mhurhangee/ep-ind-claims huggingface dataset:
An event-driven transmission method comprising the steps of: converting at least one event to at least one corresponding pulse pair, and transmitting the at least one pulse pair, wherein a delay between each pulse pair represents a corresponding identifier with respect to the respective event or with respect to at least one corresponding object causing or experiencing the respective event, wherein the at least one object comprises or is at least one sensing unit and/or at least one sensor and/or at least one multi-electrode array, and the method being characterized in that, with respect to the corresponding sensor signal, event encoding is implemented with an event-based analog-to-digital converter with an output comprising a 2-bit ternary format. converting at least one event to at least one corresponding pulse pair, and transmitting the at least one pulse pair, wherein a delay between each pulse pair represents a corresponding identifier with respect to the respective event or with respect to at least one corresponding object causing or experiencing the respective event, wherein the at least one object comprises or is at least one sensing unit and/or at least one sensor and/or at least one multi-electrode array, and the method being characterized in that, with respect to the corresponding sensor signal, event encoding is implemented with an event-based analog-to-digital converter with an output comprising a 2-bit ternary format. wherein a delay between each pulse pair represents a corresponding identifier with respect to the respective event or with respect to at least one corresponding object causing or experiencing the respective event, wherein the at least one object comprises or is at least one sensing unit and/or at least one sensor and/or at least one multi-electrode array, and the method being characterized in that, with respect to the corresponding sensor signal, event encoding is implemented with an event-based analog-to-digital converter with an output comprising a 2-bit ternary format.
Device for monitoring medicament delivery devices, which device is to be used with a safety container; which safety container does not require any specific features or designs; which medicament delivery devices comprise information retaining elements comprising information that is unique to specific medicament delivery devices wherein said information retaining elements comprise wireless technology information tags, and wherein an information obtaining mechanism comprises wireless receiving elements capable of obtaining information wireless from said information tags;, and which medicament delivery devices are to be disposed in said safety container after use, the device comprising: - said information obtaining mechanism (16, 18) operably arranged to obtain information from said wireless technology information tags of medicament delivery devices entered into said safety container; wherein the device is arranged as a stand on which said safety container may be placed, in which stand the information obtaining mechanism is placed; - a communication unit (28, 32) capable of communicating said obtained information to external receivers; the device being characterized by - an electronic circuit, wherein the electronic circuit comprises at least one sensor configured to detect a biometric parameter to identify individual users, the electronics being configured to register said users and connect them to the disposed medicament delivery devices. - said information obtaining mechanism (16, 18) operably arranged to obtain information from said wireless technology information tags of medicament delivery devices entered into said safety container; wherein the device is arranged as a stand on which said safety container may be placed, in which stand the information obtaining mechanism is placed; - a communication unit (28, 32) capable of communicating said obtained information to external receivers; the device being characterized by - an electronic circuit, wherein the electronic circuit comprises at least one sensor configured to detect a biometric parameter to identify individual users, the electronics being configured to register said users and connect them to the disposed medicament delivery devices.
A rechargeable lithium battery comprising: a positive electrode comprising a positive active material to reversibly intercalate and deintercalate lithium ions, wherein the positive electrode has a density of 3.0 to 3.90 g/cc; a negative electrode comprising a negative active material, wherein the negative active material is made of a carbonaceous material and has a density of 1.10 to 2.00 g/cc; and a non-aqueous electrolyte including a non-aqueous organic solvent and a lithium salt, wherein the arithmetic mean Ra of a surface roughness of the positive electrode is 155 to 419 nm and the arithmetic mean Ra of a surface roughness of the negative electrode is 183 to 1159 nm after the rechargeable lithium battery is charged and discharged, wherein the charge and the discharge are performed at a charging/discharging rate between 0.1 and 2.0 C and at a charging/discharging current density between 0.1 and 5.0 mA/cm 2. a positive electrode comprising a positive active material to reversibly intercalate and deintercalate lithium ions, wherein the positive electrode has a density of 3.0 to 3.90 g/cc; a negative electrode comprising a negative active material, wherein the negative active material is made of a carbonaceous material and has a density of 1.10 to 2.00 g/cc; and a non-aqueous electrolyte including a non-aqueous organic solvent and a lithium salt, wherein the arithmetic mean Ra of a surface roughness of the positive electrode is 155 to 419 nm and the arithmetic mean Ra of a surface roughness of the negative electrode is 183 to 1159 nm after the rechargeable lithium battery is charged and discharged, wherein the charge and the discharge are performed at a charging/discharging rate between 0.1 and 2.0 C and at a charging/discharging current density between 0.1 and 5.0 mA/cm 2.
A system for generating an access stratum key, comprising a first network- side device and a second network-side device connecting to a user equipment, UE, through a second air interface, the first network-side device connecting to the second network-side device, and connecting to the UE through a first air interface and accesses to a core network, CN; wherein the first network-side device has means for acquiring an input parameter, wherein the input parameter includes a time-varying parameter; calculating an access stratum root key KeNB* on the second air interface according to the input parameter and an access stratum root key KeNB on the first air interface; and sending the KeNB* to the second network-side device; and the second network-side device has means for receiving the KeNB*, and generating an access stratum key on the second air interface according to the KeNB*.
A method of determining the moisture within a cooking chamber of a cooking device, comprising the following steps: a) a broadband acoustic signal is generated in a resonance chamber in the cooking device by means of a sound generator; b) a control unit receives signals picked up by a microphone in the resonance chamber; c) the control unit determines the frequency spectrum of the acoustic signal present in the resonance chamber on the basis of the received signals independently of the drive of the sound generator and determines the speed of sound within the resonance chamber on the basis of the fundamental frequency of the frequency spectrum or harmonics of the frequency spectrum from which the fundamental frequency can be determined, the resonance chamber being filled with cooking chamber atmosphere; d) the control unit receives or determines a temperature value, the temperature value corresponding to a temperature in the resonance chamber; e) the control unit determines the moisture within the cooking chamber by means of the temperature value and the speed of sound. a) a broadband acoustic signal is generated in a resonance chamber in the cooking device by means of a sound generator; b) a control unit receives signals picked up by a microphone in the resonance chamber; c) the control unit determines the frequency spectrum of the acoustic signal present in the resonance chamber on the basis of the received signals independently of the drive of the sound generator and determines the speed of sound within the resonance chamber on the basis of the fundamental frequency of the frequency spectrum or harmonics of the frequency spectrum from which the fundamental frequency can be determined, the resonance chamber being filled with cooking chamber atmosphere; d) the control unit receives or determines a temperature value, the temperature value corresponding to a temperature in the resonance chamber; e) the control unit determines the moisture within the cooking chamber by means of the temperature value and the speed of sound.
A device for accommodating at least one power module for a motor vehicle, especially for accommodating at least one high-voltage power module for a hybrid or electric vehicle, comprising a housing (11, 13) with a first and a second accommodating portion (11-1, 13-1; 11-2, 13-2) for accommodating at least one power module, wherein the power module can be accommodated in such a way that it is shielded from external environmental influences, characterised in that the housing (11, 13) has a lower housing part, a housing cover and a connection portion (11-3, 13-3), with the connection portion (11-3, 13-3) connecting the first and second accommodating portion (11-1, 13-1; 11-2, 13-2) together, the connection portion (11-3, 13-3) comprising a connection portion of the lower housing part and a connection portion of the housing cover with respective end portions which are pressed on one another in surface-to-surface contact by means of a releasable clamp, and the connection portion (11-3, 13-3) being designed in such a way that i. it can be arranged over a centre tunnel of the motor vehicle, and ii. upon application of a predetermined force to the housing with resulting deformation, it permits a specified relative movement, resulting from the deformation, between the first and the second accommodating portion (11-1, 13-1; 11-2, 13-2). i. it can be arranged over a centre tunnel of the motor vehicle, and ii. upon application of a predetermined force to the housing with resulting deformation, it permits a specified relative movement, resulting from the deformation, between the first and the second accommodating portion (11-1, 13-1; 11-2, 13-2).
Apparatus for holding a bait for animals, such as pests, in particular rodents and/or insects, comprising a housing part that can be inserted into a manhole, in particular a sewer manhole or a cable duct manhole, which comprises at least one receiving space delimited by at least one wall, in particular at least one housing part wall, wherein at least one passage opening is formed in the at least one wall through which opening an animal is able to pass to at least one bait disposed in the receiving space, characterized in that at least one or at least one wall-side-delimited passage opening is formed in a wall of a receiving chamber that is or can be connected to the housing part, in particular in a receiving chamber wall that forms a side wall of the receiving chamber and/or a receiving chamber wall that forms a bottom wall of the receiving chamber or a receiving chamber wall that forms a cover wall of the receiving chamber.
Stick feeding unit in a suspension device for sausage-type packaging units (105 to 118) suspended on sticks (15, 15'), wherein the unit is adapted to simultaneously move a plurality of sticks vertically and to separate sticks in a horizontal direction in the suspension position, characterized in that the stick feeding unit comprises an actuated lifting means for moving the sticks upwards and actuated transport means which are movable horizontally and which are adapted to take over the sticks for the horizontal movement from the topmost lift position of a smoke stick in the lifting means.
A method (500, 600, 800, 900, 1000) for managing interference in a user equipment, UE, (102a, 102b, 205, 400) comprising: identifying (502, 504, 608, 610, 802, 804, 902, 904, 1002, 1004) in-device coexistence, IDC, interference; and transmitting on a physical layer uplink channel (508, 614, 808, 908, 910, 1012), to a base station (112a, 112b, 215, 300), an IDC indicator (712, 714) identifying the IDC interference; wherein the physical layer uplink channel is a physical uplink control channel, PUCCH, and the IDC indicator is transmitted on the PUCCH using a orthogonal sequence generated based on a Hadamard-Walsh code; characterised in that the orthogonal sequence is a new Hadamard-Walsh orthogonal sequence chosen from the 4th row of the 4-by-4 Hadamard-Walsh code. identifying (502, 504, 608, 610, 802, 804, 902, 904, 1002, 1004) in-device coexistence, IDC, interference; and transmitting on a physical layer uplink channel (508, 614, 808, 908, 910, 1012), to a base station (112a, 112b, 215, 300), an IDC indicator (712, 714) identifying the IDC interference; wherein the physical layer uplink channel is a physical uplink control channel, PUCCH, and the IDC indicator is transmitted on the PUCCH using a orthogonal sequence generated based on a Hadamard-Walsh code; characterised in that the orthogonal sequence is a new Hadamard-Walsh orthogonal sequence chosen from the 4th row of the 4-by-4 Hadamard-Walsh code.
A method of purifying a crude propane stream, the method comprising: providing a crude propane stream comprising propane, propylene oxide, acetaldehyde, and propylene; contacting the crude propane stream with a zeolite catalyst and an acetaldehyde scavenger under conditions sufficient to reduce the propylene oxide content and the acetaldehyde content of the crude propane stream and produce a first treated propane stream. providing a crude propane stream comprising propane, propylene oxide, acetaldehyde, and propylene; contacting the crude propane stream with a zeolite catalyst and an acetaldehyde scavenger under conditions sufficient to reduce the propylene oxide content and the acetaldehyde content of the crude propane stream and produce a first treated propane stream.
A sensor chip (110, 200, 300) for surface plasmon-field enhanced spectroscopy, comprising: a dielectric member (112, 201, 301); a metal thin film (113, 202, 302) formed on a main surface of said dielectric member (112, 201, 301); and a region (116, 203, 303) on a part of said metal thin film (113, 202, 302), where a capturing substance that specifically captures a substance to be measured is immobilized, wherein a blocking treatment with a blocking agent is performed in a region that includes said region (116, 203, 303) where said capturing substance is immobilized, and said blocking treatment is not performed over the entirety of a wetted surface between a measurement sample and said metal thin film (113, 202, 302), wherein said sensor chip (110, 200, 300) comprises plural (116, 203, 303) regions where different kinds of capturing substances are respectively immobilized in the respective plural regions, characterized in that at least one blocking agent used for said blocking treatment performed in one of said plural regions is different from the other blocking agent or agents used for said blocking treatment performed in the other region or regions. a dielectric member (112, 201, 301); a metal thin film (113, 202, 302) formed on a main surface of said dielectric member (112, 201, 301); and a region (116, 203, 303) on a part of said metal thin film (113, 202, 302), where a capturing substance that specifically captures a substance to be measured is immobilized, wherein a blocking treatment with a blocking agent is performed in a region that includes said region (116, 203, 303) where said capturing substance is immobilized, and said blocking treatment is not performed over the entirety of a wetted surface between a measurement sample and said metal thin film (113, 202, 302), wherein said sensor chip (110, 200, 300) comprises plural (116, 203, 303) regions where different kinds of capturing substances are respectively immobilized in the respective plural regions, characterized in that at least one blocking agent used for said blocking treatment performed in one of said plural regions is different from the other blocking agent or agents used for said blocking treatment performed in the other region or regions.
A DC/DC converter, comprising a) a first DC link, preferably comprising a first DC link capacitor; b) a first plurality of N >1 converter bridges connected in parallel to the first DC link; c) a transformer, preferably a medium frequency transformer, having a primary side and a secondary side; d) wherein the primary side of the transformer comprises a plurality of M>1 primary windings, each of the plurality of primary windings having a first and a second terminal; e) characterized in that the converter further comprises a first plurality of N impedance elements and a second plurality of M impedance elements, wherein f) for each converter bridge, a different one from the first plurality of impedance elements is connected between said converter bridge and a common node; and g) each of the second plurality of M impedance elements is connected between the common node and the first terminal of a different one of the plurality of primary windings. a) a first DC link, preferably comprising a first DC link capacitor; b) a first plurality of N >1 converter bridges connected in parallel to the first DC link; c) a transformer, preferably a medium frequency transformer, having a primary side and a secondary side; d) wherein the primary side of the transformer comprises a plurality of M>1 primary windings, each of the plurality of primary windings having a first and a second terminal; e) characterized in that the converter further comprises a first plurality of N impedance elements and a second plurality of M impedance elements, wherein f) for each converter bridge, a different one from the first plurality of impedance elements is connected between said converter bridge and a common node; and g) each of the second plurality of M impedance elements is connected between the common node and the first terminal of a different one of the plurality of primary windings.
A method for installing an extension tube in a nuclear reactor comprising a control rod drive mechanism, CRDM, housing with a threaded head penetration nozzle and a thermal sleeve disposed therein, the method comprising: removing the thermal sleeve from the threaded head penetration nozzle; aligning the extension tube with a threaded end of the threaded head penetration nozzle, the extension tube comprising a threaded end and non-threaded end, the threaded end sized and configured to threadably couple to the threaded head penetration nozzle; threading the threaded end of the extension tube to the threaded end of the threaded head penetration nozzle; torqueing the extension tube to the threaded end of the threaded head penetration nozzle; gauging the alignment of the extension tube relative to the threaded head penetration nozzle; installing retention fillet welds between the extension tube and the threaded end of the threaded head penetration nozzle; and installing a guide funnel to the non-threaded end of the extension tube. removing the thermal sleeve from the threaded head penetration nozzle; aligning the extension tube with a threaded end of the threaded head penetration nozzle, the extension tube comprising a threaded end and non-threaded end, the threaded end sized and configured to threadably couple to the threaded head penetration nozzle; threading the threaded end of the extension tube to the threaded end of the threaded head penetration nozzle; torqueing the extension tube to the threaded end of the threaded head penetration nozzle; gauging the alignment of the extension tube relative to the threaded head penetration nozzle; installing retention fillet welds between the extension tube and the threaded end of the threaded head penetration nozzle; and installing a guide funnel to the non-threaded end of the extension tube.
Hydroelastic device intended to be attached to two parts of a machine or piece of equipment in order to connect them and provide a transmission of forces from one to the other and to dampen or filter the vibrations between them, of a type comprising, on one hand, solid force transmission elements including an internal reinforcement and an external reinforcement spaced in a way which delimits a gap, as well as a damping mass which is relatively rigid but elastically deformable, positioned in the gap and connected with the two reinforcements (2, 3), and on the other hand, a damping space including at least one damping chamber delimited by an interior lateral surface of the damping chamber formed by surfaces of solid force transmission elements, and attached to the damping mass, the hydroelastic device being normally in a full state in which the damping space is filled with a pressurized hydraulic damping liquid suitable for being and intended to be displaced within the damping space following the exertion on one of the reinforcements (2, 3) in relation to the other of a force in one direction applied by the hydroelastic device, in order to dampen or filter the vibrations, the hydroelastic device can accidentally being in an unfilled state where the damping space is no longer filled by the pressurised damping liquid, characterized in that this further involves integrated specific and proprietary palliative means for the unfilled state, inactive in the full state and rendered active upon the unfilled state where they cause the hydroelastic device to be in a state of heightened stiffness so that it will exhibit stable behaviour, even though the damping space is not filled with the pressurised damping liquid, these means comprising a locking system including a fully rigid locking part, as well as a deformable load part, controlled by the state of the device with regard to filling.
A tire, comprising a tread, the tread having a sipe depth of more than 50% of the thickness of the tread, the tread comprising a rubber composition containing one or more rubber components having a styrene-butadiene rubber content of 50% by mass or higher, one or more hydrogenated dicyclopentadiene resins, and one or more oils. the tread having a sipe depth of more than 50% of the thickness of the tread, the tread comprising a rubber composition containing one or more rubber components having a styrene-butadiene rubber content of 50% by mass or higher, one or more hydrogenated dicyclopentadiene resins, and one or more oils.
An organic electroluminescent device, comprising; a substrate on which an active area is formed; a plurality of cathode electrodes and a plurality of anode electrodes formed in the active area; a plurality of scan lines (scan line group) and a plurality of data lines (data line group) extended from the cathode electrodes and the anode electrodes, respectively; auxiliary patterns formed on the substrate, wherein each auxiliary pattern consists of at least two unit patterns (31, 32, 33, 34) formed in a space between the scan line group and the data line group and arranged on a cap-bonding area of the substrate; and a cap bonded to the cap-bonding area through a sealant, wherein the unit patterns (31, 32, 33, 34) have a smaller height than a spacer contained in the sealant, characterized in that the unit patterns (31, 32, 33, 34) consist of a metal layer formed on the substrate and an insulating layer formed on the metal layer.