mhurhangee/ep-ind-claims huggingface dataset:
An electronic key registration method for registering a plurality of electronic keys, which are capable of controlling a communication subject, to a controller of the communication subject, wherein the plurality of electronic keys include a first electronic key, which is initially registered, and a second electronic key, which is additionally registered, the electronic key registration method comprising: an additional key production step of storing, in the second electronic key, an additional encryption key generation code unique to the second electronic key and an additional encryption key that is used to verify the second electronic key; and a key additional registration step of obtaining the additional encryption key generation code from the second electronic key when identification information unique to the communication subject is stored in the second electronic key, generating the additional encryption key with an additional encryption key generation logic, which uses the additional encryption key generation code and the identification information, and storing the additional encryption key in the controller. an additional key production step of storing, in the second electronic key, an additional encryption key generation code unique to the second electronic key and an additional encryption key that is used to verify the second electronic key; and a key additional registration step of obtaining the additional encryption key generation code from the second electronic key when identification information unique to the communication subject is stored in the second electronic key, generating the additional encryption key with an additional encryption key generation logic, which uses the additional encryption key generation code and the identification information, and storing the additional encryption key in the controller.
A transcription modulator comprising: (i) a Tet transcription modulator domain that binds to a transcription modulator responsive element; (ii) an expression modulatory domain fused to the Tet transcription modulator domain; and (iii) a distributed protein transduction domain comprising amino acids that are distributed throughout the Tet transcription modulator domain; wherein the transcription modulator comprises one or more point mutations selected from the group consisting of: Q32R, C88R, A118R, E128R, C195R, Q32K, C88K, A118K, E128K, and C195K as compared to Tet Off Advanced protein (SEQ ID NO:4). (i) a Tet transcription modulator domain that binds to a transcription modulator responsive element; (ii) an expression modulatory domain fused to the Tet transcription modulator domain; and (iii) a distributed protein transduction domain comprising amino acids that are distributed throughout the Tet transcription modulator domain;
A method performed by a mobile device for selecting a wireless wide area network communicator for exchanging traffic with a wireless wide area network, comprising: evaluating an energy consumption level of the mobile device and of each of a plurality of nodes, wherein each of the plurality of nodes comprises a wireless wide area network modem; selecting a node from the plurality of nodes as the wireless wide area network communicator as a function of mitigation of the energy consumption level of the mobile device comprising: comparing the energy consumption level of the mobile device and the energy consumption level of each of the plurality of nodes; and selecting a node associated with the lower energy consumption level as the wireless wide area network communicator for an indirect link to the wireless wide area network if the energy consumption level of at least one of the plurality of nodes is less than the energy consumption level of the mobile device; and utilizing a credential of the mobile device to communicate with the wireless wide area network through the node selected as the wireless wide area network communicator. evaluating an energy consumption level of the mobile device and of each of a plurality of nodes, wherein each of the plurality of nodes comprises a wireless wide area network modem; selecting a node from the plurality of nodes as the wireless wide area network communicator as a function of mitigation of the energy consumption level of the mobile device comprising: comparing the energy consumption level of the mobile device and the energy consumption level of each of the plurality of nodes; and selecting a node associated with the lower energy consumption level as the wireless wide area network communicator for an indirect link to the wireless wide area network if the energy consumption level of at least one of the plurality of nodes is less than the energy consumption level of the mobile device; and comparing the energy consumption level of the mobile device and the energy consumption level of each of the plurality of nodes; and selecting a node associated with the lower energy consumption level as the wireless wide area network communicator for an indirect link to the wireless wide area network if the energy consumption level of at least one of the plurality of nodes is less than the energy consumption level of the mobile device; and utilizing a credential of the mobile device to communicate with the wireless wide area network through the node selected as the wireless wide area network communicator.
An avocado pitting device (100; 200) comprising: a housing (110; 210) having a substantially dome-shaped inner surface (112; 212) defining a recess (114; 214), the inner surface (112; 212) extending continuously without interruption about a generally central axis of the recess (114; 214), the recess (114; 214) configured to receive a pit of an avocado, and an engagement member (120; 220) projecting inwardly from the inner surface (112; 212), the engagement member (120; 220) configured to engage the pit and retain the pit within the recess (114; 214) such that the pit is removable with the housing (110; 210) from the avocado, and further including a separate gripping member (160; 260) secured to and substantially enclosing an outer surface of the housing (110; 210) and configured for grasping by a human hand. a housing (110; 210) having a substantially dome-shaped inner surface (112; 212) defining a recess (114; 214), the inner surface (112; 212) extending continuously without interruption about a generally central axis of the recess (114; 214), the recess (114; 214) configured to receive a pit of an avocado, and an engagement member (120; 220) projecting inwardly from the inner surface (112; 212), the engagement member (120; 220) configured to engage the pit and retain the pit within the recess (114; 214) such that the pit is removable with the housing (110; 210) from the avocado, and further including a separate gripping member (160; 260) secured to and substantially enclosing an outer surface of the housing (110; 210) and configured for grasping by a human hand.
A silkworm cocoon-based artificial biomembrane comprising a fragment of a silkworm cocoon, prepared by dividing a silkworm cocoon into two or more fragments in a predetermined form, the cocoon having a shell with a first thickness.
Pneumatic vehicle tyre having a profiled tread with radially raised profile bands (1, 2, 3, 4, 5) that are spaced apart from one another by circumferential grooves (6, 7, 8, 9) and are delimited radially on the outside by a radially outer surface forming the road contact surface, wherein grooves that are arranged in a manner extending transversely or obliquely and have an extension length L, measured in the axial direction A, and a groove depth T are formed in at least one profile band of profile-band width B, measured in the axial direction A, wherein the grooves are formed, in an axial extension portion of length a, in a thickened manner with a groove width b 1, measured in the radially outer surface, and, outside this extension portion, with a groove width b, where b 1 > b, characterized in that the length a is formed with 2.0 mm≤a≤(0.25*L), in that at least one surface channel that extends in the radially outer surface of the profile band in the circumferential direction U of the tyre is formed with an extension length e, a depth t 2 formed along its extension, where 0.5 mm≤t 2 ≤2.5 mm, and a width b 2, where b 2 ≤a and b 2 ≤2.5 mm, said surface channel leading into the thickened extension portion of the groove, and in that the extension length e of the surface channel is formed with (b/2)≤e≤.
A turbine disk assembly adapted for use in a gas turbine engine, the assembly comprising a disk comprising metallic materials and forming an outer surface, the outer surface being a continuous circumferential surface that extends around a central axis that defines an axial direction parallel thereto and a radial direction perpendicular thereto, a blade comprising ceramic matrix composite materials, the blade including a root arranged radially outward of the outer surface formed by the disk and an airfoil extending radially outward from the root, a ring coupled to the disk and extending around the outer surface formed by the disk, the ring formed to include an opening, wherein the opening formed in the ring extends radially through the ring from a radially-inner surface of the ring to a radially-outer surface of the ring, said opening receives at least a portion of the root included in the blade to couple the blade to the ring while at least a portion of the airfoil included in the blade is arranged outside of the opening radially outward of the ring to interact with gasses radially outward of the ring, and wherein the diameter of the outer surface formed by the disk is greater than a radially-inner surface of the ring when the disk and the ring are at the same temperature so that the disk and the ring are interference fit with one another.
A stator of a twin resolver-type torque sensor, the stator comprising: two cylindrical stator cores (11, 21), each having axial end portions, wherein each of the two cylindrical stator cores (11, 12) is formed of a laminated structure of electromagnetic steel sheets, a coil (Wa1, Wa2, Wb1, Wb2) is wound around each cylindrical stator core (11, 21), and the two cylindrical stator cores (11, 12) are arranged so as to be aligned in an axial direction; and a mounting seat portion fixedly fitted to the axial end portions of the two cylindrical stator cores (11, 21) so as to be held between the two cylindrical stator cores (11, 21) such that the mounting seat portion and the two cylindrical stator cores (11, 21) are fixedly fitted to each other, characterized in that the mounting seat portion is a separate structure from the two cylindrical stator cores (11, 21), the mounting seat portion having a same outside diameter as the outside diameters of the two cylindrical stator cores (11, 21), and an insertion hole (32a, 33a) is formed in the mounting seat portion, and is configured so that a fastening member (40, 41) is passable therethrough. two cylindrical stator cores (11, 21), each having axial end portions, wherein each of the two cylindrical stator cores (11, 12) is formed of a laminated structure of electromagnetic steel sheets, a coil (Wa1, Wa2, Wb1, Wb2) is wound around each cylindrical stator core (11, 21), and the two cylindrical stator cores (11, 12) are arranged so as to be aligned in an axial direction; and each of the two cylindrical stator cores (11, 12) is formed of a laminated structure of electromagnetic steel sheets, a coil (Wa1, Wa2, Wb1, Wb2) is wound around each cylindrical stator core (11, 21), and the two cylindrical stator cores (11, 12) are arranged so as to be aligned in an axial direction; and a mounting seat portion fixedly fitted to the axial end portions of the two cylindrical stator cores (11, 21) so as to be held between the two cylindrical stator cores (11, 21) such that the mounting seat portion and the two cylindrical stator cores (11, 21) are fixedly fitted to each other, characterized in that the mounting seat portion is a separate structure from the two cylindrical stator cores (11, 21), the mounting seat portion having a same outside diameter as the outside diameters of the two cylindrical stator cores (11, 21), and an insertion hole (32a, 33a) is formed in the mounting seat portion, and is configured so that a fastening member (40, 41) is passable therethrough.
Bus signal adaptor for translating digital wired bus signals low and high from a wired bus into a wireless signal, - the bus signal adaptor comprising two terminals (102, 103) for connecting two bus wires and means for receiving/ transmitting wireless signals, further comprising a control unit, for translating different logical states of the digital wired bus signal into different wireless transmitting frequencies of a wireless signal and/or vice versa, wherein - the digital wired bus signals are DALI signals, and - the bus signal adaptor is configured to translate the different logical states of the digital wired bus signal in a cyclic sequence of more than two different subsequent wireless transmitting frequencies of the wireless signal, wherein - the cyclic sequence comprises at least: - a first wireless transmitting frequency for causing a DALI bus to be pulled low; - a second wireless transmitting frequency for overriding the first wireless transmitting frequency and for causing the DALI bus to go high; - a third wireless transmitting frequency for overriding the second wireless transmitting frequency and for causing the DALI bus to be pulled low; - a fourth wireless transmitting frequency for overriding the third wireless transmitting frequency and for causing the DALI bus to go high; wherein said first wireless transmitting frequency is for overriding said fourth wireless transmitting frequency to return the output of the DALI bus to low. - the bus signal adaptor comprising two terminals (102, 103) for connecting two bus wires and means for receiving/ transmitting wireless signals, further comprising a control unit, for translating different logical states of the digital wired bus signal into different wireless transmitting frequencies of a wireless signal and/or vice versa, wherein - the digital wired bus signals are DALI signals, and - the bus signal adaptor is configured to translate the different logical states of the digital wired bus signal in a cyclic sequence of more than two different subsequent wireless transmitting frequencies of the wireless signal, wherein - the cyclic sequence comprises at least: - a first wireless transmitting frequency for causing a DALI bus to be pulled low; - a second wireless transmitting frequency for overriding the first wireless transmitting frequency and for causing the DALI bus to go high; - a third wireless transmitting frequency for overriding the second wireless transmitting frequency and for causing the DALI bus to be pulled low; - a fourth wireless transmitting frequency for overriding the third wireless transmitting frequency and for causing the DALI bus to go high; - a first wireless transmitting frequency for causing a DALI bus to be pulled low; - a second wireless transmitting frequency for overriding the first wireless transmitting frequency and for causing the DALI bus to go high; - a third wireless transmitting frequency for overriding the second wireless transmitting frequency and for causing the DALI bus to be pulled low; - a fourth wireless transmitting frequency for overriding the third wireless transmitting frequency and for causing the DALI bus to go high;
A method for manufacturing a textile product comprising: - providing a first sheet having a front surface and a back surface, - covering the back surface of the sheet with a porous layer having a porosity of 50% to 99%, measured as fraction of the total volume of voids over the total volume, the layer comprising a thermoplastic material, - forming a pile on the front surface of first sheet by stitching one or more yarns through the first sheet, the one or more yarns having a free end that forms the said pile and a locked end that extends into the porous layer, thereby forming an intermediate product, - processing the intermediate product by feeding this product along a body having a heated surface, the porous layer being contacted with the said heated surface, to melt at least a fraction of the thermoplastic material, - cooling the molten fraction of the thermoplastic material, thereby connecting the locked end of the one or more yarns to the first sheet. - providing a first sheet having a front surface and a back surface, - covering the back surface of the sheet with a porous layer having a porosity of 50% to 99%, measured as fraction of the total volume of voids over the total volume, the layer comprising a thermoplastic material, - forming a pile on the front surface of first sheet by stitching one or more yarns through the first sheet, the one or more yarns having a free end that forms the said pile and a locked end that extends into the porous layer, thereby forming an intermediate product, - processing the intermediate product by feeding this product along a body having a heated surface, the porous layer being contacted with the said heated surface, to melt at least a fraction of the thermoplastic material, - cooling the molten fraction of the thermoplastic material, thereby connecting the locked end of the one or more yarns to the first sheet.
A method for incorporating a structure into a surface of a workpiece which is transparent at a specific wavelength range, in which the surface to be structured is brought in contact with a target surface containing a target material and by means of a laser beam, the wavelength of which lies in the specific wavelength range, energy is introduced through the workpiece at least at one position into the boundary region of the surface, to be structured, of the workpiece and of the target surface such that at the relevant position target material is deposited in the surface to be structured, characterized in that a pulsed laser beam with a pulse repetition rate between 20 kHz and 100 kHz is used, which is focussed so that the focus is situated on or under the target surface, wherein the laser beam in the focus has a power density (mean laser power in relation to the focus area) of more than 2000 W/mm 2.
Fluoride-containing varnish for application onto the tooth surface, characterised in that said varnish comprises 25 - 87.5 wt % organic solvent, 2 - 50 wt % water, 5 - 50 wt % water-insoluble film-forming agent, 0.5 - 10 wt % inorganic fluoride source in dissolved form, 5 - 25 wt % plasticiser in each case relative to the total weight of the varnish.
A method comprising: detecting, by a second connected vehicle, whether a second driver of the second connected vehicle is drowsy; determining, by the second connected vehicle, whether the second connected vehicle is in automated driving mode; inserting, into a Vehicle-to-Everything message, digital data that describes whether the second driver of the second connected vehicle is drowsy, and whether the second connected vehicle is in automated driving mode; receiving, by a first connected vehicle, the Vehicle-to-Everything message indicating that the second connected vehicle is being operated by a drowsy driver based on the digital data included in the Vehicle-to-Everything message, characterized by determining, by the first connected vehicle, whether it is in an automated driving mode; and responsive to the first connected vehicle not being in automated driving mode, providing a notification to a first driver of the first connected vehicle, and responsive to the first connected vehicle being in automated driving mode, providing the notification to the first driver of the first connected vehicle, and the first connected vehicle automatically taking an evasive maneuver to avoid the second connected vehicle. detecting, by a second connected vehicle, whether a second driver of the second connected vehicle is drowsy; determining, by the second connected vehicle, whether the second connected vehicle is in automated driving mode; inserting, into a Vehicle-to-Everything message, digital data that describes whether the second driver of the second connected vehicle is drowsy, and whether the second connected vehicle is in automated driving mode; receiving, by a first connected vehicle, the Vehicle-to-Everything message indicating that the second connected vehicle is being operated by a drowsy driver based on the digital data included in the Vehicle-to-Everything message, characterized by determining, by the first connected vehicle, whether it is in an automated driving mode; and responsive to the first connected vehicle not being in automated driving mode, providing a notification to a first driver of the first connected vehicle, and responsive to the first connected vehicle being in automated driving mode, providing the notification to the first driver of the first connected vehicle, and the first connected vehicle automatically taking an evasive maneuver to avoid the second connected vehicle.
Signal assessment system (100, 200, 300) for assessing air traffic control signals, the signal assessment system (100, 200, 300) comprising: at least two wireless signal receivers (101, 102, 201, 202, 212, 213, 301, 302) configured to receive voice data transmitted in wireless signals, characterized in that the signal assessment system further comprises: a signal comparator (107, 207, 307) coupled to the wireless signal receivers (101, 102, 201, 202, 212, 213, 301, 302) and configured to compare the voice data transmitted in the received wireless signals (105, 106, 205, 206, 214, 215, 305, 306) and to provide respective comparison results (108, 208, 216, 308); and a user indicator (109, 209, 217, 309) coupled to the signal comparator (107, 207, 307) configured to indicate to a user based on the comparison results (108, 208, 216, 308) if the received wireless signals (105, 106, 205, 206, 214, 215, 305, 306) originate from the same wireless source signal (103, 104, 203, 204) or if the received wireless signals (105, 106, 205, 206, 214, 215, 305, 306) originate from different wireless source signals (103, 104, 203, 204). a signal comparator (107, 207, 307) coupled to the wireless signal receivers (101, 102, 201, 202, 212, 213, 301, 302) and configured to compare the voice data transmitted in the received wireless signals (105, 106, 205, 206, 214, 215, 305, 306) and to provide respective comparison results (108, 208, 216, 308); and a user indicator (109, 209, 217, 309) coupled to the signal comparator (107, 207, 307) configured to indicate to a user based on the comparison results (108, 208, 216, 308) if the received wireless signals (105, 106, 205, 206, 214, 215, 305, 306) originate from the same wireless source signal (103, 104, 203, 204) or if the received wireless signals (105, 106, 205, 206, 214, 215, 305, 306) originate from different wireless source signals (103, 104, 203, 204).
An exhaust gas aftertreatment system for a vehicle operated by means of a combustion engine, in particular for a watercraft, having at least one turbine, arranged in an exhaust line, of an exhaust turbocharger, wherein the exhaust line is designed as a high-pressure region upstream of the turbine and as a low-pressure region downstream of the turbine, as seen in the direction of the exhaust gas flow, said low-pressure region being at a lower pressure than the high-pressure region, and having at least one storage device, by means of which at least some of the sulphur pollutants contained in the exhaust gas can be stored and/or put into intermediate storage, at least for a defined period of time, characterized in that, for storing and/or intermediately storing the sulphur pollutants in the high-pressure region, the at least one storage device is arranged in the exhaust line upstream of the at least one turbine.