mhurhangee/patent-ind-claim-en huggingface dataset:
Method for recording measured values in a measuring system having a plurality of meters (12a-f) and communication adapters which each transmit one or more measured values to an evaluation unit , characterized by : • the measured value to be transmitted is converted before a transmission operation into a quick message and into a secured message, wherein the secured message authenticates the quick message and the quick message and/or the secured message contain the measured value, • the quick message is transmitted to the evaluation unit and the time of receipt is recorded, • the secured message is transmitted to the evaluation unit , • the quick message is authenticated with the secured message, the measured value is obtained from the quick message and/or the secured message and the time of receipt of the quick message is assigned to the obtained measured value. • the measured value to be transmitted is converted before a transmission operation into a quick message and into a secured message, wherein the secured message authenticates the quick message and the quick message and/or the secured message contain the measured value, • the quick message is transmitted to the evaluation unit and the time of receipt is recorded, • the secured message is transmitted to the evaluation unit , • the quick message is authenticated with the secured message, the measured value is obtained from the quick message and/or the secured message and the time of receipt of the quick message is assigned to the obtained measured value.
A profile strip arrangement comprising a profile strip having a first connecting area that serves to establish a connection to an edge area of a windshield of a motor vehicle and having a second connecting area that serves to establish a connection to a windshield cowl cover situated adjacent to the windshield , whereby the first connecting area has a connecting section that serves to establish a connection to an inside of the windshield and whereby the second connecting area has a U-shaped or V-shaped material section to delimit a groove-shaped receiving area , whereby the receiving area is configured to receive a latching section of the windshield cowl cover so as to latch it, whereby the outside of the windshield cowl cover , the outside of the profile strip and the outside of the windshield are flush with each other, whereby, as seen in the cross section of the profile strip , at least a partial layer of the connecting section , which is oriented in parallel to a top of the connecting section facing the windshield , and at least a partial layer of a bottom section of the U-shaped or V-shaped material section together form a continuous base section of the profile strip which extends in one plane and from which the two legs of the U-shaped or V-shaped material section project, characterized in that the profile strip has a material projection that functions as a support element and that is arranged adjacent to a leg of the U-shaped or V-shaped material section that - relative to the bottom section - is arranged on the side facing away from the connecting section , whereby the material projection is arranged at the level of the base section , such that - when the profile strip is arranged at the windshield and when the windshield is arranged upright - a contact force induced by the weight of the windshield can be introduced into the material projection and from there into the base section in a direct manner and without any diversion.
A home appliance door , for example a home chiller appliance door, comprising: an inner wall section facing towards a storage space and at least one support unit for support of a door mullion , the support unit being fixated to the inner wall section at least in a form-fit and/or force-fit manner, further comprising the door mullion , wherein the support unit comprises at least one mounting element for mounting the door mullion to the inner wall section , characterized in that the inner wall section is entirely at least substantially flat and that the support unit comprises a support element for supporting the door mullion , said support element being implemented as a bent piece of sheet metal.
Apparatus having an element that is openable for example by sliding, in particular a sliding gate device, comprising the openable element such as a sliding gate, a drive for opening the element, and a lock , wherein the lock comprises a locking cylinder and a key, and wherein the drive opens the element into a first operating position by actuation of the lock with the key, and wherein the element is unlockable by the drive and openable manually by actuation of the lock into a second position, wherein the locking cylinder is connected to a triggering device which triggers either an automatic opening of the element or an unlocking of the element by the drive depending on the first operating state or the second operating state, characterized in that the triggering device is designed as a slidable toothed rack , and that a gearwheel that cooperates with the toothed rack is arranged on the locking cylinder , so that the toothed rack is slidable to enable the alternative selection of a first operating state or a second operating state.
An electrode for electrolysis comprising: a conductive substrate on which a catalyst layer is formed, and at least one reverse current absorption body that is: (i) directly coupled to the conductive substrate in a detachable manner, or (ii) coated with a wire gauze that is directly coupled to the conductive substrate in a detachable manner wherein the at least one reverse current absorption body is formed from a sintered compact containing nickel, and wherein the reverse current absorption body does not comprise a substrate. a conductive substrate on which a catalyst layer is formed, and at least one reverse current absorption body that is: (i) directly coupled to the conductive substrate in a detachable manner, or (ii) coated with a wire gauze that is directly coupled to the conductive substrate in a detachable manner (i) directly coupled to the conductive substrate in a detachable manner, or (ii) coated with a wire gauze that is directly coupled to the conductive substrate in a detachable manner wherein the at least one reverse current absorption body is formed from a sintered compact containing nickel, and wherein the reverse current absorption body does not comprise a substrate.
An apparatus for penetrating a downhole target within a wellbore having an axis, wherein the apparatus comprises: a body having a longitudinal axis, a first end , and a second end ; a medium associated with the body ; a nozzle at the first end of the body , wherein the nozzle projects the medium in a direction generally parallel to the longitudinal axis, and wherein the nozzle comprises a surface that is adapted to face the downhole target , wherein the surface comprises at least two elongated slots extending radially in a direction from the longitudinal axis of the body, and oriented in a geometry to project the medium in a pattern adapted to separate the downhole target into at least two portions; and an actuator in communication with the medium , wherein actuation of the actuator causes projection of the medium through the nozzle in the pattern, in the direction generally parallel to the longitudinal axis of the body and generally parallel to the axis of the wellbore for affecting the downhole target . a body having a longitudinal axis, a first end , and a second end ; a medium associated with the body ; a nozzle at the first end of the body , wherein the nozzle projects the medium in a direction generally parallel to the longitudinal axis, and wherein the nozzle comprises a surface that is adapted to face the downhole target , wherein the surface comprises at least two elongated slots extending radially in a direction from the longitudinal axis of the body, and oriented in a geometry to project the medium in a pattern adapted to separate the downhole target into at least two portions; and an actuator in communication with the medium , wherein actuation of the actuator causes projection of the medium through the nozzle in the pattern, in the direction generally parallel to the longitudinal axis of the body and generally parallel to the axis of the wellbore for affecting the downhole target .
A device comprising: a processor configured to control a robotic system to autonomously position a transducer at a plurality of locations adjacent a subject's skull and to autonomously locate a window on the subject's skull within which an artery can be located, from which artery a signal can be returned to the transducer, the signal having an energy level exceeding a predefined threshold wherein: the processor is further configured to execute a search algorithm stored on non-transitory computer readable media, and the search algorithm is further configured to control pan, tilt, and Z axis positions of the robotic mechanism; the device further comprises a database of seed points stored on non-transitory computer readable media accessible by the processor, wherein the database of seed points comprises positional data from scans performed on a subject; and the search algorithm of the processor is configured to identify an energy level that exceeds a specified threshold based on a signal returned to the transducer , wherein the search algorithm is configured to start at a seed point. the processor is further configured to execute a search algorithm stored on non-transitory computer readable media, and the search algorithm is further configured to control pan, tilt, and Z axis positions of the robotic mechanism; the device further comprises a database of seed points stored on non-transitory computer readable media accessible by the processor, wherein the database of seed points comprises positional data from scans performed on a subject; and the search algorithm of the processor is configured to identify an energy level that exceeds a specified threshold based on a signal returned to the transducer , wherein the search algorithm is configured to start at a seed point.
A storage system for storing board stacks for use in factories fabricating boards, the storage system comprising at least one main wagon moving in a crosswise direction and at least one pair of satellite wagons travelling in a longitudinal direction, the satellite wagons of which satellite wagon pair are arranged to move side by side and to carry the board stacks from below, and comprising storage rows that comprise three longitudinal supports , from which or onto which storage rows the board stacks are transferred, which storage system is provided with battery packs , the longitudinal movement and also lifting movement of a satellite wagon pair being achieved by means of the energy stored in said battery packs, the battery packs being situated on the satellite wagons , and on which main wagon a charging station for the battery packs is arranged, characterized in that one or more replacement stations for battery packs are arranged on the main wagon , for replacing the battery packs of the satellite wagons with charged battery packs .
A process for the manufacturing of the dimeric complex compound 5 of formula which comprises: 1) preparing a solution of DO3A tri-tert-butyl ester of formula 1A in an organic solvent; 2) preparing a solution of a compound of formula 2 in an organic solvent; 3) admixing the solutions prepared according to steps 1) and 2) to obtain a solution of a compound of formula 3 4) without isolating the compound from the solution of step 3), removing the tert-butyl protecting groups from the compound of formula 3 to obtain a solution of a respective free ligand of formula 4 5) without isolating the free ligand of formula of formula 4, adding gadolinium metal ions to the solution of step 4) to obtain a solution of the respective dimeric complex of formula 5 ; and 6) isolating the dimeric complex, wherein the reaction solvent in all the steps following the preparation of the compound of formula 3 is an aqueous solvent. 1) preparing a solution of DO3A tri-tert-butyl ester of formula 1A in an organic solvent; 2) preparing a solution of a compound of formula 2 in an organic solvent; 3) admixing the solutions prepared according to steps 1) and 2) to obtain a solution of a compound of formula 3 4) without isolating the compound from the solution of step 3), removing the tert-butyl protecting groups from the compound of formula 3 to obtain a solution of a respective free ligand of formula 4 5) without isolating the free ligand of formula of formula 4, adding gadolinium metal ions to the solution of step 4) to obtain a solution of the respective dimeric complex of formula 5 ; and 6) isolating the dimeric complex,
Method for operating a laser distance measurement device , in which laser radiation is emitted to a target point by way of a transmission apparatus, laser radiation reflected from the target point is acquired by way of a reception apparatus having a detection surface , at least one camera is used to acquire at least one image of at least one target environment of the target point , and a display of the image overlaid with a marker of the target point is output on a screen of the laser distance measurement device , wherein a parallax error in the display of the image overlaid with the marker of the target point is corrected depending on an estimated distance to the target point , characterized in that the estimated distance is determined from a position of the light spot brought about by the reflected laser radiation on the detection surface and/or is determined from a size of the light spot brought about by the reflected laser radiation on the detection surface .
A portable switching device adapted to remotely operate an external circuit wherein said external circuit comprises a control circuit for a circuit breaker, comprising: a voltage input ; a ground input ; and characterised by : a voltage output adapted to be electrically connected to the external circuit; an overvoltage protection circuit connected between the voltage input and the ground input ; and a switching unit comprising a first switching circuit having an input connected to the voltage input and an output connected to the voltage output, the first switching circuit comprising a relay , a relay contact protection circuit , and an overload protection circuit ; wherein the first switching circuit is remotely controllable to switch the external circuit from a first operating state to a second operating state. a voltage input ; a ground input ; and characterised by : a voltage output adapted to be electrically connected to the external circuit; an overvoltage protection circuit connected between the voltage input and the ground input ; and a voltage output adapted to be electrically connected to the external circuit; an overvoltage protection circuit connected between the voltage input and the ground input ; and
An electronic control device for a vehicle, the electronic control device comprising a step-down switching power supply including a first switch element which switches conduction and non-conduction to an output side of an input voltage ; a switching frequency control circuit which outputs a switching frequency at which the first switch element executes a switching operation; a rectification unit which executes a rectification operation to generate a circulation current by a path of the output side when the first switch element is non-conductive; and a bootstrap circuit unit of which one end is connected to a source terminal of the first switch element , wherein the switching frequency control circuit includes a switching frequency range setting unit which sets a range of the switching frequency between fa and fb, wherein fb is lower than fa, fb is set to a cycle shorter than a discharge time constant of a capacitor of the bootstrap circuit unit and the input voltage is lower at fb than at fa; the switching frequency control circuit further includes a switching frequency path setting unit which changes the switching frequency according to the determined input voltage so that the frequency is changed based on the determined value of the input voltage along the frequency path which is arranged between fa and fb and which includes fc and skips a frequency band from fd to fe, and wherein the switching frequency is set to fa when the input voltage is equal to or more than a preset threshold and is set to fc when the input voltage is equal to or less than the threshold and fc is a frequency decreasing according to a decrease in the input voltage , between fa and fb; and the output of the step-down switching power supply with an output voltage is adapted to be connected to a load, which is a microcomputer.
A method comprising: exchanging water containing at least one graphene oxide powder or reduced graphene oxide powder with a dehydration liquid that is miscible with CO 2 ; and critical point drying the at least one graphene oxide powder or reduced graphene oxide powder with use of a critical point dryer to produce a dried graphene oxide powder or reduced graphene oxide powder, wherein the critical point dryer is used with a sample holder comprising metal mesh, wherein the critical point drying includes supplying CO 2 to the critical point dryer and operating the critical point dyer at a critical point of the CO 2 , which is 304.1 K and 7.39 MPa. exchanging water containing at least one graphene oxide powder or reduced graphene oxide powder with a dehydration liquid that is miscible with CO 2 ; and critical point drying the at least one graphene oxide powder or reduced graphene oxide powder with use of a critical point dryer to produce a dried graphene oxide powder or reduced graphene oxide powder, wherein the critical point dryer is used with a sample holder comprising metal mesh, wherein the critical point drying includes supplying CO 2 to the critical point dryer and operating the critical point dyer at a critical point of the CO 2 , which is 304.1 K and 7.39 MPa.
A developer accommodating unit for accommodating a developer, comprising: a flexible developer accommodating container which accommodates the developer and is sealed with a sealing member at its opening for permitting discharge of the developer; a rotatable unsealing member for removing the sealing member from the opening ; a developing frame accommodating therein the developer accommodating container and the unsealing member ; a drive transmission member for transmitting a rotational force to said unsealing member , wherein said drive transmission member is mounted at one of longitudinal end portions of said unsealing member and is rotatably assembled with the frame ; and a supporting member for supporting said unsealing member when said unsealing member is assembled, wherein said supporting member includes a preventing portion for preventing said unsealing member from dropping from said supporting member in a state before said drive transmission member is assembled with the frame , and wherein in a state in which said drive transmission member is assembled with the frame , a gap (D2-d2) in a radial direction of said unsealing member between said unsealing member and said supporting member is larger than a gap (D1-d1) in a radial direction of said drive transmission member between said drive transmission member and the frame , and said unsealing member is spaced from said supporting member in said radial direction of said unsealing member . a flexible developer accommodating container which accommodates the developer and is sealed with a sealing member at its opening for permitting discharge of the developer; a rotatable unsealing member for removing the sealing member from the opening ; a developing frame accommodating therein the developer accommodating container and the unsealing member ; a drive transmission member for transmitting a rotational force to said unsealing member , wherein said drive transmission member is mounted at one of longitudinal end portions of said unsealing member and is rotatably assembled with the frame ; and a supporting member for supporting said unsealing member when said unsealing member is assembled, wherein said supporting member includes a preventing portion for preventing said unsealing member from dropping from said supporting member in a state before said drive transmission member is assembled with the frame , and wherein in a state in which said drive transmission member is assembled with the frame , a gap (D2-d2) in a radial direction of said unsealing member between said unsealing member and said supporting member is larger than a gap (D1-d1) in a radial direction of said drive transmission member between said drive transmission member and the frame , and said unsealing member is spaced from said supporting member in said radial direction of said unsealing member .
A monoclonal antibody or antigen-binding fragment thereof that specifically binds to human complement factor C2, wherein said monoclonal antibody or said antigen-binding fragment thereof comprises: a VH domain comprising the amino acid sequence set forth in SEQ ID NO: 3; and a VL domain comprising the amino acid sequence set forth in SEQ ID NO: 2. a VH domain comprising the amino acid sequence set forth in SEQ ID NO: 3; and a VL domain comprising the amino acid sequence set forth in SEQ ID NO: 2.
A device in the form of an accumulator-operated appliance, in particular household appliance, for example cleaning appliance, such as vacuum cleaner, comprising least two electrical systems, wherein a first electrical system is a first coil of an electrical drive motor , and wherein the electrical systems can be electrically connected to a first and a second accumulator by means of an electronic controller so as to transfer power, characterized in that the second electrical system is a second winding of the same electrical drive motor and that the controller is set up to either connect both electrical systems to only one accumulator or to connect each electrical system to an accumulator each.
A method for controlling the supply of an electric starter driving the combustion engine of a vehicle, including a launcher intended to enable the engagement of a pinion of the starter in a ring gear of said combustion engine , and wherein the supply of the starter (I) is prevented, after each supply phase, for a first predetermined period (T OFF ), characterized in that the supply of the starter (I) is inhibited for a second predetermined period (T REP ) longer than said first period (T OFF ), when the number (N ON ) of consecutive supply phases (ON 1 , ON 2 , ON 3 , ON 4 ) of the starter exceeds a predetermined value (N max ), without the combustion engine having reached an autorotation speed, and in that the duration of the supply phases of the starter with a predetermined duration (T V0 ), in the range of a few seconds, is limited if the speed of the combustion engine remains zero during the supply phase of the starter, and in that the supply phases of the starter have a maximum duration (T ON ) in the range of ten seconds.
A method of manufacturing a component carrier , wherein the method comprises: stacking and connecting a first component and a second component by an adhesive to one another to form a cluster , characterised in that the adhesive is used to adjust and compensate for a height difference between opposing lateral sidewalls of the cluster to be less than 15 μm, particularly less than 5 μm; and thereafter, inserting the cluster into a cavity of a base structure . stacking and connecting a first component and a second component by an adhesive to one another to form a cluster , characterised in that the adhesive is used to adjust and compensate for a height difference between opposing lateral sidewalls of the cluster to be less than 15 μm, particularly less than 5 μm; and thereafter, inserting the cluster into a cavity of a base structure .