mhurhangee/ep-ind-claims huggingface dataset:
A method of path computation through nodes of an optical communications network from an ingress node to an egress node, to meet a desired security level against unauthorised physical access to the optical path, the method having the steps of: receiving a request for selection of a new optical path through the nodes and links of the optical network, using a record of a connectivity of the nodes and links and having indications of a security level associated with at least some parts of the nodes and links, the security level being indicative of security against unauthorised physical access to the optical path, wherein the security level associated with a node is a current level of security based on a monitoring of the node to detect an unauthorised physical access, and selecting the optical path according to at least the indications of security level, and according to the desired security level for the optical path. receiving a request for selection of a new optical path through the nodes and links of the optical network, using a record of a connectivity of the nodes and links and having indications of a security level associated with at least some parts of the nodes and links, the security level being indicative of security against unauthorised physical access to the optical path, wherein the security level associated with a node is a current level of security based on a monitoring of the node to detect an unauthorised physical access, and selecting the optical path according to at least the indications of security level, and according to the desired security level for the optical path.
An electric pet hair brush, comprising a shell, a roller, a control module and a power module, wherein the shell has an accommodation space; the control module and the power module are electrically connected and are accommodated in the accommodation space; the roller is arranged at the front end of the shell and is connected with the power module; the roller can be driven by the power module to rotate; the roller comprises a roller main body and multiple comb assemblies; the power module is configured to drive the roller main body to rotate, and the multiple comb assemblies can alternatively and circularly extend from the roller main body or retract into an accommodation space of the roller main body with the rotation of the roller main body, wherein the roller main body has multiple comb through holes; the multiple comb through holes are respectively in one-to-one correspondence with the multiple comb assemblies; teeth of the multiple comb assemblies can extend from the roller main body through the corresponding comb through holes; the teeth of the multiple comb assemblies can also retract into the accommodation space of the roller main body along the corresponding comb through holes, each comb assembly comprises a comb main body and a reset spring; the comb main body comprises a comb body, multiple teeth arranged on the comb body and comb limiting parts arranged at two ends of the comb body; characterised in that the reset spring sleeves the middle portion of the multiple teeth; when the teeth pass through the corresponding comb through holes, the reset spring abuts against an inner surface of the roller main body and is compressed so as to be capable of providing a pushing force to reset the comb main body.
A coaxial electrical connector assembly, comprising: a connector housing defining a cavity; a cylindrical coaxial terminal disposed within the cavity; a primary terminal locking feature configured to retain the cylindrical coaxial terminal within the cavity; and a secondary terminal locking feature configured to retain the cylindrical coaxial terminal within the cavity that is movable from a pre-staged position to a staged position and having a pair of arms defining concave features that engage the cylindrical coaxial terminal as the concave features are wedged between the cylindrical coaxial terminal and inner walls of the cavity, wherein the concave features are wedged between the cylindrical coaxial terminal and inner walls of the cavity as the secondary terminal locking feature is moved from the pre-staged position to the staged position, and characterized in that the inner walls of the cavity form a ramp configured to deflect the pair of arms in an axial direction toward the cylindrical coaxial terminal as the secondary terminal locking feature is moved from the pre-staged position to the staged position. a connector housing defining a cavity; a cylindrical coaxial terminal disposed within the cavity; a primary terminal locking feature configured to retain the cylindrical coaxial terminal within the cavity; and a secondary terminal locking feature configured to retain the cylindrical coaxial terminal within the cavity that is movable from a pre-staged position to a staged position and having a pair of arms defining concave features that engage the cylindrical coaxial terminal as the concave features are wedged between the cylindrical coaxial terminal and inner walls of the cavity, wherein the concave features are wedged between the cylindrical coaxial terminal and inner walls of the cavity as the secondary terminal locking feature is moved from the pre-staged position to the staged position, and characterized in that the inner walls of the cavity form a ramp configured to deflect the pair of arms in an axial direction toward the cylindrical coaxial terminal as the secondary terminal locking feature is moved from the pre-staged position to the staged position.
Use of a polysorbate in a vitamin preparation for the treatment of irritations of the skin and mucosas, the vitamin preparation containing a physiologically effective amount of vitamin B12 or of a different precursor of adenosylcobalamin (coenzyme B12), the polysorbate and also customary support materials for the formation of a support matrix, as entraining agent for the introduction into the upper dermal layers of vitamin B12 or of the different precursor of adenosylcobalamin into skin.
Radome for a radar sensor in a motor vehicle, comprising: a first region (B 1), which is permeable to at least one specific type of electromagnetic waves; a shielding, which covers over a second region (B 2) of the radome, so that the second region (B 2) is impermeable to the specific type of electromagnetic waves; and a separating wall, which is arranged in a transitional region between the first region (B 1) and the second region (B 2), characterized in that the separating wall has clearances for feeding conductor tracks through from the first region (B 1) into the second region (B 2). a first region (B 1), which is permeable to at least one specific type of electromagnetic waves; a shielding, which covers over a second region (B 2) of the radome, so that the second region (B 2) is impermeable to the specific type of electromagnetic waves; and a separating wall, which is arranged in a transitional region between the first region (B 1) and the second region (B 2), the separating wall has clearances for feeding conductor tracks through from the first region (B 1) into the second region (B 2).
A cassette tape feeder for positioning SMD electronic elements placed on a carrier tape with holes and covered with a cover tape and comprising a body, provided in combination with a set of carrier tape and cover tape guides (30,130), a drive for feeding the carrier tape using a toothed wheel engaging with the holes of the carrier tape and seated on the body, a drive for removing the cover tape using a reel for collecting the cover tape, a carrier tape and cover tape reel rotationally seated on the body and a carrier tape and cover tape guide (30, 130) comprising a strip (39, 139) guiding the carrier tape, a longitudinal recess (33, 133) in the strip (39, 139) running along the whole length of the guide (30, 130) and protruding longitudinal side protrusion of the strip (39, 139) facilitate guiding the carrier tape with the cover tape, whereby a width and a depth of the recess (33, 133) are adapted to a width of the carrier tape and the cover tape as well as a size of the electronic elements, while, within an area of one strip (39, 139) end, there is a pivotally attached flap (35, 135) of the carrier tape guide (30, 130) pressed to the strip (39, 139) of the carrier tape guide (30, 130) by means of a spring and located above the toothed wheel of the drive for displacement of the carrier tape engaging with the holes of the carrier tape, characterized in that the carrier tape and cover tape guide (30, 130) mounted to the body is one among the carrier tape and cover tape guides (30, 130) of the set and is selected to dimensions of the cover tape and carrier tape, on which the SMD electronic components are placed and fed, while each of the carrier tape guides (30, 130) has the same installation component (31, 131) with dimensions adapted to the dimensions of a socket on the body to allow replacement of the guide, being one of the guides (30, 130), to the other guide being also one of the guides (30, 130), and is replaceably mounted to the body of the cassette tape feeder, and the design of the feeder, the microprocessor controller supervising correct operation of the feeder and the drivers are adapted to all types of carrier tapes and in order to adapt the feeder to another tape type it is only necessary to replace the cover tape and carrier tape guide.
A method for wireless communication at a base station, comprising: transmitting (520; 1505) a first signal in a first symbol associated with a direction; listening (525; 1510), after transmitting the first signal and during a listening interval, for a second signal from a first user equipment, UE, indicative of interference at the first UE, wherein the second signal is sent, by the UE, in a symbol corresponding with the direction of the first signal received from the base station; receiving (540; 1515) the second signal during the listening interval in a symbol that corresponds with the direction of the transmitted first signal; and initiating (545; 1520) an interference management procedure based at least in part on receipt of the second signal, wherein the interference management procedure comprises a listen-before-transmit, LBT, procedure in a direction corresponding to the symbol of the received second signal. transmitting (520; 1505) a first signal in a first symbol associated with a direction; listening (525; 1510), after transmitting the first signal and during a listening interval, for a second signal from a first user equipment, UE, indicative of interference at the first UE, wherein the second signal is sent, by the UE, in a symbol corresponding with the direction of the first signal received from the base station; receiving (540; 1515) the second signal during the listening interval in a symbol that corresponds with the direction of the transmitted first signal; and initiating (545; 1520) an interference management procedure based at least in part on receipt of the second signal, wherein the interference management procedure comprises a listen-before-transmit, LBT, procedure in a direction corresponding to the symbol of the received second signal.
A drive circuit: for controlling a solenoid valve having a solenoid coil and a poppet configured to translate therein, said circuit comprising: a first node configured to be energized by a power source at a first voltage; a second node configured to be energized to a second voltage; a control circuit coupled to said first node and said second node, and configured to: selectively couple said first node and said second node in series with the solenoid coil; periodically energize the solenoid coil using a pulse-width-modulated, PWM, signal having a frequency and a duty cycle configured to regulate a current conducted through the solenoid coil; couple the solenoid coil to said first node to apply the first voltage to the solenoid coil for a first duration; and couple the solenoid coil to said first node and said second node after the first duration to apply the first voltage and the second voltage to the solenoid coil and regulate the current conducted through the solenoid coil to above an opening threshold to translate the poppet toward an open position; and a flyback circuit coupled to the solenoid coil and configured to energize said second node with energy stored in the solenoid coil. a first node configured to be energized by a power source at a first voltage; a second node configured to be energized to a second voltage; a control circuit coupled to said first node and said second node, and configured to: selectively couple said first node and said second node in series with the solenoid coil; periodically energize the solenoid coil using a pulse-width-modulated, PWM, signal having a frequency and a duty cycle configured to regulate a current conducted through the solenoid coil; couple the solenoid coil to said first node to apply the first voltage to the solenoid coil for a first duration; and couple the solenoid coil to said first node and said second node after the first duration to apply the first voltage and the second voltage to the solenoid coil and regulate the current conducted through the solenoid coil to above an opening threshold to translate the poppet toward an open position; and a flyback circuit coupled to the solenoid coil and configured to energize said second node with energy stored in the solenoid coil. selectively couple said first node and said second node in series with the solenoid coil; periodically energize the solenoid coil using a pulse-width-modulated, PWM, signal having a frequency and a duty cycle configured to regulate a current conducted through the solenoid coil; couple the solenoid coil to said first node to apply the first voltage to the solenoid coil for a first duration; and couple the solenoid coil to said first node and said second node after the first duration to apply the first voltage and the second voltage to the solenoid coil and regulate the current conducted through the solenoid coil to above an opening threshold to translate the poppet toward an open position; and a flyback circuit coupled to the solenoid coil and configured to energize said second node with energy stored in the solenoid coil.
Water-bearing domestic appliance, in particular dishwasher, having a receiving area and an arrangement for the acoustic and thermal insulation of the receiving area of the water-bearing domestic appliance, in particular of a dishwasher cavity of the dishwasher, having a first insulation element which is designed to thermally insulate the receiving area, and a second insulation element which is designed to acoustically insulate the receiving area, wherein the first insulation element is arranged between the receiving area and the second insulation element and wherein the first insulation element is foamed directly onto the receiving area, wherein the first insulation element has a specific thermal conductivity of less than 0.1 W/(m*K), preferably of less than 0.05 W/(m*K), characterised in that the first insulation element has a mass density or density between 5 and 90 kg/m 3.
A pellicle comprising a graphite thin film, wherein the graphite thin film has a film thickness of 5 nm or more and 30 nm or less, characterized in that the graphite thin film has a ratio (I /I) of a D-band intensity (I) to a G-band intensity (I) in a Raman spectrum of 0 or more and 0.5 or less, and the graphite thin film has a surface roughness Sa of 0.1 nm or more and 500 nm or less, wherein surface roughness Sa is the arithmetic average height obtained on the basis of ISO 25178. wherein the graphite thin film has a film thickness of 5 nm or more and 30 nm or less, characterized in that the graphite thin film has a ratio (I /I) of a D-band intensity (I) to a G-band intensity (I) in a Raman spectrum of 0 or more and 0.5 or less, and the graphite thin film has a surface roughness Sa of 0.1 nm or more and 500 nm or less, wherein surface roughness Sa is the arithmetic average height obtained on the basis of ISO 25178.
A method of providing a mobile time reference in a portable transceiver system, comprising: providing a high frequency clock; providing a low frequency clock; generating a mobile time reference using the high frequency clock; continuing to generate the mobile time reference using the high frequency clock when the high frequency clock is available in an active mode, characterized by continually updating a drift estimate during the active mode; maintaining the mobile time reference using the low frequency clock when the high frequency clock is not available in an idle mode by counting cycles of the low frequency clock and updating the mobile time reference using the counted cycles and the drift estimate; and when transitioning from the idle mode to the active mode, beginning to generate the mobile time reference using the high frequency clock by using the updated mobile time reference as a starting point. providing a high frequency clock; providing a low frequency clock; generating a mobile time reference using the high frequency clock; continuing to generate the mobile time reference using the high frequency clock when the high frequency clock is available in an active mode, characterized by continually updating a drift estimate during the active mode; maintaining the mobile time reference using the low frequency clock when the high frequency clock is not available in an idle mode by counting cycles of the low frequency clock and updating the mobile time reference using the counted cycles and the drift estimate; and when transitioning from the idle mode to the active mode, beginning to generate the mobile time reference using the high frequency clock by using the updated mobile time reference as a starting point.
A method, comprising: receiving at a hand-portable intermediary communications device, from a remote database server, a flight-database to be stored in a non-volatile storage of the ICD; establishing a local physical communicative coupling between the ICD and a flight transport vehicle; obtaining at the ICD from a flight management system of the flight transport vehicle an identification number for the flight transport vehicle; wherein when the flight transport vehicle is not communicatively coupled with the database server, the ICD is configured to: (i) upload the flight-database for storage in the flight management system, and (ii) support a determination according to the identification number if the flight-transport vehicle is authorized to receive the upload of the flight-database; wherein upon a determination by the ICD that the flight-transport vehicle is not authorized to receive the upload, the method further comprises: (i) storing in the FMS an unlocked version of the flight-database, (ii) recording in an update log of the ICD an indication that the flight-transport vehicle associated with the identification number was not authorized to receive the update; and (iii) recording in the update log of the ICD an indication that the flight-transport vehicle received the unlocked version of the update. receiving at a hand-portable intermediary communications device, from a remote database server, a flight-database to be stored in a non-volatile storage of the ICD; establishing a local physical communicative coupling between the ICD and a flight transport vehicle; obtaining at the ICD from a flight management system of the flight transport vehicle an identification number for the flight transport vehicle; wherein when the flight transport vehicle is not communicatively coupled with the database server, the ICD is configured to: (i) upload the flight-database for storage in the flight management system, and (ii) support a determination according to the identification number if the flight-transport vehicle is authorized to receive the upload of the flight-database; wherein upon a determination by the ICD that the flight-transport vehicle is not authorized to receive the upload, the method further comprises: (i) storing in the FMS an unlocked version of the flight-database, (ii) recording in an update log of the ICD an indication that the flight-transport vehicle associated with the identification number was not authorized to receive the update; and (iii) recording in the update log of the ICD an indication that the flight-transport vehicle received the unlocked version of the update. (i) storing in the FMS an unlocked version of the flight-database, (ii) recording in an update log of the ICD an indication that the flight-transport vehicle associated with the identification number was not authorized to receive the update; and (iii) recording in the update log of the ICD an indication that the flight-transport vehicle received the unlocked version of the update.
Axial piston pump having several pistons, having a magnetic encoder arranged on a swash plate, and a magnetic field sensor which is arranged in such a way that it faces towards the magnetic encoder, characterised in that the magnetic encoder has at least two permanent magnets (2, 3) and a plate, which consists of a ferromagnetic material, wherein the permanent magnets (2, 3) are arranged on the plate in such a way that they each faces a magnetic pole (21, 31) towards the plate, and this pole (21, 31) is at least partially covered by the plate in each case.
A method of selecting from a set of N candidate atlases at least one subset of M candidate atlases for use by at least one medical image auto-contouring system, where the atlas selection is offline; the method comprising: for each candidate atlas n within the set of N candidate atlases, computing at least one auto-contouring performance measure in relation to each training atlas t within at least a subset of a set of T training atlases; for each pair combination of candidate atlas n and training atlas t for which an auto-contouring performance measure has been computed, deriving a score based at least partly on the respective auto-contouring performance measure; for each candidate atlas n within the set of N candidate atlases, aggregating the derived scores for each pair combination for which an auto-contouring performance measure has been computed for that candidate atlas n; and selecting at least one subset of M candidate atlases from the set of N candidate atlases based at least partly on the most favourable aggregated scores therefor. for each candidate atlas n within the set of N candidate atlases, computing at least one auto-contouring performance measure in relation to each training atlas t within at least a subset of a set of T training atlases; for each pair combination of candidate atlas n and training atlas t for which an auto-contouring performance measure has been computed, deriving a score based at least partly on the respective auto-contouring performance measure; for each candidate atlas n within the set of N candidate atlases, aggregating the derived scores for each pair combination for which an auto-contouring performance measure has been computed for that candidate atlas n; and selecting at least one subset of M candidate atlases from the set of N candidate atlases based at least partly on the most favourable aggregated scores therefor.
Filling station comprising a filling device for an automated filling of a gas bottle inserted in the filling station and a filling device for refueling a motor vehicle, wherein the filling device for an automated filling of a gas bottle inserted in the filling station is arranged adjacent to the filling device for refueling a motor vehicle, wherein the filling station comprises a walkable platform in front of the two filling devices (2, 4), one or more beams protrude upwards from the walkable platform and the one or more beams are arranged at the outer edge of the walkable platform, namely at the two corners of the outer edge, characterized in that the beams are part of a frame or the filling station formed of beams (6, 7, 32), wherein the lower horizontally extending beam of the frame has two openings for a fork of a forklift.