mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: - receiving by a capacitive touch screen an object code pattern being associated with an object, said object code pattern comprising at least two conductive parts (11a-11d), wherein each of the at least two conductive parts (11a-11d) is electrically connected to each other of the at least two conductive parts (11a-11d) and to a connection point, and wherein the at least two conductive parts (11a-11d) form a conductive pattern that is individual for the object, so that, upon receiving the object code pattern, an electric field changes within an area of the capacitive touch screen that interacts with said at least two conductive parts (11a-11d); - detecting the changes in the electric field to produce a virtual object code comprising an identifier code relating to the object; - recognizing the object by comparing the identifier code to a list of identifier codes; - providing application data based on the recognized object; and - performing, using the touch screen, at least one application based on the application data; characterized in that the object comprises an electronic circuit connected to the connection point and adapted to supply a time-variant pulsed signal to the object code pattern causing that the change of the electric field, in addition to being dependent on the conductive pattern formed by the at least two conductive parts (11a-11d) in the object code pattern, is time-variant and that the virtual object code comprises a time-variant component. - receiving by a capacitive touch screen an object code pattern being associated with an object, said object code pattern comprising at least two conductive parts (11a-11d), wherein each of the at least two conductive parts (11a-11d) is electrically connected to each other of the at least two conductive parts (11a-11d) and to a connection point, and wherein the at least two conductive parts (11a-11d) form a conductive pattern that is individual for the object, so that, upon receiving the object code pattern, an electric field changes within an area of the capacitive touch screen that interacts with said at least two conductive parts (11a-11d); - detecting the changes in the electric field to produce a virtual object code comprising an identifier code relating to the object; - recognizing the object by comparing the identifier code to a list of identifier codes; - providing application data based on the recognized object; and - performing, using the touch screen, at least one application based on the application data; characterized in that the object comprises an electronic circuit connected to the connection point and adapted to supply a time-variant pulsed signal to the object code pattern causing that the change of the electric field, in addition to being dependent on the conductive pattern formed by the at least two conductive parts (11a-11d) in the object code pattern, is time-variant and that the virtual object code comprises a time-variant component.
A computer-implemented method for handling faults during an upgrade, the method comprising the following: an act of pausing an initiated service upgrade, the service upgrade being configured to upgrade one or more virtual machines from an older service version to a newer service version, the virtual machines being located in one or more different upgrade domains (460A, 460B, 460C), by upgrading each virtual machine within an upgrade domain before proceeding to the next upgrade domain; an act of determining that a virtual machine instance has faulted; an act of determining whether the faulted virtual machine instance is in an upgrade domain that is currently being upgraded, is in an upgrade domain that has already been upgraded, or is in an upgrade domain that has yet to be upgraded to the newer service version; an act of restoring the faulted virtual machine instance using at least one of the newer service version and the older service version, based on the determination; and an act of resuming the initiated service upgrade. an act of pausing an initiated service upgrade, the service upgrade being configured to upgrade one or more virtual machines from an older service version to a newer service version, the virtual machines being located in one or more different upgrade domains (460A, 460B, 460C), by upgrading each virtual machine within an upgrade domain before proceeding to the next upgrade domain; an act of determining that a virtual machine instance has faulted; an act of determining whether the faulted virtual machine instance is in an upgrade domain that is currently being upgraded, is in an upgrade domain that has already been upgraded, or is in an upgrade domain that has yet to be upgraded to the newer service version; an act of restoring the faulted virtual machine instance using at least one of the newer service version and the older service version, based on the determination; and an act of resuming the initiated service upgrade.
A method for producing a change in the properties of a medium disposed in an artificial container, comprising: placing in a vicinity of the medium at least an energy modulation agent, wherein said energy modulation agent is configured to emit light into the medium upon interaction with an initiation energy, i.e. is capable of receiving an energy input from an initiation energy source and then re-emitting a different energy to a receiving target; and applying the initiation energy from an energy source to the medium, wherein the applied initiation energy interacts with a plasmonics agent, if present, or with the energy modulation agent to directly or indirectly, i.e. in a manner so that the initiation energy interacts with an energy modulation agent, which activates an activatable agent, produce the change in the properties of the medium, wherein optionally a plasmonics agent is placed in a vicinity of the medium, wherein said plasmonics agent 1) enhances or modifies said light from the energy modulation agent or 2) enhances or modifies the initiation energy, wherein said energy modulation agent is selected from the group consisting of fluorescent molecules, luminescent molecules or phosphorescent molecules, wherein the plasmonics agent comprises metal structures, wherein said activatable agent is an agent that normally exists in an inactive state in the absence of an activation signal and which is capable of being activated by an activation signal under activating conditions, wherein the activated activatable agent is capable of producing said change in the properties of said medium. placing in a vicinity of the medium at least an energy modulation agent, wherein said energy modulation agent is configured to emit light into the medium upon interaction with an initiation energy, i.e. is capable of receiving an energy input from an initiation energy source and then re-emitting a different energy to a receiving target; and applying the initiation energy from an energy source to the medium,
Device for the sendoff and aquatic burial of urns having a water vehicle comprising an urn platform and having an urn catafalque allocated to the water vehicle, characterised in that the urn platform can be displaced by a raising/lowering drive between a sendoff position presenting the urn and a burial position committing the urn to the water, wherein the urn catafalque is allocated two individually controllable flaps, a burial flap and a sendoff flap.
A chip comprising: a plurality of functional modules (F 1...F 8) operable to be selectively enabled or disabled; a one-time programmable memory storing chip configuration data relating to the selective enablement or disablement of each of the plurality of functional modules; and a verification module operable to access the OTP memory; wherein the verification module is operable to receive a verification request (514, 714) relating to a specified portion of the OTP memory, the specified portion of the OTP memory relating to specific memory locations (e 1...e 8) of the OTP memory corresponding to particular ones of the plurality of functional modules (F 1...F 8) that are of interest to a requesting party, the verification request comprising mask data defining the specified portion of the OTP memory; and wherein, in response to the verification request, the verification module is operable to use the mask data and the OTP memory to generate verification data relating to the specified portion of the OTP memory, the verification data further being generated based on a secret key of the chip. a plurality of functional modules (F 1...F 8) operable to be selectively enabled or disabled; a one-time programmable memory storing chip configuration data relating to the selective enablement or disablement of each of the plurality of functional modules; and a verification module operable to access the OTP memory;
Drive system, comprising an electric motor, an inverter and an energy store (B, C), wherein the inverter consists of three half-bridges of in each case a series connection of two semiconductor switches, wherein the electric motor can be fed from the inverter, which can be supplied from the energy store (B, C), wherein the electric motor is configured as a three-phase motor in star connection, wherein the stator windings of the electric motor are connected in star connection, wherein the star point of the electric motor can be supplied with current from a rectifier (D2, D3, D4, D5), which is fed from a secondary winding, wherein the secondary winding can be supplied from a primary winding, which is inductively coupled to the secondary winding, if the voltage at the star point exceeds a first critical value, the charging current is configured directly from the rectifier (D2, D3, D4, D5) to the energy store (s) (B, C) by means of a diode, wherein the first critical value corresponds to the charging voltage for the energy store(s) (B, C), wherein the primary winding is supplied from a voltage-current converter, in particular a gyrator, which is fed with an alternating voltage from an inverter, wherein the voltage-current converter comprises at least one capacitance and one inductance such that the associated resonant frequency substantially corresponds to the frequency of the alternating voltage, in particular wherein the capacitance and the inductance are connected in series, wherein, if the voltage at the star point falls short of the first critical value, the charging current is routed from the rectifier (D2, D3, D4, D5) to the energy store(s) (B, C) via at least one stator winding and the inverter, wherein the the inverter together with the stator windings can be operated as a boost converter, wherein, if a second critical value, which is greater than the first critical value, is exceeded, a switch is closed, via which current is diverted from the star point to the lower potential, in particular in order to protect the energy stores (B, C) against overcharging.
Roller bearing arrangement, particularly for a rotary connection, comprising two rings (2,3) arranged mutually concentrically and at least regionally inside each other, each provided with a connecting surface (22,23) for the connection to a part of a car, of a machine or of an installation, or to a foundation, as well as connecting elements in the form of fastening bores or blind hole bores (23,24), and comprising a gap between said rings (2,3), so that they are rotatable relative to each other about an imaginary axis at the center of said rings (2,3) and approximately perpendicular to the ring plane, wherein at least two rows of rolling elements (5,6) symmetrical to a defined axis of rotation and of a shape of a cylinder, a cone, a needle or a barrel, are provided in the region of the gap situated between said rings (2,3), and wherein the axes of rotation of the rolling elements of a first row are mainly directed radially relative to the ring's axis of rotation, while the axes of rotation of the rolling elements of a second row are directed parallel to the ring's axis of rotation, and wherein a row of ball-shaped rolling elements is additionally provided in the gap between the both rings (2,3), wherein a ring (2,3) has a nearly L-shaped cross-section with a tube-shaped section in the form of a short pipe or sleeve as well as with an annular flange or collar, wherein a) the gap comprises an L-shaped cross-section, wherein b) within the area of recessed cross-section between the two L-shaped legs of the ring (2,3) of L-shaped cross-section, the other ring (3,4) is received partially, and thereby keeps the rolling elements inserted in the gap on the spot, c) wherein the row of ball-shaped rolling elements within the gap cross-section is arranged in the area of the tube-shaped ring section beyond the at least two rows of roller-shaped rolling elements (5,6), d) and wherein the raceways of each ring (2,3) for the at least two rows of rolling elements (5,6) with a shape of a cylinder, a cone, a needle or a barrel, as well as for the row of ball-shaped rolling elements are formed at a single, common, unseparated rotational body (2,3). a) the gap comprises an L-shaped cross-section, wherein b) within the area of recessed cross-section between the two L-shaped legs of the ring (2,3) of L-shaped cross-section, the other ring (3,4) is received partially, and thereby keeps the rolling elements inserted in the gap on the spot, c) wherein the row of ball-shaped rolling elements within the gap cross-section is arranged in the area of the tube-shaped ring section beyond the at least two rows of roller-shaped rolling elements (5,6), d) and wherein the raceways of each ring (2,3) for the at least two rows of rolling elements (5,6) with a shape of a cylinder, a cone, a needle or a barrel, as well as for the row of ball-shaped rolling elements are formed at a single, common, unseparated rotational body (2,3).
Elastic joint filler cord (20, 30, 40, 50, 60) for arrangement in a joint between two building components (B, F), in particular in a joint to a wall panel or floor panel, wherein - it is compressible so that it can be clamped by compression in a narrower joint; - it contains at least one strength component (21, 31, 41, 51, 61) which provides it with the tensile strength; - its outer surface is at least partially adapted for adhesion of a sealing material, in particular silicone, characterized in that - it can withstand, in the longitudinal direction, a tensile force of at least 300 N without tearing, and - the strength component (21, 31, 41, 51, 61) is arranged only on the outer surface of the joint filler cord (20, 30, 40, 50, 60). - it is compressible so that it can be clamped by compression in a narrower joint; - it contains at least one strength component (21, 31, 41, 51, 61) which provides it with the tensile strength; - its outer surface is at least partially adapted for adhesion of a sealing material, in particular silicone, - it can withstand, in the longitudinal direction, a tensile force of at least 300 N without tearing, and - the strength component (21, 31, 41, 51, 61) is arranged only on the outer surface of the joint filler cord (20, 30, 40, 50, 60).
A composition comprising: at least one quantum dot comprising a semiconductor material; surface ligands disposed on the surface of the quantum dot, the surface ligand comprising polysiloxane; wherein the quantum dot comprises a capping agent selected from the group consisting of: phosphines, phosphine oxides, alkyl phosphonic acids, alkyl-amines, aryl-amines, pyridines, long chain fatty acids and thiophenes. at least one quantum dot comprising a semiconductor material; surface ligands disposed on the surface of the quantum dot, the surface ligand comprising polysiloxane; wherein the quantum dot comprises a capping agent selected from the group consisting of: phosphines, phosphine oxides, alkyl phosphonic acids, alkyl-amines, aryl-amines, pyridines, long chain fatty acids and thiophenes.
A cable interface furniture for a conference table, which cable interface furniture comprises at least a space that enables connections and that is disposable below an openable and closable table hatch in the table, the cable interface furniture comprising a casing extending from the bottom upwards that is intended to be placed under the table and that stands on the floor resting on support means, the top part of which contains an intermediate bed provided with lead-in apertures, above which bed is a space enabling connections, with at least the connectors of the connecting cables being supported in which bed, characterized in that the support means are adjustable in their height, that the connecting cables except for the connectors are fitted when free to be disposed in the casing in the space below the intermediate bed, wherein the casing contains a tensioning means connected to each connecting cable, which tensioning means is fitted to keep the part of the connecting cable on the side of the connector taut and to pull the connectors against the top surface of the intermediate bed, and that the tensioning means is a counterweight that is disposed on each connecting cable and that moves in relation to the connecting cable.
A USB hub integrated circuit device, comprising USB hub logic comprising a plurality of USB ports, wherein a first USB port is a USB 3 compliant port and configured to be coupled with an external USB Type-C connector (650; 660) and comprises a pair of bi-directional transmission channels, wherein two physical layers (630a, 630b) are provided in parallel for the first USB port, each physical layer (630a, 630b) being associated with one bidirectional transmission channel, wherein each bidirectional transmission channel comprises a transmit channel (SSTX) and a receive channel (SSRX), characterized in that the USB hub logic is further configured to select one of said physical layers (630a, 630b) for the first USB port depending on a logic condition, wherein the logic condition is determined through another connection provided by the first USB port.
A printhead die, comprising a structure having a thickness 100μm or less and a ratio of length to width of at least 50, the structure containing, within its thickness, multiple fluid ejectors and multiple fluid chambers each near an ejector and each having an inlet through which printing fluid may enter the chamber and an outlet through which printing fluid may be ejected from the chamber.
An agent that inhibits Mirta22 activity for use in treating a memory or learning disorder; wherein the agent is a mir-185, mir-485, or mir-491 nucleic acid; or wherein the agent is selected from the group consisting of antisense RNA comprising a sequence complementary to the Mirta22 mRNA; RNAi comprising a sequence complementary to the Mirta22 mRNA, and shRNA comprising a sequence complementary to the Mirta22 mRNA; or wherein the agent is selected from the group consisting of an anti-Mirta22 antibody or fragment thereof, a single chain antibody that specifically binds to Mirta22, or a diabody that specifically binds to Mirta22.
A process for preparing a non-biodegradable thermoplastic composition based on vegetable flour, comprising the following steps: (a) selection of at least one vegetable flour (component 1) and at least one organic plasticizer (component 2) of this vegetable flour, (b) preparation of a plasticized composition by thermomechanical mixing of this vegetable flour and this organic plasticizer, (c) preparation of a thermoplastic plasticized flour by thermomechanical mixing after incorporation, into the plasticized vegetable flour obtained, of a binding agent A (component 3) carrying at least two functional groups capable of reacting with molecules carrying active hydrogen functions and capable of allowing the covalent binding of at least part of the plasticizing agent and at least part of the fatty acids and proteins contained in the vegetable flour, said binding agent having a molar mass of less than 5000 g/mol, and being chosen among diacids and compounds carrying at least two functions, free or masked, identical or different, chosen among isocyanate, carbamoyl- caprolactam, epoxide, halo, acid anhydride, acyl halide, oxychloride, trimetaphosphate and alkoxysilane functions, (d) incorporation and fine dispersion by thermomechanical mixing of the thermoplastic plasticized flour obtained in step (c) in at least one non-biodegradable synthetic polymer (component 4) and optionally a binding agent B (optional component 5), enabling the plasticized composition to be covalently bonded to the synthetic polymer. (a) selection of at least one vegetable flour (component 1) and at least one organic plasticizer (component 2) of this vegetable flour, (b) preparation of a plasticized composition by thermomechanical mixing of this vegetable flour and this organic plasticizer, (c) preparation of a thermoplastic plasticized flour by thermomechanical mixing after incorporation, into the plasticized vegetable flour obtained, of a binding agent A (component 3) carrying at least two functional groups capable of reacting with molecules carrying active hydrogen functions and capable of allowing the covalent binding of at least part of the plasticizing agent and at least part of the fatty acids and proteins contained in the vegetable flour, said binding agent having a molar mass of less than 5000 g/mol, and being chosen among diacids and compounds carrying at least two functions, free or masked, identical or different, chosen among isocyanate, carbamoyl- caprolactam, epoxide, halo, acid anhydride, acyl halide, oxychloride, trimetaphosphate and alkoxysilane functions, (d) incorporation and fine dispersion by thermomechanical mixing of the thermoplastic plasticized flour obtained in step (c) in at least one non-biodegradable synthetic polymer (component 4) and optionally a binding agent B (optional component 5), enabling the plasticized composition to be covalently bonded to the synthetic polymer.
A mold (40, 120) for manufacturing a molded article (60, 140) of a titanium-aluminum alloy or a titanium alloy, wherein at least an initial layer of a cavity surface (43, 123) of a mold body is formed of a calcined product of a slurry comprising a filler having cerium oxide as a main component, characterized in that said slurry comprises a binder having silica sol as a main component. at least an initial layer of a cavity surface (43, 123) of a mold body is formed of a calcined product of a slurry comprising a filler having cerium oxide as a main component, characterized in that said slurry comprises a binder having silica sol as a main component.