mhurhangee/patent-ind-claim-en huggingface dataset:
A method for activating a pre acclimatization system of the passenger compartment of a vehicle , the vehicle comprising a vehicle system, the method comprising: monitoring an operational state of the vehicle, wherein the vehicle is on when said operational state corresponds to a first state, wherein the vehicle is off when said operational state corresponds to a second state, and wherein when said operational state corresponds to said second state the method further comprises: monitoring a plurality of conditions , wherein said plurality of conditions are selected from the group comprising current time and date, a driver appointment schedule, a historical database, wherein said monitoring step is performed by a system controller incorporated into the vehicle; determining the most probable time of departure of the vehicle from a present location based on said plurality of conditions monitored by said system controller; suggesting time of departure to driver; monitoring reply from driver; setting timer for activating said pre acclimatization according to reply from driver; and activating deep sleep for the vehicle system, wherein communication with the vehicle system for controlling said pre acclimatization system is not possible during deep sleep . monitoring an operational state of the vehicle, wherein the vehicle is on when said operational state corresponds to a first state, wherein the vehicle is off when said operational state corresponds to a second state, and wherein when said operational state corresponds to said second state the method further comprises: monitoring a plurality of conditions , wherein said plurality of conditions are selected from the group comprising current time and date, a driver appointment schedule, a historical database, wherein said monitoring step is performed by a system controller incorporated into the vehicle; determining the most probable time of departure of the vehicle from a present location based on said plurality of conditions monitored by said system controller; suggesting time of departure to driver; monitoring reply from driver; setting timer for activating said pre acclimatization according to reply from driver; and activating deep sleep for the vehicle system, wherein communication with the vehicle system monitoring a plurality of conditions , wherein said plurality of conditions are selected from the group comprising current time and date, a driver appointment schedule, a historical database, wherein said monitoring step is performed by a system controller incorporated into the vehicle; determining the most probable time of departure of the vehicle from a present location based on said plurality of conditions monitored by said system controller; suggesting time of departure to driver; monitoring reply from driver; setting timer for activating said pre acclimatization according to reply from driver; and activating deep sleep for the vehicle system, wherein communication with the vehicle system
An agricultural unit comprising: - a tank system adapted to provide a combined aquatic environment for raising aquatic animals in aquaculture and cultivating plants in hydroponic culture, whereby excretions of said aquatic animals are released directly into said aquatic environment so as to produce nutrients for said plants; and - an electrochemical device ; wherein said electrochemical device is operable in an electrolysis mode to produce hydrogen and oxygen while consuming electrical energy provided by a source of electrical energy; wherein said electrochemical device is further operable in a fuel cell mode to produce electrical energy and heat by oxidizing said produced hydrogen; and wherein said electrochemical device is operatively coupled to said tank system so as to transfer at least part of said produced heat and said produced oxygen to said aquatic environment. - a tank system adapted to provide a combined aquatic environment for raising aquatic animals in aquaculture and cultivating plants in hydroponic culture, whereby excretions of said aquatic animals are released directly into said aquatic environment so as to produce nutrients for said plants; and - an electrochemical device ;
A method performed by a user equipment configured for simultaneous connection to a master communication apparatus (5-1) and to a secondary communication apparatus (5-2), the method comprising: deriving a security key of the master communication apparatus (5-1); deriving, using the derived security key of the master communication apparatus (5-1), at least one control plane security key for a protection of Radio Resource Control, RRC, traffic between the user equipment and the master communication apparatus (5-1); using the at least one control plane security key for protecting control plane signalling between the user equipment and the master communication apparatus (5-1); deriving, using the derived security key of the master communication apparatus (5-1), a security key of the secondary communication apparatus (5-2), the user equipment establishing the simultaneous connection to the master communication apparatus (5-1) and to the secondary communication apparatus (5-2); deriving, using the derived security key of the secondary communication apparatus (5-2), a user plane security key; and using the derived user plane security key for protecting user plane signalling between the user equipment and the secondary communication apparatus (5-2). deriving a security key of the master communication apparatus (5-1); deriving, using the derived security key of the master communication apparatus (5-1), at least one control plane security key for a protection of Radio Resource Control, RRC, traffic between the user equipment and the master communication apparatus (5-1); using the at least one control plane security key for protecting control plane signalling between the user equipment and the master communication apparatus (5-1); deriving, using the derived security key of the master communication apparatus (5-1), a security key of the secondary communication apparatus (5-2), the user equipment establishing the simultaneous connection to the master communication apparatus (5-1) and to the secondary communication apparatus (5-2); deriving, using the derived security key of the secondary communication apparatus (5-2), a user plane security key; and using the derived user plane security key for protecting user plane signalling between the user equipment and the secondary communication apparatus (5-2).
An ink jet recording method comprising: a reaction liquid deposition step of ejecting from an ink jet head , a reaction liquid in the form of liquid droplets containing an aggregating agent, which aggregates an ink composition, so as to deposit the reaction liquid to a recording medium which is a non-absorptive recording medium or a low-absorptive recording medium; a reaction liquid drying step of drying the reaction liquid adhered to the recording medium; and an ink composition deposition step of ejecting the ink composition in the form of liquid droplets from the or another ink jet head so as to deposit the ink composition to the recording medium to which the reaction liquid is adhered, and characterized in that : when the ink composition is deposited, the reaction liquid has been dried so that evaporation rates of water and an organic solvent contained in the reaction liquid are 70 percent by mass or more and 60 percent by mass or less, respectively; wherein the evaporation rate of water is the rate of water amount lost by evaporation to the water amount initially contained within the adhered reaction liquid, and wherein the evaporation rate of the organic solvent is the rate of the organic solvent amount lost by evaporation to the organic solvent amount initially contained within the adhered reaction liquid. a reaction liquid deposition step of ejecting from an ink jet head , a reaction liquid in the form of liquid droplets containing an aggregating agent, which aggregates an ink composition, so as to deposit the reaction liquid to a recording medium which is a non-absorptive recording medium or a low-absorptive recording medium; a reaction liquid drying step of drying the reaction liquid adhered to the recording medium; and an ink composition deposition step of ejecting the ink composition in the form of liquid droplets from the or another ink jet head so as to deposit the ink composition to the recording medium to which the reaction liquid is adhered, when the ink composition is deposited, the reaction liquid has been dried so that evaporation rates of water and an organic solvent contained in the reaction liquid are 70 percent by mass or more and 60 percent by mass or less, respectively; wherein the evaporation rate of water is the rate of water amount lost by evaporation to the water amount initially contained within the adhered reaction liquid, and wherein the evaporation rate of the organic solvent is the rate of the organic solvent amount lost by evaporation to the organic solvent amount initially contained within the adhered reaction liquid.
A solid electrolytic capacitor, comprising: a capacitor element with an anode electrode foil and a cathode electrode foil wound with an interposed separator, a solid electrolyte layer formed in the capacitor element by using a conductive polymer dispersion in which particles of a conductive polymer are dispersed in a solvent; wherein, voids inside the capacitor element in which the solid electrolyte layer has been formed filled with an electrolytic solution containing less than 9 wt % of an ammonium salt of a composite compound of inorganic acid and organic acid as a solute characterized in that , the electrolytic solution is containing equal to or more than 40 wt % of ethylene glycol in the solvent. a capacitor element with an anode electrode foil and a cathode electrode foil wound with an interposed separator, a solid electrolyte layer formed in the capacitor element by using a conductive polymer dispersion in which particles of a conductive polymer are dispersed in a solvent; wherein, voids inside the capacitor element in which the solid electrolyte layer has been formed filled with an electrolytic solution containing less than 9 wt % of an ammonium salt of a composite compound of inorganic acid and organic acid as a solute characterized in that , the electrolytic solution is containing equal to or more than 40 wt % of ethylene glycol in the solvent.
Underfloor waste-collection-arrangement , comprising a receiving receptacle for receiving waste , as well as a cover plate , which closes the receiving receptacle at the top, whereby the cover plate is provided with a loading opening for waste, and further comprising a throw-in column for waste, which interacts with the loading opening in the cover plate , whereby the throw-in column is arranged in the loading opening in a retractable and an extendable manner, characterized in that the throw-in column is divided in two or more throw-in column elements , that the two or more throw-in column elements are arranged in a movable manner, that the underfloor waste-collection-arrangement comprises a drive device for moving at least one of the throw-in column elements and that the movable throw-in column elements , via said drive device, release a throw-in opening based on their movement, which is physically provided in at least one of the throw-in column elements , or generate a throw-in opening through the movement of the throw-in column elements .
A buck converter comprising: an inductor ; and a current-mode regulator comprising: an inner current loop circuit coupled to an input node of the inductor and an output node of the inductor , the inner current loop circuit comprising: - a series circuit of a resistor and a sensing capacitor , wherein a first terminal of the sensing capacitor is coupled to a first terminal of the resistor and a second terminal of the resistor is coupled to the input node of the inductor ; - a slope capacitor coupled to the output node of the inductor with a first terminal of the slope capacitor and to a second terminal of the sensing capacitor with a second terminal; - a switch coupled in parallel with the slope capacitor and configured to be closed when a voltage at the input node of the inductor is at a first voltage to discharge the slope capacitor and to be opened when the voltage at the input node of the inductor is at a second voltage different from the first voltage to charge the slope capacitor ; and - a power bridge circuit ; and - a comparator configured to compare a voltage (V f ) at the node between the resistor and the sensing capacitor with a control voltage (V ctrl ) to control the power bridge circuit . - a series circuit of a resistor and a sensing capacitor , wherein a first terminal of the sensing capacitor is coupled to a first terminal of the resistor and a second terminal of the resistor is coupled to the input node of the inductor ; - a slope capacitor coupled to the output node of the inductor with a first terminal of the slope capacitor and to a second terminal of the sensing capacitor with a second terminal; - a switch coupled in parallel with the slope capacitor and configured to be closed when a voltage at the input node of the inductor is at a first voltage to discharge the slope capacitor and to be opened when the voltage at the input node of the inductor is at a second voltage different from the first voltage to charge the slope capacitor ; and - a power bridge circuit ; and - a comparator configured to compare a voltage (V f ) at the node between the resistor and the sensing capacitor with a control voltage (V ctrl ) to control the power bridge circuit .
A method for aseptically dispensing a pharmaceutical fluid into a pharmaceutical container , the method comprising: providing a sterilizable chamber capable of maintaining an aseptic condition, the chamber comprising a pharmaceutical fluid dispensing head configured for producing droplets of the pharmaceutical fluid and a droplet monitoring system comprising a digital imager ; establishing within the sterilizable chamber an aseptic condition; providing within the sterilizable chamber an aseptic pharmaceutical container ; dispensing a plurality of droplets of the fluid from the dispensing head into the container along a droplet path ; obtaining from the imager a plurality of images of at least one of the plurality of droplets along the droplet path; and determining from the plurality of images a volume of fluid dispensed into the container. providing a sterilizable chamber capable of maintaining an aseptic condition, the chamber comprising a pharmaceutical fluid dispensing head configured for producing droplets of the pharmaceutical fluid and a droplet monitoring system comprising a digital imager ; establishing within the sterilizable chamber an aseptic condition; providing within the sterilizable chamber an aseptic pharmaceutical container ; dispensing a plurality of droplets of the fluid from the dispensing head into the container along a droplet path ; obtaining from the imager a plurality of images of at least one of the plurality of droplets along the droplet path; and determining from the plurality of images a volume of fluid dispensed into the container.
A bicycle saddle comprising a saddle shell , a saddle shell connected to a lower side of the saddle shell and a saddle cushion connected to an upper side of the saddle shell , wherein at least one stiffening element is arranged in the saddle cushion , characterized in that the at least one stiffening element has a width extending transversely to the longitudinal direction of the saddle , the width substantially corresponding to the width of the saddle shell in the corresponding region. a saddle shell , a saddle shell connected to a lower side of the saddle shell and a saddle cushion connected to an upper side of the saddle shell , wherein at least one stiffening element is arranged in the saddle cushion , characterized in that the at least one stiffening element has a width extending transversely to the longitudinal direction of the saddle , the width substantially corresponding to the width of the saddle shell in the corresponding region.
A head-up display device comprising: a case accommodating therein a projector which projects light for displaying an image, a control board which controls the projector , a reflection unit which reflects the light projected from the projector , and a light-shielding body which blocks light from outside; and a lid body covering an upper part of the case , the reflection unit being configured to hold a flat reflecting mirror by a holder , wherein the holder comprises a flat portion having a front surface, to which the mirror is attached, and a back surface opposite the front surface, a light-receiving unit which detects the light from the outside being connected to the control board via a connecting member , the light-receiving unit being configured to hold a light-receiving sensor by a sensor holding portion , wherein the sensor holding portion is held by the holder , wherein the sensor holding portion is located: on the back surface ; and above the flat portion . the reflection unit being configured to hold a flat reflecting mirror by a holder , wherein the holder comprises a flat portion having a front surface, to which the mirror is attached, and a back surface opposite the front surface, a light-receiving unit which detects the light from the outside being connected to the control board via a connecting member , the light-receiving unit being configured to hold a light-receiving sensor by a sensor holding portion , wherein the sensor holding portion is held by the holder , wherein the sensor holding portion is located: on the back surface ; and above the flat portion .
Transmission module for a vehicle provided with an ingoing shaft which can be connected to a drive source of the vehicle, and an outgoing shaft , which can be connected to driven wheels of the vehicle, which transmission module comprises supporting devices for the support of torque, and a transmission with an ingoing and an outgoing shaft , and a bypass transmission with at least three rotation bodies (c,s,a), of which a first rotation body (a) is connected to the ingoing shaft of the transmission module , a second rotation body (c) is connected to the outgoing shaft of the transmission module , and a third rotation body (s) can be connected to the supporting devices , which transmission is parallel to the bypass transmission , in which the ingoing shaft of the transmission is connected to the first rotation body (a) and the outgoing shaft of the transmission is connected to the second rotation body (c) and further via a first (R1) and a second reduction (R2) to the outgoing shaft of the transmission module in which the gear wheels of the first reduction (R1) are formed by a first gear wheel , which is connected to the outgoing shaft of the transmission and a second gear wheel , which is connected to a first gear wheel of the second reduction (R2), of which second reduction (R2) a second gear wheel is connected to the outgoing shaft of the transmission module , characterized in that the outgoing shaft of the transmission is connected to the second rotation body (c) via a third reduction (R3) formed by one of the gear wheels of the first (R1) or second reduction (R2) and an interlocking further gear wheel , the outgoing shaft of the transmission is connected to the second rotation body (c) via the first gear wheel of the first reduction (R1) and moreover via a fourth reduction (R4).
A voltage detection circuit comprising: an input port; a plurality of transistors connected in series and including at least an input transistor including a gate connected to the input port, a source connected to a first power supply terminal , and a drain, and a first transistor including a drain connected to a second power supply terminal , a gate, and a source connected to the gate of the first transistor ; and an output port (P0, P3) configured to be one of connection points of the plurality of transistors. an input port; a plurality of transistors connected in series and including at least an input transistor including a gate connected to the input port, a source connected to a first power supply terminal , and a drain, and a first transistor including a drain connected to a second power supply terminal , a gate, and a source connected to the gate of the first transistor ; and an output port (P0, P3) configured to be one of connection points of the plurality of transistors.
A polyorganosiloxane with an epoxy group comprising an M unit (R 1 R 2 R 3 SiO 1/2 ), a D unit (R 4 R 5 SiO 2/2 ), and a Q unit (SiO 4/2 ), a T unit (R 6 SiO 3/2 ) content being 80% or less by mole of total silicon, the epoxy group having a group represented by the following formula and a group represented by the following formula : wherein R 8 denotes an optionally substituted divalent organic group having 1 to 20 carbon atoms, and g is 0 or 1, wherein R 9 denotes an optionally substituted divalent organic group having 1 to 20 carbon atoms, and h is 0 or 1, 0 ≤ i ≤ 8, and 0 ≤ j ≤ 8. wherein R 8 denotes an optionally substituted divalent organic group having 1 to 20 carbon atoms, and g is 0 or 1, wherein R 9 denotes an optionally substituted divalent organic group having 1 to 20 carbon atoms, and h is 0 or 1, 0 ≤ i ≤ 8, and 0 ≤ j ≤ 8.
An optical device comprising a printed circuit board comprising a rigid main part and comprising at least one flexible part arranged on the circumference of the rigid main part , the rigid main part including an image-capturing circuit ; a lens holder comprising at least one optical lens , the lens holder comprising a wall forming a cavity extending along the optical axis (O) of the device from its top end to its bottom end , the bottom end being mounted on the rigid main part of the printed circuit board such as to align, along the optical axis (O) of the device , the electronic image-capturing circuit and the optical lens ; and at least one heating element is arranged on the flexible part of the printed circuit board , the flexible part of the printed circuit board being arranged directly bearing against the wall of the lens holder , characterized in that the top end of the wall of the lens holder comprises a border oriented toward the outside of the wall of the lens holder forming a flat bearing surface, the flexible part of the printed circuit board being arranged bearing solely against the flat bearing surface of the wall . a printed circuit board comprising a rigid main part and comprising at least one flexible part arranged on the circumference of the rigid main part , the rigid main part including an image-capturing circuit ; a lens holder comprising at least one optical lens , the lens holder comprising a wall forming a cavity extending along the optical axis (O) of the device from its top end to its bottom end , the bottom end being mounted on the rigid main part of the printed circuit board such as to align, along the optical axis (O) of the device , the electronic image-capturing circuit and the optical lens ; and at least one heating element is arranged on the flexible part of the printed circuit board , the flexible part of the printed circuit board being arranged directly bearing against the wall of the lens holder , characterized in that the top end of the wall of the lens holder comprises a border oriented toward the outside of the wall of the lens holder forming a flat bearing surface, the flexible part of the printed circuit board being arranged bearing solely against the flat bearing surface of the wall .
An organic electroluminescent device comprising at least two organic layers including : a) a light emitting layer, and b) a delayed fluorescent exciplex layer consisting of a donor compound and an acceptor compound in addition to the light emitting layer, between a pair of electrodes. a) a light emitting layer, and b) a delayed fluorescent exciplex layer consisting of a donor compound and an acceptor compound in addition to the light emitting layer, between a pair of electrodes.