - a second acoustic port (44, 45, 46, 244, 245, 246, 344, 345, 346, 445, 446) acoustically coupling the second chamber (25, 26) to the first chamber (25, 26), characterized by - an acoustic actuator (47, 48, 49, 107, 108, 109, 117, 118, 119, 347, 348, 349, 448, 449) provided at the second acoustic port and configured to change an acoustic property of the second acoustic port (44, 45, 46, 244, 245, 246, 344, 345, 346, 445, 446), and - a controller configured to control said changing of the acoustic property.
A galvannealed zinc-based metal plated steel sheet comprising an oxide layer containing crystalline 3Zn 2 ·ZnSO 4 ·3-5H 2 O, wherein the oxide layer is formed on a plated surface, and the oxide layer has a thickness of 10nm to 200nm, wherein the plating film of the galvannealed zinc-based metal plated steel sheet contains 6-14% by mass Fe and 0.05 to 0.40% by mass Al, wherein the coating weight of the galvannealed zinc-based metal plated steel sheet including the oxide layer is in the range of 20 to 150 g/m 2 per surface, and wherein the galvannealed zinc-based metal plated steel sheet is obtainable by a method comprising subjecting the steel sheet to skin pass rolling, and forming the oxide layer by immersing the steel sheet in an aqueous solution containing Zn ions and sulfate ions, and allowing the formed film to stand for a predetermined time.
A soundproof device for rails comprising: three first to third rail ties (S1, S2, S3) configured to fix a rail arranged in sequence from one end to the other end of the rail in the longitudinal direction, a first soundproof cover bridged between the first and second rail ties (S1, S2), and a second soundproof cover bridged between the second and third rail ties (S2, S3), wherein the respective soundproof covers have a fixed length which is longer than any of a pitch of the first and second rail ties and a pitch of the second and third rail ties, and portions of a rail surface are covered with the first soundproof cover and the second soundproof cover in a state in which opposed end portions of the first soundproof cover and the second soundproof cover are overlapped with each other forming an overlapped portion over a width of 20 to 80 mm on the second rail tie, further comprising a sound absorbing material bonded on an inner surface of each cover body, and wherein a first pitch between the first and second rail ties (S1, S2) and a second pitch between the second and third rail ties (S2, S3) are the same or the latter is larger than the former, and the length L of the first soundproof cover and the second soundproof cover is the same, and the sizes have a relationship; P1 ≤ P2 < L.
A colorless material comprising a carrier; copper-containing particles comprising copper-containing glass; and sodium thiocyanate, wherein the material exhibits, in the CIE L ∗ a ∗ b ∗ system, an L ∗ value in the range from 91 to 100, and a C ∗ value of less than 7, wherein C ∗ equals √(a ∗2 + b ∗2), wherein the material exhibits a greater than 3 log reduction in a concentration of Staphylococcus aureus, under the EPA Test Method for Efficacy of Copper Alloy as a Sanitizer testing conditions, and wherein the copper-containing glass comprises a cuprite phase comprising a plurality of Cu 1+ ions, and comprising at least one of B 2 O 3, P 2 O 5 and R 2 O, where R is selected from the group consisting of K, Na, Li, Rb, Cs and combinations thereof. a carrier; copper-containing particles comprising copper-containing glass; and sodium thiocyanate, wherein the material exhibits, in the CIE L ∗ a ∗ b ∗ system, an L ∗ value in the range from 91 to 100, and a C ∗ value of less than 7, wherein C ∗ equals √(a ∗2 + b ∗2), wherein the material exhibits a greater than 3 log reduction in a concentration of Staphylococcus aureus, under the EPA Test Method for Efficacy of Copper Alloy as a Sanitizer testing conditions, and wherein the copper-containing glass comprises a cuprite phase comprising a plurality of Cu 1+ ions, and comprising at least one of B 2 O 3, P 2 O 5 and R 2 O, where R is selected from the group consisting of K, Na, Li, Rb, Cs and combinations thereof.
Method for obtaining a material comprising mesogenic compounds forming a liquid crystal mix with a stabilized blue phase, comprising the following steps: a) preparing a chemical composition comprising a mesogenic system and a chemical photo-initiator system, the mesogenic system including - said mesogenic compounds forming the liquid crystal mix, - a chiral dopant adapted to induce said blue phase, and - a monomer mix comprising monomers adapted to polymerize, and the chemical photo-initiator system being adapted to trigger the polymerization of said monomers when illuminated by a light beam of visible wavelength; b) getting said liquid crystal mix to form said blue phase; c) after getting said liquid crystal mix into said blue phase, illuminating the chemical composition obtained in step a) with a light beam of visible wavelength in order to trigger the polymerization of said monomers; d) obtaining said material comprising said liquid crystal mix in the blue phase stabilized by the polymerized monomers. a) preparing a chemical composition comprising a mesogenic system and a chemical photo-initiator system, the mesogenic system including - said mesogenic compounds forming the liquid crystal mix, - a chiral dopant adapted to induce said blue phase, and - a monomer mix comprising monomers adapted to polymerize, and the chemical photo-initiator system being adapted to trigger the polymerization of said monomers when illuminated by a light beam of visible wavelength; - said mesogenic compounds forming the liquid crystal mix, - a chiral dopant adapted to induce said blue phase, and - a monomer mix comprising monomers adapted to polymerize, b) getting said liquid crystal mix to form said blue phase; c) after getting said liquid crystal mix into said blue phase, illuminating the chemical composition obtained in step a) with a light beam of visible wavelength in order to trigger the polymerization of said monomers; d) obtaining said material comprising said liquid crystal mix in the blue phase stabilized by the polymerized monomers.
A cursor display method, comprising: displaying a first cursor (405, 1501, 1703) on a display interface (401, 1701); moving the first cursor (405, 1501, 1703) toward a first control (403, 407, 1702) on the display interface (401, 1701) in response to a received first user operation; after detecting that a center of the first cursor (405, 1501, 1703) moves to an edge (702, 1702, 1503) of the first control (403, 407, 1702), performing a dynamic effect of cursor jumping into the first control (403, 407, 1702) by canceling the displaying of the first cursor (405, 1501, 1703)and displaying a second cursor (801 1502, 1704) in the first control (403, 407, 1702), wherein shape and size of the first cursor (405, 1501, 1703) are the same as shape and size of the second cursor (801 1502, 1704); gradually enlarging and deforming the second cursor (801 1502, 1704) in the first control (403, 407, 1702) to obtain a third cursor (801 1502, 1704), wherein a size of the third cursor (801 1502, 1704) is less than a size of the first control (403, 407, 1702); and moving the third cursor (801 1502, 1704) in the first control (403, 407, 1702) in response to a received third user operation. displaying a first cursor (405, 1501, 1703) on a display interface (401, 1701); moving the first cursor (405, 1501, 1703) toward a first control (403, 407, 1702) on the display interface (401, 1701) in response to a received first user operation; after detecting that a center of the first cursor (405, 1501, 1703) moves to an edge (702, 1702, 1503) of the first control (403, 407, 1702), performing a dynamic effect of cursor jumping into the first control (403, 407, 1702) by canceling the displaying of the first cursor (405, 1501, 1703)and displaying a second cursor (801 1502, 1704) in the first control (403, 407, 1702), wherein shape and size of the first cursor (405, 1501, 1703) are the same as shape and size of the second cursor (801 1502, 1704); gradually enlarging and deforming the second cursor (801 1502, 1704) in the first control (403, 407, 1702) to obtain a third cursor (801 1502, 1704), wherein a size of the third cursor (801 1502, 1704) is less than a size of the first control (403, 407, 1702); and moving the third cursor (801 1502, 1704) in the first control (403, 407, 1702) in response to a received third user operation.
Actuating device configured for actuating a contractible element for bending means of an industrial machine for bending metal elements provided with a lower component and an upper component apt to move relative to each other from a first position to a second position, the actuation device comprising: - a rack and pinion gear unit; comprising a pinion having an axis, a first rack, said first rack being configured to be fixed to the upper component of said contractible element; said pinion being operable in a first direction of rotation to move the first rack along a trajectory of translation, transverse to said axis; the actuating device being characterized in that it further comprises: - a connecting plate configured to be connected to the lower component of said contractible element; said rack and pinion gear unit comprising at least a second rack, said first and second rack (22, 23) being actuated simultaneously by said pinion so as to pass from a first position to a second position; the second rack being configured to be coupled to the connecting plate; said pinion being operable to move said second rack along a second trajectory of translation, transverse to said axis, such that said first rack and said second rack advance in opposite directions towards the first position of each of said first rack and said second rack; said pinion being operable in a second direction of rotation, contrary to said first direction of rotation, to move said racks (22, 23) in opposite directions towards the second position of each of said first rack and said second rack. - a rack and pinion gear unit; comprising a pinion having an axis, a first rack, said first rack being configured to be fixed to the upper component of said contractible element; - a connecting plate configured to be connected to the lower component of said contractible element;
A method wherein a first host comprises a virtualization layer managing execution of virtual machines, VMs, on the first host, the method comprising: establishing a communication channel between the virtualization layer and a VM comprising one of the VMs on the first host, the communication channel having a first end point in the virtualization layer and a second end point in the VM; adding a reference to the established communication channel to a channel table that maps communication channels to respective VMs on the first host; receiving a packet at the first host from a second host via a network, the packet comprising an identifier of the VM; looking up the identifier in the channel table; and enabling indirect network connectivity between the second host and the VM by a proxy agent executing on the first host causing the virtualization layer to pass the packet through the established communication channel to the VM. establishing a communication channel between the virtualization layer and a VM comprising one of the VMs on the first host, the communication channel having a first end point in the virtualization layer and a second end point in the VM; adding a reference to the established communication channel to a channel table that maps communication channels to respective VMs on the first host; receiving a packet at the first host from a second host via a network, the packet comprising an identifier of the VM; looking up the identifier in the channel table; and enabling indirect network connectivity between the second host and the VM by a proxy agent executing on the first host causing the virtualization layer to pass the packet through the established communication channel to the VM.
A pharmaceutical dosage form comprising particles of a mesoporous material loaded with a poorly soluble active pharmaceutical ingredient, wherein the external surfaces of the mesoporous particles are at least partially covered with a polymer solid dispersion of said active pharmaceutical ingredient, wherein the mesoporous material is a silica based material, and wherein the poorly soluble drug is rivaroxaban and/or ibuprofen.
A method for generating mature oocytes from immature oocytes, the method comprising: culturing one or more immature oocyte in in vitro maturation culture medium, culturing one or more tunneling nanotube-forming cell autologous to the oocyte under standard culture conditions; and co-culturing the one or more immature oocyte with the one or more autologous tunneling nanotube -forming cell in a manner such that at least one tunneling nanotube-forming cell forms at least one tunneling nanotube to at least one immature oocyte and transfers autologous biomolecules, cellular components, and/or organelles to the at least one oocyte through the tunneling nanotube protruded from said at least one tunneling nanotube-forming cell to said at least one oocyte for a period of at least one hour. culturing one or more immature oocyte in in vitro maturation culture medium, culturing one or more tunneling nanotube-forming cell autologous to the oocyte under standard culture conditions; and co-culturing the one or more immature oocyte with the one or more autologous tunneling nanotube -forming cell in a manner such that at least one tunneling nanotube-forming cell forms at least one tunneling nanotube to at least one immature oocyte and transfers autologous biomolecules, cellular components, and/or organelles to the at least one oocyte through the tunneling nanotube protruded from said at least one tunneling nanotube-forming cell to said at least one oocyte for a period of at least one hour.
A method, performed by a first electronic device, for managing keys for accessing a plurality of services, the method comprising: creating a plurality of instances corresponding to a plurality of service providers, (SPs, in an applet, wherein the applet is installed in a secure domain, SD; storing a data for a secure channel with a second electronic device to an instance, the instance being associated with a service provider, SP, wherein the data is received from the service provider; generating a ultra wide band, UWB, session key for the second electronic device based on the stored data; generating a scrambled timestamp sequence, STS, based on the UWB session key; and performing a secure ranging using the STS. creating a plurality of instances corresponding to a plurality of service providers, (SPs, in an applet, wherein the applet is installed in a secure domain, SD; storing a data for a secure channel with a second electronic device to an instance, the instance being associated with a service provider, SP, wherein the data is received from the service provider; generating a ultra wide band, UWB, session key for the second electronic device based on the stored data; generating a scrambled timestamp sequence, STS, based on the UWB session key; and performing a secure ranging using the STS.
A telephony signalling element (100, 200) comprising: a signalling processing function comprising: instantiations of a transaction handling function; instantiations of an admission control function; and instantiations of an access control function; and a session datastore function comprising: instantiations of a registration data store, wherein instantiations of the registration data store (124a, 124b, 124c) comprise a distributed data store in which subscriber registration session state data is stored; and instantiations of a dialog data store, wherein the instantiations of the dialog data store (126a, 126b, 126c) comprise a distributed data store in which dialog and call state data is stored, wherein instantiations of the signalling processing function are separate from instantiations of the session datastore function, and wherein instantiations (104, 106, 108) of the signalling processing function are able to communicate with instantiations (124, 126) of the session datastore function via one or more interfaces. a signalling processing function comprising: instantiations of a transaction handling function; instantiations of an admission control function; and instantiations of an access control function; instantiations of a transaction handling function; instantiations of an admission control function; and instantiations of an access control function; and a session datastore function comprising: instantiations of a registration data store, wherein instantiations of the registration data store (124a, 124b, 124c) comprise a distributed data store in which subscriber registration session state data is stored; and instantiations of a dialog data store, wherein the instantiations of the dialog data store (126a, 126b, 126c) comprise a distributed data store in which dialog and call state data is stored, instantiations of a registration data store, wherein instantiations of the registration data store (124a, 124b, 124c) comprise a distributed data store in which subscriber registration session state data is stored; and instantiations of a dialog data store, wherein the instantiations of the dialog data store (126a, 126b, 126c) comprise a distributed data store in which dialog and call state data is stored, wherein instantiations of the signalling processing function are separate from instantiations of the session datastore function, and wherein instantiations (104, 106, 108) of the signalling processing function are able to communicate with instantiations (124, 126) of the session datastore function via one or more interfaces.
A method of determining the travel time of first mobile user end terminals between a first geographical point P1 and a second geographical Point P2 being spatially separated therefrom, whereby specific information of first mobile user end terminals being located at the first point P1 as well as at the second point P2, is determined and is linked with a time stamp (T1; T2) respectively, whereby the specific information of the first mobile user end terminals being located at the first point P1 and at the second point P2 is electronically compared with one another in at least one central unit, and whereby at a match of the specific information of the first mobile user end terminals at the first point P1 and at the second point P2 the time difference (T2-T1) between the time stamps and the time stamps is electronically generated in the central unit and the travel times of the first mobile user end terminals between point P1 and point P2 being determined therefrom, characterized in that at least parts of eCall-information, which comprise at least position data, of at least one second mobile user end terminal, which are sent from the second user end terminal, are provided to the central unit, and that the parts of the eCall-information of the second user end terminal are assigned to the determined travel time of the at least one first mobile user terminal between the first point P1 and the second point P2.
An electromagnetic actuating device having a housing, an armature movable longitudinally to an axis in the housing between two end positions, said armature including two relatively spaced armature discs (7, 8) fixedly connected to an armature shaft, with two magnetic systems each of which comprises an annular arrangement of one or more permanent magnets (13, 14) which are polarized radially to the axis and are arranged between the armature discs (7, 8), each in a manner securely fixed to the housing, defining with these an air gap system having axially variable air gaps (L1, L2), and with an annular coil associated with the respective magnetic system and connectible to a source of current, wherein each magnetic system and the air gap system are configured in such a way that the armature is retainable in either one of the two end positions without excitation of the coil and is movable, by excitation of the coil, from a respective one of its end positions into the opposite end position, wherein a respective one of the two magnetic systems is arranged on either side of the coil.