mhurhangee/ep-ind-claims huggingface dataset:
A conditional vector comprising DNA encoding for: (i) an inducible expression cassette comprising an inducible promoter operably linked to a plasmid replication region, wherein the plasmid replication region has a sequence identity of at least 80%, 85%, 90%, 95%, 98%, 99% or 100% to SEQ ID NO: 7 and mediates the autonomous replication of the plasmid; and (ii) a selectable marker. (i) an inducible expression cassette comprising an inducible promoter operably linked to a plasmid replication region, wherein the plasmid replication region has a sequence identity of at least 80%, 85%, 90%, 95%, 98%, 99% or 100% to SEQ ID NO: 7 and mediates the autonomous replication of the plasmid; and (ii) a selectable marker.
Method for driving an at least generator-operable, multi-phase electrical machine, the phase connections (U-Y) of which are connected in an active bridge rectifier to a first DC voltage terminal (B-) via first current valves (UL-YL) which can be turned on and off and can be driven, and to a second DC voltage terminal (B+) via second current valves (UH-YH), wherein the method comprises initiating and cancelling multiple phase short circuits of the phase connections (U-Y) via the first current valves (UL-YL) in a generator operation of the electrical machine after a load drop occurs, characterized in that a variable characterizing a natural frequency of the electrical machine is determined and the first current valves (UL-YL) for initiating and cancelling the phase short circuits are driven with a switching frequency on the basis of the variable characterizing the natural frequency of the electrical machine.
A blood purification system comprising: a solution-preparing unit that prepares an undiluted dialysate solution; a dialysate-supplying unit that prepares a working dialysate at a predetermined concentration by diluting the undiluted dialysate solution received from the solution-preparing unit and supplies the working dialysate; and a blood-purification-treatment section that includes a blood-purification-apparatus group including at least one blood purification apparatus that performs blood purification treatment in which the working dialysate prepared by the dialysate-supplying unit is supplied from the dialysate-supplying unit to the blood-purification-apparatus group; characterized in that the blood purification system further comprises a determining unit that executes a first determining step of determining whether additional preparation of the undiluted dialysate solution by the solution-preparing unit is necessary from a number of remaining treatment sessions that is obtained as a result of comparison between an estimated number of treatment sessions expected to be performed by the blood-purification-apparatus group throughout a predetermined period and an actual number of treatment sessions performed by the blood-purification-apparatus group as of a time point during the predetermined period. a solution-preparing unit that prepares an undiluted dialysate solution; a dialysate-supplying unit that prepares a working dialysate at a predetermined concentration by diluting the undiluted dialysate solution received from the solution-preparing unit and supplies the working dialysate; and a blood-purification-treatment section that includes a blood-purification-apparatus group including at least one blood purification apparatus that performs blood purification treatment in which the working dialysate prepared by the dialysate-supplying unit is supplied from the dialysate-supplying unit to the blood-purification-apparatus group; characterized in that the blood purification system further comprises a determining unit that executes a first determining step of determining whether additional preparation of the undiluted dialysate solution by the solution-preparing unit is necessary from a number of remaining treatment sessions that is obtained as a result of comparison between an estimated number of treatment sessions expected to be performed by the blood-purification-apparatus group throughout a predetermined period and an actual number of treatment sessions performed by the blood-purification-apparatus group as of a time point during the predetermined period.
An application processor circuit comprising: an interface circuit configured to communicate with a modem device; and a processing circuit; wherein the processing circuit is configured to: access one or more modem services on the modem device, using the interface circuit and an IP socket application protocol interface, API, wherein packets sent to the modem device for accessing the one or more modem services include a destination IP address corresponding to the modem device; and identify and discard based on any of several application-specific parameters outbound packets that include a destination IP address corresponding to the modem device and that originate from any of one or more disallowed applications in the application processor, without sending the identified packets to the modem device. an interface circuit configured to communicate with a modem device; and a processing circuit; access one or more modem services on the modem device, using the interface circuit and an IP socket application protocol interface, API, wherein packets sent to the modem device for accessing the one or more modem services include a destination IP address corresponding to the modem device; and identify and discard based on any of several application-specific parameters outbound packets that include a destination IP address corresponding to the modem device and that originate from any of one or more disallowed applications in the application processor, without sending the identified packets to the modem device.
An instrument sterile drape comprising: a plastic sheet; characterised by: a pouch sealed to the plastic sheet around an aperture in the plastic sheet, the pouch being shaped to fit around a carriage that includes actuators; and a stiffener coupled to the pouch around an opening in the pouch to provide an area encompassing the opening that is less flexible than the remainder of the pouch. a plastic sheet; characterised by: a pouch sealed to the plastic sheet around an aperture in the plastic sheet, the pouch being shaped to fit around a carriage that includes actuators; and a stiffener coupled to the pouch around an opening in the pouch to provide an area encompassing the opening that is less flexible than the remainder of the pouch. a pouch sealed to the plastic sheet around an aperture in the plastic sheet, the pouch being shaped to fit around a carriage that includes actuators; and a stiffener coupled to the pouch around an opening in the pouch to provide an area encompassing the opening that is less flexible than the remainder of the pouch.
Jig for setting an oblong expansion element in a dowel for the fixture of an insulation board,with a coupling structure for coupling to a power drill, an engagement structure for engaging the oblong expansion element and for rotating with the coupling structure around a central axis of the jig, a flange extending substantially radially with respect to the central axis and a cutting arrangement for cutting into the insulation board, which cutting arrangement is coupled to the flange, characterized in that, the cutting arrangement is form-fit to the flange by a snap-fit, in that the cutting arrangement comprises snap-in hooks facing radially in the inward direction with respect to the axial direction, preferably more than two snap-in hooks, in particular four snap-in hooks, for engaging corresponding counteropenings of the flange for the snap-fit, wherein the cutting arrangement is configured for being snap-fit to the flange by sliding the cutting arrangement in the direction of the central axis and aligning it with the flange, and wherein the snap-in hooks are radially bendable to engage with the counteropenings.
A backpack blower comprising: a frame operable to be supported by a user and including a back plate configured to be positioned proximate a back of the user; a housing supported by the frame and at least partially defining a chamber; a motor supported by the frame; and an impeller driven by the motor about a rotational axis to generate an air flow within the chamber and having an impeller outlet; wherein the chamber defines a channel region having an inlet and having a cross-sectional shape with an axial height and a transverse width, the axial height being greater than the transverse width, the axial height increasing from a first position proximate the back plate to a second position spaced from the back plate; characterized in that the impeller outlet is axially closer to the midpoint of the axial height of the channel region than the channel inlet. a frame operable to be supported by a user and including a back plate configured to be positioned proximate a back of the user; a housing supported by the frame and at least partially defining a chamber; a motor supported by the frame; and an impeller driven by the motor about a rotational axis to generate an air flow within the chamber and having an impeller outlet; wherein the chamber defines a channel region having an inlet and having a cross-sectional shape with an axial height and a transverse width, the axial height being greater than the transverse width, the axial height increasing from a first position proximate the back plate to a second position spaced from the back plate; characterized in that the impeller outlet is axially closer to the midpoint of the axial height of the channel region than the channel inlet.
A method comprising: converting a low molecular weight sugar, in a mixture comprising a biomass, a microorganism, and a solvent or solvent system, to a combustible fuel, further comprising irradiating the biomass prior to mixing with ionizing radiation at a total dosage of at least 5 Mrad, wherein the converting comprises fermentation wherein the biomass is not consumed during the fermentation, and wherein the biomass comprises a cellulosic or lignocellulosic material. converting a low molecular weight sugar, in a mixture comprising a biomass, a microorganism, and a solvent or solvent system, to a combustible fuel, further comprising irradiating the biomass prior to mixing with ionizing radiation at a total dosage of at least 5 Mrad, wherein the converting comprises fermentation wherein the biomass is not consumed during the fermentation, and wherein the biomass comprises a cellulosic or lignocellulosic material.
An electronic device for performing group control comprising: a communication unit (220; 301) configured to communicate with another electronic device (100_A - 100_E); a memory (230; 305) configured to store group information on a group comprising the electronic device and at least one other electronic device (100_A - 100_E); and a controller (210; 303) configured to: receive (600; 702; 802) the control command; determine (602; 704; 806) whether the control command is a group control command to be executed in the group; and transmit (610, 612; 710; 812) the control command to the at least one other electronic device (100_A - 100_E) of the group if the control command is the group control command; characterized in that the controller (210; 303) is further configured to execute (604; 710; 804) the received control command on the electronic device as part of the group control; wherein the electronic device and the at least one other electronic device (100_A - 100_E) are portable electronic devices configured to be carried by a user and/or worn on a user's body. a communication unit (220; 301) configured to communicate with another electronic device (100_A - 100_E); a memory (230; 305) configured to store group information on a group comprising the electronic device and at least one other electronic device (100_A - 100_E); and a controller (210; 303) configured to: receive (600; 702; 802) the control command; determine (602; 704; 806) whether the control command is a group control command to be executed in the group; and transmit (610, 612; 710; 812) the control command to the at least one other electronic device (100_A - 100_E) of the group if the control command is the group control command; receive (600; 702; 802) the control command; determine (602; 704; 806) whether the control command is a group control command to be executed in the group; and transmit (610, 612; 710; 812) the control command to the at least one other electronic device (100_A - 100_E) of the group if the control command is the group control command; characterized in that the controller (210; 303) is further configured to execute (604; 710; 804) the received control command on the electronic device as part of the group control; wherein the electronic device and the at least one other electronic device (100_A - 100_E) are portable electronic devices configured to be carried by a user and/or worn on a user's body.
An apparatus for wireless communication at a first user equipment, UE (602, 702), comprising: means for receiving an activation request for a command in association with a third UE (606, 706), the activation request being received in a first media access control, MAC, control element, CE, MAC-CE (610, 712), relayed from a second UE (604, 704); means for transmitting, to the second UE (604, 704) and in response to the activation request, a second MAC-CE (612, 714) including an activation response to the third UE (606, 706); and means for activating the command after transmitting the activation response, wherein the command is activated after a time period from the transmission of the second MAC-CE (612, 714) including the activation response, and wherein the time period is based on a number of hops between the third UE (606, 706) and the first UE (602, 702) through which the activation request traveled, the number of hops being greater than or equal to one. means for receiving an activation request for a command in association with a third UE (606, 706), the activation request being received in a first media access control, MAC, control element, CE, MAC-CE (610, 712), relayed from a second UE (604, 704); means for transmitting, to the second UE (604, 704) and in response to the activation request, a second MAC-CE (612, 714) including an activation response to the third UE (606, 706); and means for activating the command after transmitting the activation response, wherein the command is activated after a time period from the transmission of the second MAC-CE (612, 714) including the activation response, and wherein the time period is based on a number of hops between the third UE (606, 706) and the first UE (602, 702) through which the activation request traveled, the number of hops being greater than or equal to one.
A touch sensing apparatus, comprising: a light transmissive panel that defines a touch surface, an opposite rear surface, and panel sides extending between the touch surface and rear surface, the panel sides defining a perimeter of the light transmissive panel, a plurality of light emitters and detectors arranged along the perimeter and adjacent the panel sides, a light guide arranged along the perimeter and having a first reflective surface (113, 113') comprising a diffusive light scattering element (114, 114'), and a second reflective surface intersecting the first reflective surface at an angle such that light can be reflected from one surface to the other surface, and comprising an extended diffusive light scattering element wherein the light emitters are arranged to emit a respective beam of light onto the diffusive light scattering and/or extended diffusive light scattering element element so as to generate propagating light that diffusively propagates above the touch surface, wherein the light detectors are arranged to receive detection light generated as said propagating light impinges on the diffusive light scattering element and/or the extended diffusive light scattering element and wherein the diffusive light scattering element is arranged at least partly outside the panel sides and extending at least partly above the touch surface. a light transmissive panel that defines a touch surface, an opposite rear surface, and panel sides extending between the touch surface and rear surface, the panel sides defining a perimeter of the light transmissive panel, a plurality of light emitters and detectors arranged along the perimeter and adjacent the panel sides, a light guide arranged along the perimeter and having a first reflective surface (113, 113') comprising a diffusive light scattering element (114, 114'), and a second reflective surface intersecting the first reflective surface at an angle such that light can be reflected from one surface to the other surface, and comprising an extended diffusive light scattering element wherein the light emitters are arranged to emit a respective beam of light onto the diffusive light scattering and/or extended diffusive light scattering element element so as to generate propagating light that diffusively propagates above the touch surface, wherein the light detectors are arranged to receive detection light generated as said propagating light impinges on the diffusive light scattering element and/or the extended diffusive light scattering element and wherein the diffusive light scattering element is arranged at least partly outside the panel sides and extending at least partly above the touch surface.
Blade for a rear anti-torque device of a rotorcraft, said device comprising a faired rotor, said profiled blade having a three-dimensional geometrical shape defined by different sections with aerodynamic profiles comprised between a leading edge and a trailing edge of the blade and delimited radially by a root section and an end section of the blade; at least two sections with aerodynamic profiles (1a-1f) having different chord values along a stacking line extending from the root section to the end section, the blade being twisted, the stacking line of the sections with aerodynamic profiles (1a-1f) determining, prior to twisting, a plane extension surface delimited radially from the root section to the end section, and a twisting line of the plane extension surface which is defined according to a predetermined twisting relationship, said stacking line extending at a distance comprised between 25% and 50% of the chord starting from the leading edge, and having on the plane extension surface a curve with successively from the root section: a first back sweep, a forward sweep and finally a last back sweep as far as the end section, characterised in that said root section with aerodynamic profile has a reference chord ( C ref) less than an end chord ( C max) of the end section with aerodynamic profile and said chord of the sections with aerodynamic profiles becomes larger from the root section in the direction of the end section whose end chord ( C max) is equal to or less than the reference chord ( C ref) of the root section multiplied by a multiplying factor a c; and in that the stacking line is a curve, traced relative to a radial direction of the anti-torque device for which it is intended and given by a polynomial such that: Y AC / C ref = a e × Q 3 + b e × Q 2 + c e × Q with: 0 ≤ Q ≤ 1; where: Q = r − k R max − k is a non-dimensional number, Y AC is the position of the stacking line of the sections with aerodynamic profiles for a radius r; and a e, be and c e axe first, second and third predetermined values.
Process for recovery of metals from black mass, characterized by the following steps in the following order: - step (a) providing black mass containing Li; - step (b) adding water to the black mass and creating suspension of black mass in water; - step (c) dosing ozone as an oxidant to the suspension while stirring the suspension; - step (d) filtering and separating the filtrate containing LiOH dissolved in water from a Li depleted residue of the black mass, wherein - in step (c) the suspension is stirred with a shear rate greater than 11000s -1 within the suspension. - step (a) providing black mass containing Li; - step (b) adding water to the black mass and creating suspension of black mass in water; - step (c) dosing ozone as an oxidant to the suspension while stirring the suspension; - step (d) filtering and separating the filtrate containing LiOH dissolved in water from a Li depleted residue of the black mass, wherein - in step (c) the suspension is stirred with a shear rate greater than 11000s -1 within the suspension.
A method for synchronizing a wakeup schedule for a BLUETOOTH module and a wakeup schedule for a CDMA module in a wireless mobile unit operable in a synchronous communication system, characterised by: determining wakeup intervals for the BLUETOOTH module; determining wakeup intervals for the CDMA module, wherein at least one of said wakeup intervals for the BLUETOOTH module is different from one of said wakeup intervals for the CDMA module; and equalising said at least one wakeup interval for the BLUETOOTH module with said wakeup interval for the CDMA module. determining wakeup intervals for the BLUETOOTH module; determining wakeup intervals for the CDMA module, wherein at least one of said wakeup intervals for the BLUETOOTH module is different from one of said wakeup intervals for the CDMA module; and equalising said at least one wakeup interval for the BLUETOOTH module with said wakeup interval for the CDMA module.
A vehicle stop support system for supporting stop of a vehicle which is traveling, comprising: an abnormality detection part for detecting a physical abnormality of a driver; a candidate detection part for detecting a plurality of stop point candidates which exist in a traveling direction of the vehicle; a risk estimation part for estimating a rear-end collision risk which is a risk that, when assuming that the vehicle stops at each of the stop point candidates, the vehicle will be rear-ended by a following vehicle; a stop point setting part for setting a stop point; and a vehicle control part for controlling the vehicle to travel to the stop point and stop at the stop point; characterised by a target time period setting part for setting a target time period based on the abnormality detected by the abnormality detection part; and a required time period estimation part for estimating a time period required to reach each of the stop point candidates; wherein the stop point setting part is operable to set, as the stop point, one of the plurality of stop point candidates which satisfies a condition that the required time period estimated with respect thereto is equal to or less than the target time period and which is lowest in terms of the rear-end collision risk. an abnormality detection part for detecting a physical abnormality of a driver; a candidate detection part for detecting a plurality of stop point candidates which exist in a traveling direction of the vehicle; a risk estimation part for estimating a rear-end collision risk which is a risk that, when assuming that the vehicle stops at each of the stop point candidates, the vehicle will be rear-ended by a following vehicle; a stop point setting part for setting a stop point; and a vehicle control part for controlling the vehicle to travel to the stop point and stop at the stop point; characterised by a target time period setting part for setting a target time period based on the abnormality detected by the abnormality detection part; and a required time period estimation part for estimating a time period required to reach each of the stop point candidates; wherein the stop point setting part is operable to set, as the stop point, one of the plurality of stop point candidates which satisfies a condition that the required time period estimated with respect thereto is equal to or less than the target time period and which is lowest in terms of the rear-end collision risk.