mhurhangee/patent-ind-claim-en huggingface dataset:
A method of configuring a cooling system, wherein the method comprises: transmitting one or more signature parameters of a first pump signature from a first refrigerant distribution unit of the cooling system to a cooling module of the cooling system by transmitting values for one or more of a pumping pressure to be supplied by the first refrigerant distribution unit during an identification sequence, a duration of the identification sequence, and a number of pumping cycles to be performed during the identification sequence over a control area network bus from the first refrigerant distribution unit to the cooling module; transmitting one or more identification parameters from the first refrigerant distribution unit to the cooling module by performing the identification sequence, the identification sequence including pumping coolant in a coded manner from the first refrigerant distribution unit to the cooling module; and assigning the cooling module to the first refrigerant distribution unit responsive to the one or more identification parameters matching the one or more signature parameters. transmitting one or more signature parameters of a first pump signature from a first refrigerant distribution unit of the cooling system to a cooling module of the cooling system by transmitting values for one or more of a pumping pressure to be supplied by the first refrigerant distribution unit during an identification sequence, a duration of the identification sequence, and a number of pumping cycles to be performed during the identification sequence over a control area network bus from the first refrigerant distribution unit to the cooling module; transmitting one or more identification parameters from the first refrigerant distribution unit to the cooling module by performing the identification sequence, the identification sequence including pumping coolant in a coded manner from the first refrigerant distribution unit to the cooling module; and assigning the cooling module to the first refrigerant distribution unit responsive to the one or more identification parameters matching the one or more signature parameters.
An electric motor having a stator and a rotor , having a motor control for controlling at least the rotation and the rotational speed n of the rotor of the rotating field machine , wherein the motor control comprises a printed circuit board and has an oscillation sensor of an oscillation sensor system integrally mounted on the printed circuit board, in order to acquire actual measurement values of occurring oscillations of the electric motor depending on the rotational speed n, characterized in that the motor control integrally comprises means for the analysis of the actual measurement values of the oscillations acquired by means of the oscillation sensor system and the means for the analysis of the actual values are configured so that, depending on stored target measurement values and limit values, unacceptable oscillations at the corresponding rotational speeds n are detected and/or processed by the motor control and the motor control comprises at least one processor connected by signal technology to an oscillation sensor.
A thin film deposition apparatus comprising: a chamber providing a deposition space in which a thin film is deposited on a substrate ; a gas supply unit including at least one gas supply module supplying source gas and reaction gas toward the substrate and exhausting remaining gas, and disposed in the deposition space; and a substrate support unit which is disposed below the gas supply unit, on which the substrate is mounted, and which is relatively moved with respect to the gas supply unit, wherein the gas supply module includes a pair of source gas supply channels (210A and 210B) supplying source gas toward the substrate, a reaction gas supply channel spaced apart from the pair of source gas supply channels (210A and 210B) and supplying reaction gas toward the substrate, and a first exhaust channel disposed between the pair of source gas supply channels and exhausting remaining gas,, wherein the gas supply module further includes a pair of first purge gas supply channels (250A and 250B) supplying purge gas toward the substrate and symmetrically disposed outside the pair of source gas supply channels, characterized in that an exhaust channel exhausting remaining gas is not disposed between the pair of source gas supply channels (210A and 210B) and the pair of first purge gas supply channels (250A and 250B), each adjacent to each other. a chamber providing a deposition space in which a thin film is deposited on a substrate ; a gas supply unit including at least one gas supply module supplying source gas and reaction gas toward the substrate and exhausting remaining gas, and disposed in the deposition space; and a substrate support unit which is disposed below the gas supply unit, on which the substrate is mounted, and which is relatively moved with respect to the gas supply unit, wherein the gas supply module includes a pair of source gas supply channels (210A and 210B) supplying source gas toward the substrate, a reaction gas supply channel spaced apart from the pair of source gas supply channels (210A and 210B) and supplying reaction gas toward the substrate, and a first exhaust channel disposed between the pair of source gas supply channels and exhausting remaining gas,, wherein the gas supply module further includes a pair of first purge gas supply channels (250A and 250B) supplying purge gas toward the substrate and symmetrically disposed outside the pair of source gas supply channels, characterized in that an exhaust channel exhausting remaining gas is not disposed between the pair of source gas supply channels (210A and 210B) and the pair of first purge gas supply channels (250A and 250B), each adjacent to each other.
A method for determining a speed limit for a tele-operated vehicle , the method comprising obtaining information related to an environment of the tele-operated vehicle ; obtaining information related to a predictive quality of service, pQoS, of a communication link between the tele-operated vehicle and a tele-operator of the vehicle ; and determining the speed limit based on the information related to the environment of the tele-operated vehicle and the information related to the pQoS, wherein the determining of the speed limit comprises determining a first lower speed limit for a first lower pQoS and wherein the determining of the speed limit comprises determining a second higher speed limit for a second higher pQoS, wherein the determining of the speed limit is further based on a probability of an occurrence of an event triggering a time-critical reaction of the tele-operated vehicle . obtaining information related to an environment of the tele-operated vehicle ; obtaining information related to a predictive quality of service, pQoS, of a communication link between the tele-operated vehicle and a tele-operator of the vehicle ; and determining the speed limit based on the information related to the environment of the tele-operated vehicle and the information related to the pQoS, wherein the determining of the speed limit comprises determining a first lower speed limit for a first lower pQoS and wherein the determining of the speed limit comprises determining a second higher speed limit for a second higher pQoS, wherein the determining of the speed limit is further based on a probability of an occurrence of an event triggering a time-critical reaction of the tele-operated vehicle .
A two-floor passenger transport railway car , comprising a passenger compartment having, in a central segment of the compartment, a lower floor and an upper floor superposed with each respectively defining a lower storey and an upper storey , and, in end segments of the compartment, two platforms each connected to the lower floor through a descending passage and to the upper floor through an ascending passage , wherein at least one platform is equipped with at least one row of longitudinal seats leaning against a side face of the railway car .
A vehicle (V) comprising a passenger compartment , the vehicle (V) comprising a system for cleaning the passenger compartment comprising at least one member for measuring the level of insalubrity (N) of said passenger compartment , at least one heating member configured to heat the ambient air of the passenger compartment to a temperature greater than 40 °C in order to desorb the impurities from the passenger compartment , and at least one control member configured to activate the heating member if the level of insalubrity (N) measured is greater than a predetermined maximum level of insalubrity (N ET ), characterised by the fact that the vehicle comprises at least one passenger compartment element (10-16) comprising at least one heating member configured to heat the passenger compartment element (10-16) to a temperature greater than 40 °C in order to form a heated passenger compartment element to desorb the impurities from the passenger compartment element (10-16) and at least one ventilation member configured to discharge the ambient air and impurities desorbed outside the passenger compartment .
Storage film feed for feeding storage film from a flexible casing which is open on one side on a front side into an storage film scanning device, having an insertion opening having a passage gap for the storage film , having a stop piece arranged on one side of the insertion opening , having a flat support surface for the application of the casing with its open front side, having a slider , which is arranged on the side of the insertion opening facing the stop piece and works relative to the stop piece and perpendicularly to a flat side of the casing , for fixing the casing in the insertion opening , the slider being configured to place the flat side of the casing against the stop piece when the slider is actuated, characterised in that an elastic compression piece which is configured to be compressed by actuation of the slider and to clamp the casing with a spring force exerted on the cover from the outside, wherein the elastic compression piece is arranged at the stop piece and the flat support surface and the passage gap are firmly connected to the stop piece, wherein the elastic compression piece is configured in such a way that the elastic compression piece completely covers the passage gap in a position in which the slider is not actuated, and that the elastic compression piece is pressed by the slider and the casing in the closing direction by actuation of the slider at most until the passage gap is completely uncovered by the elastic compression piece . having an insertion opening having a passage gap for the storage film , having a stop piece arranged on one side of the insertion opening , having a flat support surface for the application of the casing with its open front side, having a slider , which is arranged on the side of the insertion opening facing the stop piece and works relative to the stop piece and perpendicularly to a flat side of the casing , for fixing the casing in the insertion opening , the slider being configured to place the flat side of the casing against the stop piece when the slider is actuated, characterised in that an elastic compression piece which is configured to be compressed by actuation of the slider and to clamp the casing with a spring force exerted on the cover from the outside, wherein the elastic compression piece is arranged at the stop piece and the flat support surface and the passage gap are firmly connected to the stop piece, wherein the elastic compression piece is configured in such a way that the elastic compression piece completely covers the passage gap in a position in which the slider is not actuated, and that the elastic compression piece is pressed by the slider and the casing in the closing direction by actuation of the slider at most until the passage gap is completely uncovered by the elastic compression piece .
A method comprising: receiving , by a computing device , a first ranking of content delivery networks for selecting a content delivery network for a request in a playback session of a video; receiving , by the computing device , global constraints for the content delivery networks , wherein the global constraints define an allocation for respective content delivery networks to be assigned for processing requests for videos in which content delivery networks are assigned; altering, by the computing device , a score for a content delivery network in the first ranking based on a value of the global constraint to generate a globally constrained score, wherein the globally constrained score is used to generate a second ranking of content delivery networks ; and selecting , by the computing device , a content delivery network from the second ranking for the request in the playback session of the video. receiving , by a computing device , a first ranking of content delivery networks for selecting a content delivery network for a request in a playback session of a video; receiving , by the computing device , global constraints for the content delivery networks , wherein the global constraints define an allocation for respective content delivery networks to be assigned for processing requests for videos in which content delivery networks are assigned; altering, by the computing device , a score for a content delivery network in the first ranking based on a value of the global constraint to generate a globally constrained score, wherein the globally constrained score is used to generate a second ranking of content delivery networks ; and selecting , by the computing device , a content delivery network from the second ranking for the request in the playback session of the video.
A sortase comprising an amino acid sequence that is at least 90% identical to the amino acid sequence of SEQ ID NO: 11, wherein the amino acid sequence comprises the mutations D101S and K137S, and wherein the sortase has a higher enzymatic activity in a sortase mediated coupling reaction between a first compound comprising the amino acid sequence LPXTG (SEQ ID NO: 21) and a second compound comprising a di- or tri-glycine at its N-terminus than a sortase that has the amino acid sequence of SEQ ID NO: 11.
A method at a user equipment, comprising: receiving a cellular synchronization signal on a first resource; and receiving a device to device synchronization signal on a second resource, wherein the first resource is different from the second resource, and wherein the cellular synchronization signal and the device to device synchronization signal share a same base sequence, characterized in that the device to device synchronization signal comprises a synchronization sequence designed as ZC M 63 n = e − j πMn n + 1 63 , n = 0,1 , ... , 30 , 32 , ... , 62 where M is a variable different from a corresponding variable used in cellular primary synchronization sequence and n is the frequency index. receiving a cellular synchronization signal on a first resource; and receiving a device to device synchronization signal on a second resource, wherein the first resource is different from the second resource, and wherein the cellular synchronization signal and the device to device synchronization signal share a same base sequence, characterized in that the device to device synchronization signal comprises a synchronization sequence designed as ZC M 63 n = e − j πMn n + 1 63 , n = 0,1 , ... , 30 , 32 , ... , 62 where M is a variable different from a corresponding variable used in cellular primary synchronization sequence and n is the frequency index.
A strip for wrapping a film roll , having a perforation region (P) with a first desired tear track (S1) and a second desired tear track (S2), which are in each case formed from a plurality of perforations and, bounding a first tear-off strip (A1), extend lengthwise at a distance from one another, the first tear-off strip (A1) being configured for tearing off along a first desired tear direction (R1), characterised in that the perforation region (P) has a third desired tear track (S3) and a fourth desired tear track (S4) which, bounding a second tear-off strip (A2), extend lengthwise at a distance from one another, the third desired tear track (S3) and the fourth desired tear track (S4) in each case being formed from a plurality of perforations arranged on the first tear-off strip (A1), and the second tear-off strip (A2) being configured for tearing off along a second desired tear direction (R2) which is oriented opposingly to the first desired tear direction (R1).
A conductive bridge random access memory, CBRAM, device comprising: a plurality of CBRAM cells arranged in an array, the array comprising X banks each comprising Y tiles each comprising Z sub-tiles, wherein each of the Z sub-tiles comprises N of the CBRAM cells; X, Y, Z and N being natural numbers larger than 1; Z common conductors each associated with one of the Z sub-tiles and the N CBRAM cells of the one of the Z sub-tiles ; circuitry located at least partially with the array to write and read a memory state of the CBRAM cells located in a page of CBRAM cells which are located across a plurality of the Z sub-tiles , wherein the page of memory cells comprises less than N CBRAM cells ; and wherein the circuitry is configured to erase the N CBRAM cells which are associated with one of the Z common conductors in a single erase operation. a plurality of CBRAM cells arranged in an array, the array comprising X banks each comprising Y tiles each comprising Z sub-tiles, wherein each of the Z sub-tiles comprises N of the CBRAM cells; X, Y, Z and N being natural numbers larger than 1; Z common conductors each associated with one of the Z sub-tiles and the N CBRAM cells of the one of the Z sub-tiles ; circuitry located at least partially with the array to write and read a memory state of the CBRAM cells located in a page of CBRAM cells which are located across a plurality of the Z sub-tiles , wherein the page of memory cells comprises less than N CBRAM cells ; and wherein the circuitry is configured to erase the N CBRAM cells which are associated with one of the Z common conductors in a single erase operation.
Method for selecting data-packages received by a host-device , the host-device being part of a host-vehicle , the method comprising the following steps: a. the host-device receiving a number of N data-packages , b. for each data-package of the N data-packages : calculating a data-package parameter, c. for each of the N data-packages determining a priority rank based on the data-package parameters, d. sorting the data-packages according to a predetermined sorting-scheme considering the priority ranks, e. selecting a number of M data-packages from the N data-packages , wherein M < N, f. processing one or more of the selected data-packages , characterized in that the data-package parameter is a prioritized range between the host-vehicle and a remote-vehicle , wherein the prioritized range is calculated from a ratio of - a range between the host-vehicle and the remote-vehicle as first data-package associated parameter, and - a predefined function of the range rate as second data-package associated parameter. a. the host-device receiving a number of N data-packages , b. for each data-package of the N data-packages : calculating a data-package parameter, c. for each of the N data-packages determining a priority rank based on the data-package parameters, d. sorting the data-packages according to a predetermined sorting-scheme considering the priority ranks, e. selecting a number of M data-packages from the N data-packages , wherein M < N, f. processing one or more of the selected data-packages , - a range between the host-vehicle and the remote-vehicle as first data-package associated parameter, and - a predefined function of the range rate as second data-package associated parameter.
A flying vehicle guiding system comprising, a remotely controllable flying vehicle system , a surveying instrument being able to measure distance, angle, and track an object to be measured provided on said flying vehicle system, and a ground base station for calculating control data which control a flight of said flying vehicle system based on measuring results by said surveying instrument, and a remote controller for remotely controlling said flying vehicle system wherein said surveying instrument has a non-prism surveying function for performing non-prism measurement by obtaining distance measurement and angle measurement without retro-reflector as well as a tracking function for tracking : a retro-reflector and for performing tracking measurement by obtaining distance measurement and angle measurement, whereby a retro-reflector as the object to be measured is provided on said flying vehicle system , the system being characterized in that said surveying instrument is adapted to perform non-prism measurement on a scheduled flight area, and said ground base station is adapted to set a safe flight area based on the results of said non-prism measurement, to transmit the control data to said remote controller in such a manner that said flying vehicle system is remotely controlled within said safe flight area and the remote controller controls the flight of said flying vehicle system so that said flying vehicle system flies in said safe flight area based on the results of tracking measurement by said surveying instrument.
A lamp, the lamp comprising a light source accessory , the light source accessory being provided with tact switch ; a lamp cover , the lamp cover being connected to the light source accessory ; wherein the lamp cover is provided with a fulcrum that can be in contact with the light source accessory , and when the lamp cover is pressed, the fulcrum is in contact with the light source accessory under pressure and downward pressure is generated on the light source accessory which causes the tact switch to be squeezed to turn the lamp on, characterized in that the light source accessory comprises a conductive plate , and a power supply component electrically connected to the conductive plate ; the conductive plate is provided with a patch light emitting component ; and the lamp further includes a housing ; the lamp cover is in clearance fit with the housing , and the lamp cover can generate a downward movement within the clearance when pressed, and the tact switch can be self-reset after being pressed, the reset generates reverse thrust to the lamp cover , and the lamp cover can be reset by generating upward movement in the clearance under the action of reverse thrust.
An injection molding machine, comprising: a frame ; a movable member which is supported by the frame ; a movement control unit which controls a movement of the movable member with respect to the frame ; and a frame strain evaluation unit which performs at least one of a measurement and an estimation of strain of the frame caused by the movement of the movable member . a frame ; a movable member which is supported by the frame ; a movement control unit which controls a movement of the movable member with respect to the frame ; and a frame strain evaluation unit which performs at least one of a measurement and an estimation of strain of the frame caused by the movement of the movable member .