mhurhangee/ep-ind-claims huggingface dataset:
A method for triggering a plurality of actuators of a safety system of a motor vehicle from an energy source, wherein, by using sensor signals, the requirement for triggering and a respectively desired triggering time period are determined for the respective actuator, a) wherein an on-board power supply and, in addition, at least one autarky capacitor are provided as the energy source, wherein the autarky capacitor or respectively the autarky capacitors is/are charged up from the on-board power supply, b) and in the event of a destruction of the on-board power supply the triggering is adjusted such that at least a portion of the actuators provided for triggering are still triggered, characterized in that c) in the event of a destruction of the on-board power supply, the currently available energy quantity in the at least one autarky capacitor is in each case measured or estimated for all of the remaining triggering time periods, and d) it is checked by using the energy quantity whether all of the actuators provided for triggering in this respective remaining triggering time period can be triggered, and d1) if yes, these are triggered, d2) if not, by using a predefined rule, those actuators are selected from the actuators actually provided for triggering in this respective remaining triggering time period which can actually be triggered in this respective remaining triggering time period with the currently available energy quantity in this respective remaining triggering time period, and the triggering of the residual actuators provided for triggering in this respective remaining triggering time period is displaced into the following triggering time period(s). a) wherein an on-board power supply and, in addition, at least one autarky capacitor are provided as the energy source, wherein the autarky capacitor or respectively the autarky capacitors is/are charged up from the on-board power supply, b) and in the event of a destruction of the on-board power supply the triggering is adjusted such that at least a portion of the actuators provided for triggering are still triggered, characterized in that c) in the event of a destruction of the on-board power supply, the currently available energy quantity in the at least one autarky capacitor is in each case measured or estimated for all of the remaining triggering time periods, and d) it is checked by using the energy quantity whether all of the actuators provided for triggering in this respective remaining triggering time period can be triggered, and d1) if yes, these are triggered, d2) if not, by using a predefined rule, those actuators are selected from the actuators actually provided for triggering in this respective remaining triggering time period which can actually be triggered in this respective remaining triggering time period with the currently available energy quantity in this respective remaining triggering time period, and the triggering of the residual actuators provided for triggering in this respective remaining triggering time period is displaced into the following triggering time period(s).
An in vitro layered body having a layered structure in which a gel layer containing a hydrogel is disposed between at least two cell layers containing cells of different types from each other, wherein the hydrogel is a multi-branched polymer hydrogel formed by a reaction of: Liquid A containing a multi-branched polymer A, the polymer containing, as a backbone, a polyethylene glycol containing at least three branches, the branches containing one or more electrophilic functional groups in at least one of a side chain(s) and an end(s); and Liquid B containing a multi-branched polymer B, the polymer containing, as a backbone, a polyethylene glycol containing at least three branches, the branches containing one or more nucleophilic functional groups in at least one of a side chain(s) and an end(s), a concentration of components derived from the multi-branched polymer A and the multi-branched polymer B in the hydrogel is from 0.6% by weight to 8% by weight, and a thickness of the layered body ranges from 0.02 mm to 2 mm. the hydrogel is a multi-branched polymer hydrogel formed by a reaction of: Liquid A containing a multi-branched polymer A, the polymer containing, as a backbone, a polyethylene glycol containing at least three branches, the branches containing one or more electrophilic functional groups in at least one of a side chain(s) and an end(s); and Liquid B containing a multi-branched polymer B, the polymer containing, as a backbone, a polyethylene glycol containing at least three branches, the branches containing one or more nucleophilic functional groups in at least one of a side chain(s) and an end(s), a concentration of components derived from the multi-branched polymer A and the multi-branched polymer B in the hydrogel is from 0.6% by weight to 8% by weight, and a thickness of the layered body ranges from 0.02 mm to 2 mm. Liquid A containing a multi-branched polymer A, the polymer containing, as a backbone, a polyethylene glycol containing at least three branches, the branches containing one or more electrophilic functional groups in at least one of a side chain(s) and an end(s); and Liquid B containing a multi-branched polymer B, the polymer containing, as a backbone, a polyethylene glycol containing at least three branches, the branches containing one or more nucleophilic functional groups in at least one of a side chain(s) and an end(s), a concentration of components derived from the multi-branched polymer A and the multi-branched polymer B in the hydrogel is from 0.6% by weight to 8% by weight, and a thickness of the layered body ranges from 0.02 mm to 2 mm.
A receptacle holding unit for a device for preparing a beverage from an ingredient contained in a receptacle, in particular by circulating a liquid into such receptacle and centrifugally driving such receptacle, comprising: - a first part; - a second part that is movable towards the first part, in particular along a longitudinal axis, into a closed position for holding said receptacle in such unit and relatively apart from the first part into an open position for inserting said receptacle into such unit and/or for removal therefrom; and - an actuator movable between an open configuration and a closed configuration to drive the first part and the second part between the open and the closed positions, the actuator being movable along a straight axis to drive the first part and the second part into the closed position, characterised in that: - such unit further comprises a fastening device (11, 21) having a fastened configuration for fastening together the first and second parts (10,20) in the closed position and an unfastened configuration such to enable movement of the first and second parts out of the closed configuration; and - the actuator is further movable along said axis to actuate the fastening device (11,21) from the unfastened configuration to the fastened configuration. - a first part; - a second part that is movable towards the first part, in particular along a longitudinal axis, into a closed position for holding said receptacle in such unit and relatively apart from the first part into an open position for inserting said receptacle into such unit and/or for removal therefrom; and - an actuator movable between an open configuration and a closed configuration to drive the first part and the second part between the open and the closed positions, - such unit further comprises a fastening device (11, 21) having a fastened configuration for fastening together the first and second parts (10,20) in the closed position and an unfastened configuration such to enable movement of the first and second parts out of the closed configuration; and - the actuator is further movable along said axis to actuate the fastening device (11,21) from the unfastened configuration to the fastened configuration.
An in-vehicle computing system comprising: a wireless communication interface including a soft wireless access point/group owner coupled to a physical network interface to provide access to a network; a processor; and a storage device storing instructions executable by the processor to: receive a first request from a first device to initiate communication via a first wireless client of the first device; during communication via the first wireless client, receive a second request to initiate communication via a second wireless client; identify a unique identifier of the second wireless client; responsive to determining that the unique identifier of the second wireless client is not associated with a device in a map that is accessible by the in-vehicle computing system, disconnect a connection to one or more devices via one or more associated wireless clients including the first wireless client; initiate communication via the second wireless client; and selectively re-establish communication via the one or more associated wireless clients. a wireless communication interface including a soft wireless access point/group owner coupled to a physical network interface to provide access to a network; a processor; and a storage device storing instructions executable by the processor to: receive a first request from a first device to initiate communication via a first wireless client of the first device; during communication via the first wireless client, receive a second request to initiate communication via a second wireless client; identify a unique identifier of the second wireless client; responsive to determining that the unique identifier of the second wireless client is not associated with a device in a map that is accessible by the in-vehicle computing system, disconnect a connection to one or more devices via one or more associated wireless clients including the first wireless client; initiate communication via the second wireless client; and selectively re-establish communication via the one or more associated wireless clients. receive a first request from a first device to initiate communication via a first wireless client of the first device; during communication via the first wireless client, receive a second request to initiate communication via a second wireless client; identify a unique identifier of the second wireless client; responsive to determining that the unique identifier of the second wireless client is not associated with a device in a map that is accessible by the in-vehicle computing system, disconnect a connection to one or more devices via one or more associated wireless clients including the first wireless client; initiate communication via the second wireless client; and selectively re-establish communication via the one or more associated wireless clients.
A crossed-dipoles antenna element comprising: a first balun-fed dipole comprising a first substrate, a lower slot carved out of the first substrate, and a first feed-line printed on the first substrate, the first feed-line being routed around the lower slot; and a second balun-fed dipole comprising a second substrate, an upper slot carved out of the second substrate, and a second feed-line printed on the second substrate, wherein the second feed-line is routed beneath the upper slot, wherein a longest segment of the first feed-line is longer than a longest segment of the second feed-line, and wherein the second feed-line includes at least one more segment than the first feed-line; characterized in that the first balun-fed dipole further comprises a first tuning-stub, and the second balun-fed dipole further comprises a second tuning-stub, wherein a longest segment of the first tuning-stub is longer than a longest segment of the second tuning-stub, and wherein the second tuning-stub includes at least one more segment than the first tuning-stub, the at least one more segment being bent with respect to the longest segment of the second tuning-stub, such that the second tuning-stub has approximately the same length as the first tuning-stub. a first balun-fed dipole comprising a first substrate, a lower slot carved out of the first substrate, and a first feed-line printed on the first substrate, the first feed-line being routed around the lower slot; and a second balun-fed dipole comprising a second substrate, an upper slot carved out of the second substrate, and a second feed-line printed on the second substrate, wherein the second feed-line is routed beneath the upper slot, wherein a longest segment of the first feed-line is longer than a longest segment of the second feed-line, and wherein the second feed-line includes at least one more segment than the first feed-line; characterized in that the first balun-fed dipole further comprises a first tuning-stub, and the second balun-fed dipole further comprises a second tuning-stub, wherein a longest segment of the first tuning-stub is longer than a longest segment of the second tuning-stub, and wherein the second tuning-stub includes at least one more segment than the first tuning-stub, the at least one more segment being bent with respect to the longest segment of the second tuning-stub, such that the second tuning-stub has approximately the same length as the first tuning-stub.
Fluoxetine or a derivative thereof, for use for reducing the size of a myocardial infarct in a patient suffering from myocardial infarction, wherein said derivative is fluoxetine which is modified to comprise one or more charged chemical moieties.
Specimen container carrier for conveyor in laboratory automation systems, comprising a circular body (3, 5), a synchronization rotor, elastic means and container holding means arranged in said circular body (3, 5) said container holding means comprise a plurality of centering fingers rotatably engaged with, and connected to each other by, said synchronization rotor, characterized in that said elastic means comprise a plurality of springs, and each of said centering finger comprises coupling means engaged with coupling portions of said synchronization rotor and a spring coupling protrusion for the connection with one of said springs, said centering fingers are kept in a container holding position by said respective springs which carry out the inward rotation of each of said centering fingers around at least one pivoting coupling member (11, 16) so that said specimen container is grasped by said centering fingers, wherein the insertion of said specimen container into said specimen container carrier forces the outward rotation of said centering fingers and the reverse rotation of said synchronization rotor with respect to the rotation of said centering fingers, so that said synchronization rotor synchronizes and balances the inward force of each finger in a container holding position so that said specimen container remains coaxially positioned with respect to said circular body (3, 5) and the holding force which acts against said specimen container is the same for each finger.
A method for network communication, the method comprising: obtaining link parameters associated with a primary network and an expansion network, each of the primary network and expansion network operating in its own frequency band with different propagation characteristics and emission limits, said expansion network utilizing unlicensed spectrum having a transmission limit that is lower than for a licensed spectrum used by the primary network; identifying clients that are assigned to one of four transmission modes: primary uplink and primary downlink; primary uplink and expansion downlink; expansion uplink and primary downlink; expansion uplink and expansion downlink, based on the link parameters, wherein the primary uplink or downlink channels are supported by the primary network, and the expansion uplink or downlink channels are supported by the expansion network; and transmitting messages to the clients to indicate the assigned transmission mode, wherein said identifying comprises performing an algorithm to identify portions of the clients to be served by each of the four transmission modes, wherein each of the four transmission modes comprises a respective uplink, UL, channel selected from the primary network and the expansion network based on the link parameters, and a respective downlink, DL, channel selected from the primary network and the expansion network based on the link parameters. obtaining link parameters associated with a primary network and an expansion network, each of the primary network and expansion network operating in its own frequency band with different propagation characteristics and emission limits, said expansion network utilizing unlicensed spectrum having a transmission limit that is lower than for a licensed spectrum used by the primary network; identifying clients that are assigned to one of four transmission modes: primary uplink and primary downlink; primary uplink and expansion downlink; expansion uplink and primary downlink; expansion uplink and expansion downlink, based on the link parameters, wherein the primary uplink or downlink channels are supported by the primary network, and the expansion uplink or downlink channels are supported by the expansion network; and transmitting messages to the clients to indicate the assigned transmission mode, wherein said identifying comprises performing an algorithm to identify portions of the clients to be served by each of the four transmission modes, wherein each of the four transmission modes comprises a respective uplink, UL, channel selected from the primary network and the expansion network based on the link parameters, and a respective downlink, DL, channel selected from the primary network and the expansion network based on the link parameters.
An X-ray diagnosis apparatus comprising: an image data generating unit adapted to generate X-ray images in a time sequence by detecting an X-ray that is radiated from an X-ray tube and is transmitted through a subject; a feature-point-position detecting unit adapted to detect a position of a feature point included in a predetermined target object from at least a first image and a second image included in the X-ray images generated in a time sequence by the image data generating unit; an application range determining unit adapted to determine an application range of a smoothing filter in the first image and the second image based on a position of the feature point in the first image and a position of the feature point in the second image detected by the feature-point-position detecting unit; and a filtering unit adapted to perform a smoothing filter process by using the first image and the second image based on the application range of the smoothing filter determined by the application range determining unit, characterized in that the application range determining unit is adapted to determine the application range of the smoothing filter such that the size of said application range is smaller than the image size. an image data generating unit adapted to generate X-ray images in a time sequence by detecting an X-ray that is radiated from an X-ray tube and is transmitted through a subject; a feature-point-position detecting unit adapted to detect a position of a feature point included in a predetermined target object from at least a first image and a second image included in the X-ray images generated in a time sequence by the image data generating unit; an application range determining unit adapted to determine an application range of a smoothing filter in the first image and the second image based on a position of the feature point in the first image and a position of the feature point in the second image detected by the feature-point-position detecting unit; and a filtering unit adapted to perform a smoothing filter process by using the first image and the second image based on the application range of the smoothing filter determined by the application range determining unit, characterized in that the application range determining unit is adapted to determine the application range of the smoothing filter such that the size of said application range is smaller than the image size.
A motorcycle comprising: a seat for a rider to sit thereon; a rear wheel capable of swinging in a vertical direction; a side cover that covers a vehicle side below the seat and above the rear wheel; a license plate bracket that extends downward from a lower edge of the side cover; a taillight unit disposed rearward of a rear end of the side cover; and a rear bar disposed at least in part rearward of the seat and at least in part above the taillight unit, wherein the lower edge of the side cover is positioned at a height where it does not overlap the rear wheel in a side view, and the rear end of the side cover extends forward and upward from the lower end of the rear end in a side view, and a rear portion of the seat overlaps a front portion of the taillight unit in a plan view, the side cover includes a ridge extending in a front-rear direction of the vehicle; the side cover includes a side portion located below the ridge and a topside portion located above the ridge; the taillight unit includes a topside unit portion extending forward and upward and a side unit portion, characterized in that the side unit portion is disposed between the topside unit portion and the topside portion; and in a rear view, an inclination of the side unit portion relative to a horizontal direction is larger than an inclination of the topside portion relative to the horizontal direction; and a width of the rear bar in a vehicle width direction is larger than a width of the taillight unit in the vehicle width direction. a seat for a rider to sit thereon; a rear wheel capable of swinging in a vertical direction; a side cover that covers a vehicle side below the seat and above the rear wheel; a license plate bracket that extends downward from a lower edge of the side cover; a taillight unit disposed rearward of a rear end of the side cover; and a rear bar disposed at least in part rearward of the seat and at least in part above the taillight unit, wherein the lower edge of the side cover is positioned at a height where it does not overlap the rear wheel in a side view, and the rear end of the side cover extends forward and upward from the lower end of the rear end in a side view, and a rear portion of the seat overlaps a front portion of the taillight unit in a plan view, the side cover includes a ridge extending in a front-rear direction of the vehicle; the side cover includes a side portion located below the ridge and a topside portion located above the ridge; the taillight unit includes a topside unit portion extending forward and upward and a side unit portion, characterized in that the side unit portion is disposed between the topside unit portion and the topside portion; and in a rear view, an inclination of the side unit portion relative to a horizontal direction is larger than an inclination of the topside portion relative to the horizontal direction; and a width of the rear bar in a vehicle width direction is larger than a width of the taillight unit in the vehicle width direction.