mhurhangee/ep-ind-claims huggingface dataset:
Apparatus designed to determine and/or monitor at least a process variable of a medium in a vessel, with - a unit capable of vibrating mechanically, - an electrodynamic transducer unit designed to excite the unit capable of vibrating to perform mechanical vibrations by means of an excitation signal and designed to receive the mechanical vibrations of the unit capable of vibrating and to convert them to an electrical reception signal, wherein the electrodynamic transducer unit comprises a coil, which serves as both a drive element and a reception element, - and with an electronic unit, which determines and/or monitors the process variable at least from the reception signal characterized in that the apparatus has a reference element with at least a reference coil, wherein the reference element is switched in parallel to the electrodynamic transducer unit and is subject to the same excitation signal, and wherein the reference element generates a reference signal that is not affected by the vibrations of the unit capable of vibrating, in that the electronic unit extracts a wanted signal from the reception signal and from the reference signal and determines and/or monitors the process variable on the basis of the wanted signal, wherein the wanted signal contains an interference signal that can be extracted from the wanted signal and results from the temperature dependence of the inductance of the coil, and in that the electronic unit has a control/evaluation unit which determines the temperature of the coil on the basis of the interference signal. - a unit capable of vibrating mechanically, - an electrodynamic transducer unit designed to excite the unit capable of vibrating to perform mechanical vibrations by means of an excitation signal and designed to receive the mechanical vibrations of the unit capable of vibrating and to convert them to an electrical reception signal, wherein the electrodynamic transducer unit comprises a coil, which serves as both a drive element and a reception element, - and with an electronic unit, which determines and/or monitors the process variable at least from the reception signal
A light-shielding film, comprising a resin, a black filler having average particle size of 0.01 to 1 μm and inorganic particles having average particle size of 0.1 to 10 μm in the contents as shown in the following (i) to (iii), respectively, wherein the film is in a single layer structure, and wherein (i) a content of the resin is 55 to 91% by weight; (ii) a content of the black filler having average particle size of 0.01 to 1 μm is 1 to 10% by weight; and (iii) a content of the inorganic particles having average particle size of 0.1 to 10 μm is 8 to 35% by weight, characterized in that the resin is a polyamide-imide resin containing trimellitic acid anhydride as an acid component and 3,3'-dimethyl-4,4'-diaminobiphenyl or a diisocyanate corresponding thereto as an amine component. (i) a content of the resin is 55 to 91% by weight; (ii) a content of the black filler having average particle size of 0.01 to 1 μm is 1 to 10% by weight; and (iii) a content of the inorganic particles having average particle size of 0.1 to 10 μm is 8 to 35% by weight,
A lock with a lock casing, with a latch-bolt, with an additional latch-bolt, wherein the latch-bolt and the additional latch-bolt are respectively transferable into a position (55, 57) protruding from the lock casing and into a position (56, 58) retracted back into the lock casing, and with a slider, which is transferable into a releasing position and into a blocking position, wherein the slider is transferable from the releasing position into the blocking position, if a moving procedure occurs, in which the latch-bolt and the additional latch-bolt are initially transferred from the protruding positions (55, 57) into the retracted positions (56, 58), and thereafter the latch-bolt is transferred into the protruding position, while the additional latch-bolt remains in the retracted position, characterized in that the slider, in the releasing position, is retained at least at a first and at a second retaining positions (24, 27) of the slider, which are spaced apart from each other.
An integrated paving system provided with a portable paving mix container containing a paving mix for forming pavement and a paving machine configured to distribute and compact the paving mix on a paving surface, the integrated paving system characterized in that: the paving machine is configured to self-load the portable paving mix container containing the paving mix onto the paving machine and the paving machine is configured to unload the paving mix from the portable paving mix container. the paving machine is configured to self-load the portable paving mix container containing the paving mix onto the paving machine and the paving machine is configured to unload the paving mix from the portable paving mix container.
An electronic apparatus, comprising: a communication interface; and a processor configured to encrypt data in each of a plurality of sections of voice data, the voice data corresponding to a first user voice input, and control the communication interface to transmit the encrypted data to a server, wherein the processor is characterized in that it is further configured to: obtain a first authentication key that is set based on the encrypted data in a first section of the plurality of sections having been transmitted to the server, and encrypt data in a second section to be transmitted by using the first authentication key, and obtain a second authentication key that is set based on the encrypted data in a third section of the plurality of sections having been transmitted to the server, and encrypt data in a fourth section to be transmitted by using the second authentication key. a communication interface; and a processor configured to encrypt data in each of a plurality of sections of voice data, the voice data corresponding to a first user voice input, and control the communication interface to transmit the encrypted data to a server, wherein the processor is characterized in that it is further configured to: obtain a first authentication key that is set based on the encrypted data in a first section of the plurality of sections having been transmitted to the server, and encrypt data in a second section to be transmitted by using the first authentication key, and obtain a second authentication key that is set based on the encrypted data in a third section of the plurality of sections having been transmitted to the server, and encrypt data in a fourth section to be transmitted by using the second authentication key. obtain a first authentication key that is set based on the encrypted data in a first section of the plurality of sections having been transmitted to the server, and encrypt data in a second section to be transmitted by using the first authentication key, and obtain a second authentication key that is set based on the encrypted data in a third section of the plurality of sections having been transmitted to the server, and encrypt data in a fourth section to be transmitted by using the second authentication key.
A battery management system comprising: a battery pack; a first main relay (141, 151) electrically connected between the battery pack and a load; a first sub relay (142, 152) electrically connected between the battery pack and the load and in parallel with the first main relay; and a first control means and a second control means, different from the first control means, the first and second control means (130, 170) each adapted to operate the first main relay (141, 151), and wherein the first control means comprises a battery management unit and the second control unit comprises an inverter controller; wherein the second control means is adapted to operate the first sub relay (142, 152), and the first control means is adapted to operate the first sub relay (142, 152) when the second control means is broken, wherein the first and second control means (130, 170) are adapted such that one of the first and second control means (130, 170) turns the first main relay (141, 151) on while the first sub relay (142, 152) is turned off when the battery pack is to be electrically connected to the load, and the first and second control means (130, 170) are adapted such that one of the first and second control means (130, 170) turns the first sub relay (142, 152) on when the battery pack is to be electrically disconnected from the load, and then the first and second control means (130, 170) are adapted such that one of the first or second control means (130, 170) turns the first main relay (141, 151) off and then turns the first sub relay (142, 152) off. a battery pack; a first main relay (141, 151) electrically connected between the battery pack and a load; a first sub relay (142, 152) electrically connected between the battery pack and the load and in parallel with the first main relay; and a first control means and a second control means, different from the first control means, the first and second control means (130, 170) each adapted to operate the first main relay (141, 151), and wherein the first control means comprises a battery management unit and the second control unit comprises an inverter controller; wherein the second control means is adapted to operate the first sub relay (142, 152), and the first control means is adapted to operate the first sub relay (142, 152) when the second control means is broken, wherein the first and second control means (130, 170) are adapted such that one of the first and second control means (130, 170) turns the first main relay (141, 151) on while the first sub relay (142, 152) is turned off when the battery pack is to be electrically connected to the load, and the first and second control means (130, 170) are adapted such that one of the first and second control means (130, 170) turns the first sub relay (142, 152) on when the battery pack is to be electrically disconnected from the load, and then the first and second control means (130, 170) are adapted such that one of the first or second control means (130, 170) turns the first main relay (141, 151) off and then turns the first sub relay (142, 152) off.
A system for predicting the likelihood of the occurrence of hallucinations in a subject having been diagnosed to have, or is affected by, Parkinson's disease comprising: a) a master device adapted to be moved, moved on or manipulated by a subject; b) a slave device operably connected with the master device and adapted so that the subject is directly or indirectly touched by said slave device according with the master device's movement; c) a computer device operably connected to both the master and the slave device, said computer device being characterized by a computer program comprising instructions to: - modulate over time a time delay between the activation of the slave device in response to the activation of the master device and the activation of the master device by the subject; - record data regarding the time delay and a corresponding subjective response of the subject concerning the induction of the feeling of a presence (FoP); - compare the recorded data with reference data; and - graphically or numerically show the result of the comparison on a display means, as an indicator of the likelihood of the occurrence of hallucinations in a subject. a) a master device adapted to be moved, moved on or manipulated by a subject; b) a slave device operably connected with the master device and adapted so that the subject is directly or indirectly touched by said slave device according with the master device's movement; c) a computer device operably connected to both the master and the slave device, said computer device being characterized by a computer program comprising instructions to: - modulate over time a time delay between the activation of the slave device in response to the activation of the master device and the activation of the master device by the subject; - record data regarding the time delay and a corresponding subjective response of the subject concerning the induction of the feeling of a presence (FoP); - compare the recorded data with reference data; and - graphically or numerically show the result of the comparison on a display means, as an indicator of the likelihood of the occurrence of hallucinations in a subject. - modulate over time a time delay between the activation of the slave device in response to the activation of the master device and the activation of the master device by the subject; - record data regarding the time delay and a corresponding subjective response of the subject concerning the induction of the feeling of a presence (FoP); - compare the recorded data with reference data; and - graphically or numerically show the result of the comparison on a display means, as an indicator of the likelihood of the occurrence of hallucinations in a subject.
A biological implant device for providing orthopedic support, wherein the device has a device longitudinal axis, the device comprising: a first rigid section with a first top plate and a first bottom plate; and a second rigid section with a second top plate and a second bottom plate; wherein a first longitudinal end of the first rigid section is rotatably attached to a second longitudinal end of the second rigid section, and wherein the top and bottom plates are configured to interface with hard tissue, characterized in that the first rigid section is removable from the second rigid section. a first rigid section with a first top plate and a first bottom plate; and a second rigid section with a second top plate and a second bottom plate; wherein a first longitudinal end of the first rigid section is rotatably attached to a second longitudinal end of the second rigid section, and wherein the top and bottom plates are configured to interface with hard tissue, characterized in that the first rigid section is removable from the second rigid section.
A vascular access device comprising: a catheter adapter comprising a main body portion from which a catheter extends distally and an extension that extends outwardly from the main body portion; an extension tubing having a distal end that inserts into and is secured within the extension; and an interface (201c1) formed of a flexible material that is positioned in-line with the extension such that the extension tubing extends through the interface (201c1) and into the extension; characterized by a stabilization platform having a first stabilization platform side that is coupled to the catheter adapter and extends outwardly from the main body portion, wherein the interface (201c1) is an integral part of the first stabilization platform side; and wherein the interface (201c1) is more flexible than the extension and less flexible than the extension tubing. a catheter adapter comprising a main body portion from which a catheter extends distally and an extension that extends outwardly from the main body portion; an extension tubing having a distal end that inserts into and is secured within the extension; and an interface (201c1) formed of a flexible material that is positioned in-line with the extension such that the extension tubing extends through the interface (201c1) and into the extension; characterized by a stabilization platform having a first stabilization platform side that is coupled to the catheter adapter and extends outwardly from the main body portion, wherein the interface (201c1) is an integral part of the first stabilization platform side; and wherein the interface (201c1) is more flexible than the extension and less flexible than the extension tubing.
Magnetic field measuring method using a magnetoelectric composite element as oscillator, wherein the composite element is formed of a magnetostrictive phase and a piezoelectric phase which are connected by a material bond, wherein during the magnetic field measuring method a time-dependent measurement magnetic field acts on the magnetostrictive phase of the composite element, an electrical measurement voltage is tapped off across the piezoelectric phase of the composite element, and the measurement magnetic field is inferred therefrom, characterized by the steps: (i) providing at least one dielectric phase which is connected to the magnetostrictive phase of the composite element by a material bond, wherein, when an electrical voltage is applied, the dielectric phase exhibits a change in length, the magnitude of which depends in a non-linear manner on the magnitude of the voltage, and (ii) applying a temporally periodic electrical modulation voltage to the dielectric phase. (i) providing at least one dielectric phase which is connected to the magnetostrictive phase of the composite element by a material bond, wherein, when an electrical voltage is applied, the dielectric phase exhibits a change in length, the magnitude of which depends in a non-linear manner on the magnitude of the voltage, and (ii) applying a temporally periodic electrical modulation voltage to the dielectric phase.
A method of wireless communication operable at a scheduling entity, comprising: wirelessly communicating utilizing a first transmission time interval, TTI, over a first carrier, the first carrier being a time division duplex, TDD, carrier; and wirelessly communicating utilizing a second TTI different from the first TTI and overlapping a portion of the first TTI, over a second carrier paired with the first carrier but separated from the first carrier in frequency, wherein the second TTI is shorter in duration than the first TTI. wirelessly communicating utilizing a first transmission time interval, TTI, over a first carrier, the first carrier being a time division duplex, TDD, carrier; and wirelessly communicating utilizing a second TTI different from the first TTI and overlapping a portion of the first TTI, over a second carrier paired with the first carrier but separated from the first carrier in frequency, wherein the second TTI is shorter in duration than the first TTI.
A surgical lead (1500, 1700, 1800) comprising: a flexible panel; a set of electrode arrays embedded (1504, 1608, 1512, 1516) in the flexible panel; a set of leads (1506, 1510, 1514, 1518) integrally formed with the flexible panel; a set of lumens (1595, 1596, 1697, 1598); at least one lumen of the set of lumens resident in at least one lead of the set of leads; a set of conductors in the at least one lead of the set of leads; a set of contacts (1507, 1511, 1515, 1519), attached to the at least one lead of the set of leads; at least one conductor of the set of conductors, connected between a contact of the set of contacts and an electrode array of the set of electrode arrays; a set of window portals (1533, 1532, 1531, 1530), in the flexible panel, adjacent to and distal from the set of electrode arrays; a set of optical fibers (1541, 1543, 1545, 1547); a set of side firing sections (1535, 1536, 1537, 1538); at least one optical fiber of the set of optical fibers having at least one side firing section of the set of side firing sections; at least one optical fiber of the set of optical fibers resident in the at least one lumen of the set of lumens; the at least one side firing section positioned adjacent a window portal of the set of window portals; a set of ferrules (1505, 1509, 1513, 1517); and, at least one ferrule, of the set of ferrules, positioned on the at least one optical fiber of the set of optical fibers. a flexible panel; a set of electrode arrays embedded (1504, 1608, 1512, 1516) in the flexible panel; a set of leads (1506, 1510, 1514, 1518) integrally formed with the flexible panel; a set of lumens (1595, 1596, 1697, 1598); at least one lumen of the set of lumens resident in at least one lead of the set of leads; a set of conductors in the at least one lead of the set of leads; a set of contacts (1507, 1511, 1515, 1519), attached to the at least one lead of the set of leads; at least one conductor of the set of conductors, connected between a contact of the set of contacts and an electrode array of the set of electrode arrays; a set of window portals (1533, 1532, 1531, 1530), in the flexible panel, adjacent to and distal from the set of electrode arrays; a set of optical fibers (1541, 1543, 1545, 1547); a set of side firing sections (1535, 1536, 1537, 1538); at least one optical fiber of the set of optical fibers having at least one side firing section of the set of side firing sections; at least one optical fiber of the set of optical fibers resident in the at least one lumen of the set of lumens; the at least one side firing section positioned adjacent a window portal of the set of window portals; a set of ferrules (1505, 1509, 1513, 1517); and, at least one ferrule, of the set of ferrules, positioned on the at least one optical fiber of the set of optical fibers.
A method for navigating a calendar application hosted on a portable electronic device, the method comprising: - viewing a first time and first timescale (13, 14); - detecting a movement of the portable electronic device from an initial orientation; - upon detection of the movement, viewing a second time or second timescale (13, 14) different from the first time or first timescale, respectively, wherein a displayed content of a calendar entry varies in response to the movement; and interrupting the second viewing upon detecting a movement of the portable electronic device back to the initial orientation. - viewing a first time and first timescale (13, 14); - detecting a movement of the portable electronic device from an initial orientation; - upon detection of the movement, viewing a second time or second timescale (13, 14) different from the first time or first timescale, respectively, wherein a displayed content of a calendar entry varies in response to the movement; and interrupting the second viewing upon detecting a movement of the portable electronic device back to the initial orientation.
An airfoil for use in a gas turbine engine, the airfoil comprising: a pressure surface and a suction surface each extending axially from a leading edge to a trailing edge of the airfoil, at least one of the pressure surface, the suction surface, the leading edge and the trailing edge terminating at an edge (65; 80; 88; 96) of a tip section of the airfoil; a plurality of internal cooling conduits located within the airfoil; and at least one cooling hole (86; 92) in fluid communication with at least one of the plurality of internal cooling conduits, wherein the at least one cooling hole (86; 92) is aligned with an opening (90; 94) that extends directly from the at least one cooling hole (86; 92); and a tip shelf in the tip section, characterised in that the tip shelf provides a surface between the pressure surface and a top of the tip section, the opening (90; 94) is formed in and extends through an edge of the tip shelf of the tip section of the airfoil, and in that the edge of the tip shelf intersects the pressure surface. a pressure surface and a suction surface each extending axially from a leading edge to a trailing edge of the airfoil, at least one of the pressure surface, the suction surface, the leading edge and the trailing edge terminating at an edge (65; 80; 88; 96) of a tip section of the airfoil; a plurality of internal cooling conduits located within the airfoil; and at least one cooling hole (86; 92) in fluid communication with at least one of the plurality of internal cooling conduits, wherein the at least one cooling hole (86; 92) is aligned with an opening (90; 94) that extends directly from the at least one cooling hole (86; 92); and a tip shelf in the tip section, characterised in that the tip shelf provides a surface between the pressure surface and a top of the tip section, the opening (90; 94) is formed in and extends through an edge of the tip shelf of the tip section of the airfoil, and in that the edge of the tip shelf intersects the pressure surface.