mhurhangee/patent-ind-claim-en huggingface dataset:
Multilayer security element comprising a transparent or translucent planar substrate , characterized by the fact that one of the opposing surfaces of this substrate is coated with the following successive layers: a) a layer with variable optic effect , i.e. which, when the substrate is viewed, affords at least one change in appearance visually perceived by the naked eye, depending on viewing conditions; b) a dark opaque layer having at least one openwork ; c) a semi-reflective layer , i.e. that is reflective when the substrate is viewed in reflected light, and is transparent when the substrate is viewed in transmission, this semi-reflective layer being present at least facing part of said openwork ; d) a visible layer , i.e. visible both in reflected light and in transmission, being present at least in line with the region(s) containing the semi-reflective layer . a) a layer with variable optic effect , i.e. which, when the substrate is viewed, affords at least one change in appearance visually perceived by the naked eye, depending on viewing conditions; b) a dark opaque layer having at least one openwork ; c) a semi-reflective layer , i.e. that is reflective when the substrate is viewed in reflected light, and is transparent when the substrate is viewed in transmission, this semi-reflective layer being present at least facing part of said openwork ; d) a visible layer , i.e. visible both in reflected light and in transmission, being present at least in line with the region(s) containing the semi-reflective layer .
An image capturing apparatus , comprising: operation means for receiving an operation by a user; communication means for communicating with a communication apparatus and another image capturing apparatus; and control means for performing control to transmit a plurality of captured images in a predetermined order to the communication apparatus via the communication means, characterized in that the communication means is configured to establish a connection for linked image capturing between the image capturing apparatus and the other image capturing apparatus, and when linked image capturing is performed, during transmission of the plurality of the images in the predetermined order, in accordance with an instruction to change a transmission order of a first image having been received by the operation means, the control means is configured to perform control to prioritize transmission of the first image to the communication apparatus and is further configured to transmit a priority transfer instruction to the other image capturing apparatus such that transmission of an image linked with the first image to the communication apparatus is prioritized by another image capturing apparatus capable of communicating via the communication means. operation means for receiving an operation by a user; communication means for communicating with a communication apparatus and another image capturing apparatus; and control means for performing control to transmit a plurality of captured images in a predetermined order to the communication apparatus via the communication means, characterized in that the communication means is configured to establish a connection for linked image capturing between the image capturing apparatus and the other image capturing apparatus, and when linked image capturing is performed, during transmission of the plurality of the images in the predetermined order, in accordance with an instruction to change a transmission order of a first image having been received by the operation means, the control means is configured to perform control to prioritize transmission of the first image to the communication apparatus and is further configured to transmit a priority transfer instruction to the other image capturing apparatus such that transmission of an image linked with the first image to the communication apparatus is prioritized by another image capturing apparatus capable of communicating via the communication means.
A shipment container for delivering a wound cable , the shipment container comprising: - a bottom wall ; - side walls extending from the bottom wall to form a compartment having a top opening facing the bottom wall ; - a first post member and a second post member extending from the bottom wall toward the top opening , wherein: - the shipment container is configured to allow the cable to be inserted into and extracted from the shipment container through the top opening and to be wound by figure-of-eight windings around the first post member and the second post member ; - the shipment container further comprises the cable , said cable being arranged to comprise a sequence of stacked figure-eight coils wound around the first post member and the second post member , characterized in that - at least one among the first post member and the second post member is hollow and is provided with a corresponding post member top opening facing the top opening to allow ends of the cable to be inserted thereinto; - at least one end of the cable is inserted inside the first post member or the second post member , or an end of the cable is inserted inside the first post member and another end of the cable is inserted inside the second post member , and - said ends of the cable comprise a cable head comprising a rack panel box. - a bottom wall ; - side walls extending from the bottom wall to form a compartment having a top opening facing the bottom wall ; - a first post member and a second post member extending from the bottom wall toward the top opening , - the shipment container is configured to allow the cable to be inserted into and extracted from the shipment container through the top opening and to be wound by figure-of-eight windings around the first post member and the second post member ; - the shipment container further comprises the cable , said cable being arranged to comprise a sequence of stacked figure-eight coils wound around the first post member and the second post member , characterized in that - at least one among the first post member and the second post member is hollow and is provided with a corresponding post member top opening facing the top opening to allow ends of the cable to be inserted thereinto; - at least one end of the cable is inserted inside the first post member or the second post member , or an end of the cable is inserted inside the first post member and another end of the cable is inserted inside the second post member , and - said ends of the cable comprise a cable head comprising a rack panel box.
A monitoring system for an agricultural planter having a plurality of row units , comprising: a soil moisture sensor associated with at least one of the row units and configured to measure a moisture at the bottom of a trench opened by the row unit ; a processor in electrical communication with said moisture sensor ; a display, said display in electrical communication with said processor , characterised in that said display is displaying said measured moisture and a percentage of seeds (S) planted at a desired moisture level; and in that a seed firmer is disposed to firm seeds in said trench , wherein said soil moisture sensor is mounted to said seed firmer . a soil moisture sensor associated with at least one of the row units and configured to measure a moisture at the bottom of a trench opened by the row unit ; a processor in electrical communication with said moisture sensor ; a display, said display in electrical communication with said processor , characterised in that said display is displaying said measured moisture and a percentage of seeds (S) planted at a desired moisture level; and in that a seed firmer is disposed to firm seeds in said trench , wherein said soil moisture sensor is mounted to said seed firmer .
A battery management device comprising: a voltage detection unit that is electrically connected to both poles of each of a plurality of battery cells via a voltage detection line and that is configured to detect each terminal voltage of the plurality of battery cells ; a filter circuit that is configured using a resistor and a capacitor and electrically connected to the voltage detection line; a current source that is configured to repeatedly perform an energization operation to cause a current to flow to the voltage detection line in order to change a stored charge amount of the capacitor; and a diagnosis unit that is configured to diagnose whether the resistor is in a normal state or an open state based on a result of detection of the terminal voltage performed by the voltage detection unit, wherein the current source is configured to perform the energization operation with a magnitude of a current that enables the stored charge amount changed by the energization operation performed once to fall within a range corresponding to a fluctuation width of the terminal voltage during the energization operation when the resistor is in the normal state, and the diagnosis unit is configured to diagnose that the resistor is in the open state when a difference between the terminal voltage detected at a current time and the terminal voltage detected at a past time is larger than a predetermined threshold value. a voltage detection unit that is electrically connected to both poles of each of a plurality of battery cells via a voltage detection line and that is configured to detect each terminal voltage of the plurality of battery cells ; a filter circuit that is configured using a resistor and a capacitor and electrically connected to the voltage detection line; a current source that is configured to repeatedly perform an energization operation to cause a current to flow to the voltage detection line in order to change a stored charge amount of the capacitor; and a diagnosis unit that is configured to diagnose whether the resistor is in a normal state or an open state based on a result of detection of the terminal voltage performed by the voltage detection unit, wherein the current source is configured to perform the energization operation with a magnitude of a current that enables the stored charge amount changed by the energization operation performed once to fall within a range corresponding to a fluctuation width of the terminal voltage during the energization operation when the resistor is in the normal state, and the diagnosis unit is configured to diagnose that the resistor is in the open state when a difference between the terminal voltage detected at a current time and the terminal voltage detected at a past time is larger than a predetermined threshold value.
Solar protection or wind protection device having a plurality of longitudinal rods which have longitudinally coupled longitudinal sub-rods , having a plurality of transverse rods which have longitudinally coupled transverse sub-rods , having at least one covering unit which is stretched between the longitudinal rods , wherein the transverse rods at least partially connect the longitudinal rods to one another, and wherein at least one transverse rod has at least one tension adjusting device for adjusting the tension of the covering unit in the transverse direction (q), characterised in that the tension adjusting device apart from the longitudinal rods is arranged between two transverse sub-rods of the transverse rod and that the tension adjusting device comprises a bushing which couples two transverse sub-rods to one another longitudinally, and the bushing has at least one thread for connection to a corresponding thread of a first transverse sub-rod of the two transverse sub-rods .
A catheter , comprising: at least one lumen extending from a proximal end of the catheter to a distal portion of the catheter; a plurality of proximal electrodes positioned on an exterior surface of the catheter; a plurality of distal electrodes positioned on the exterior surface of the catheter; a first plurality of electrical leads positioned on the exterior surface of the catheter for connecting the plurality of proximal electrodes to a signal generator, and a second plurality of electrical leads distinct from the first plurality of leads, positioned on the exterior surface of the catheter, for connecting the plurality of distal electrodes to the signal generator; wherein at least one lead of the second plurality of leads extends past the plurality of proximal electrodes without contacting the proximal electrodes. at least one lumen extending from a proximal end of the catheter to a distal portion of the catheter; a plurality of proximal electrodes positioned on an exterior surface of the catheter; a plurality of distal electrodes positioned on the exterior surface of the catheter; a first plurality of electrical leads positioned on the exterior surface of the catheter for connecting the plurality of proximal electrodes to a signal generator, and a second plurality of electrical leads distinct from the first plurality of leads, positioned on the exterior surface of the catheter, for connecting the plurality of distal electrodes to the signal generator; wherein at least one lead of the second plurality of leads extends past the plurality of proximal electrodes without contacting the proximal electrodes.
A method for producing a solder connection between a plurality of components by heating and melting solder material which is arranged between the components to be connected of a solder group , and/or for coating a component of a solder group with solder material , in a process chamber sealed off from its surroundings of a soldering apparatus of a multichamber system for flow production having at least two chambers, in particular three chambers for preheating, connecting and cooling, characterized by, on assembly of the components and of the solder material , the components to be connected are provisionally connected with a solid or pasty bonding material to form a solder group , in which the components are fixed relative to one another in a joining position, then soldering proceeds in the soldering chamber, subsequently the components are adjusted by exerting a pressure force on the solder group relative to one another with regard to the spacing thereof, to which a stop apparatus is provided in the cooling chamber for providing mechanical alignment during solidification of a solder and comprises a base plate and a pressure plate , between which the solder group comprising the components and the solder material is received, and the spacing between the base plate and the pressure plate is limited to a minimum spacing, such that, once the solder material has melted, the solder group has a predetermined thickness.
A humanized antibody or fragment for binding to CD19 comprising a heavy chain variable region (HVR) sequence comprising the amino acid sequence of SEQ ID NO: 27, and a light chain variable region (LVR) sequence comprising one of the amino acid sequences of SEQ ID NO: 34, SEQ ID NO: 35, or SEQ ID NO: 36.
In a series hybrid vehicle having an on-board battery powering the vehicle, a range extender and a generator, the generator being operable to provide a full power load for the range extender, the range extender being operable to operate at maximum efficiency at a preset rotational speed and operable to operate at full power at a different preset rotational speed, a computer-implemented method of operating the range extender, the method comprising: receiving or determining a power usage plan for a trip itinerary, wherein the power usage plan comprises a state of battery charge plan for the trip over time and has a discharge profile of state of charge tending down to a final state of charge; monitoring the state of charge of the on-board battery ; and activating the range extender if the state of charge is lower than the corresponding state of charge level on the power usage plan, wherein activating the range extender comprises holding the range extender at the preset rotational speed that provides the maximum efficiency of operation of the range extender if the state of charge is not below a second amount lower than the corresponding state of charge level on the power usage plan and activating the range extender at the preset rotational speed that provides full power when the state of charge is at least the second amount lower than the corresponding state of charge level on the power usage plan. receiving or determining a power usage plan for a trip itinerary, wherein the power usage plan comprises a state of battery charge plan for the trip over time and has a discharge profile of state of charge tending down to a final state of charge; monitoring the state of charge of the on-board battery ; and activating the range extender if the state of charge is lower than the corresponding state of charge level on the power usage plan, wherein activating the range extender comprises holding the range extender at the preset rotational speed that provides the maximum efficiency of operation of the range extender if the state of charge is not below a second amount lower than the corresponding state of charge level on the power usage plan and activating the range extender at the preset rotational speed that provides full power when the state of charge is at least the second amount lower than the corresponding state of charge level on the power usage plan.
A method of controlling a DC-to-AC Modular Multilevel Converter, MMC, having a three-phase AC side connected to a three-phase AC network (L) and having a DC side connected to a DC network (R), wherein the MMC has a double-star topology with a plurality of phase-legs , each phase-leg having a first branch and a second branch , each of the first and second branches comprising a plurality of series-connected converter cells , the method comprising: obtaining (M1) a pre-calculated Optimized Pulse Pattern, OPP, for the MMC; adapting (M2) the OPP to the MMC by means of closed-loop pulse pattern control which is a Model Predictive Pulse Pattern Control, MP3C, having a receding horizon policy, and based on the adapted (M2) OPP, sending (M3) firing signals to the plurality of cells of each branch , wherein the MMC has a switching frequency of less than 125 Hz and wherein the three-phase AC network (L) has a nominal fundamental frequency of 50 or 60 Hz. obtaining (M1) a pre-calculated Optimized Pulse Pattern, OPP, for the MMC; adapting (M2) the OPP to the MMC by means of closed-loop pulse pattern control which is a Model Predictive Pulse Pattern Control, MP3C, having a receding horizon policy, and based on the adapted (M2) OPP, sending (M3) firing signals to the plurality of cells of each branch , wherein the MMC has a switching frequency of less than 125 Hz and wherein the three-phase AC network (L) has a nominal fundamental frequency of 50 or 60 Hz.
Chassis actuator for an adjustable roll stabilizer of a motor vehicle, having a drive train, which has a drive motor and a gear mechanism and serves for driving at least one chassis component , and having a clutch device , which serves for releasable connection of a drive shaft to an output element and is switchable between a transmission state (active state), in which there is a drive connection between drive motor and an output of the gear mechanism, and a decoupling state (passive state), in which the drive connection is eliminated or at least reduced, according to the operating state of the drive motor , wherein the clutch device has a clutch element which is mounted on the drive shaft and which is axially displaceable between the transmission state (active state), in which the clutch element establishes a force fit with respect to the output element in order to produce a drive connection between drive shaft and output element , and the decoupling state (passive state), in which the force fit between clutch element and output element is eliminated or at least reduced in order to decouple the output element and the drive shaft from one another in terms of drive, according to the operating state of the drive shaft , characterized in that the drive shaft is assigned a run-on element which, at an end face, has a run-on contour facing towards the clutch element that is designed in such a way that a relative rotation of the run-on element with respect to the clutch element brings about an axial displacement of the clutch element .
A falling weight deflectometer comprising a load plate adapted to engage a test surface , force transmission means adapted to transmit a force to the load plate , buffer means , a drop weight adapted to impact said force transmission means via said buffer means so as to provide a force to be transmitted to said load plate via said force transmission means , guide means for guiding said drop weight towards said force transmission means , and lifting means comprising at least one electric motor for lifting said drop weight to a predetermined height above said force transmission means , characterized in that the lifting means comprises four linear electric motors arranged in pairs in two motor towers placed at each of the opposite ends of the drop weight along a longitudinal direction (L), where each motor tower comprises two motor mounting plates placed parallel to the longitudinal direction (L) and facing each other.
A radar device comprising: a printed circuit board , PCB, comprising a ground plane , a radar sensor chip package mounted on the PCB and comprising a mmWave radio frequency, RF, integrated circuit and a planar antenna structure configured as an antenna-in-package and oriented in a plane parallel to the ground plane , wherein the mmWave RF integrated circuit is configured to output a mmWave signal to be transmitted by the planar antenna structure , and a cavity , wherein the radar sensor chip package is arranged in the cavity , the cavity having an open side , and the cavity being defined by a conductive rear wall surface opposite the open side , a pair of mutually opposite and conductive sidewall surfaces , a conductive top surface , and a conductive bottom surface , wherein at least a portion of the conductive bottom surface is formed by at least a portion of the ground plane of the PCB , and wherein the sidewall surfaces, the top surface, and the bottom surface each extends from the rear wall surface towards the open side of the cavity , wherein a width dimension (W) and a height dimension (H) of the cavity are such that a mmWave signal output by the mmWave RF integrated circuit and transmitted by the planar antenna structure excites at least one resonant mode of the cavity . a printed circuit board , PCB, comprising a ground plane , a radar sensor chip package mounted on the PCB and comprising a mmWave radio frequency, RF, integrated circuit and a planar antenna structure configured as an antenna-in-package and oriented in a plane parallel to the ground plane , wherein the mmWave RF integrated circuit is configured to output a mmWave signal to be transmitted by the planar antenna structure , and a cavity , wherein the radar sensor chip package is arranged in the cavity , the cavity having an open side , and the cavity being defined by a conductive rear wall surface opposite the open side , a pair of mutually opposite and conductive sidewall surfaces , a conductive top surface , and a conductive bottom surface , wherein at least a portion of the conductive bottom surface is formed by at least a portion of the ground plane of the PCB , and wherein the sidewall surfaces, the top surface, and the bottom surface each extends from the rear wall surface towards the open side of the cavity , wherein a width dimension (W) and a height dimension (H) of the cavity are such that a mmWave signal output by the mmWave RF integrated circuit and transmitted by the planar antenna structure excites at least one resonant mode of the cavity .
A combination comprising an aqueous extract of watercress aerial parts, an aqueous extract of Indian cress aerial parts and ATP.