mhurhangee/patent-ind-claim-en huggingface dataset:
A material collection container of a suction excavator, wherein the material collection container extends in the longitudinal direction of the suction excavator and has a rigidity which withstands a negative pressure corresponding to the operating negative pressure of the suction excavator, comprising: - a container wall extending in the longitudinal direction and which is connected at its two end faces to end walls ; - a pivotable lid which, in a closed position, closes the material collection container on its upper side and opens it in an emptying position; - a seal extending in the closed position between an upper edge of the material collection container and the lid in order to seal the material collection container so that a negative pressure can be generated in it; characterized in that - the material collection container has a substantially U-shaped cross-section; - the container wall has a plurality of side segment faces extending in the longitudinal direction and merging into one another at stiffening edges , wherein at least some adjacent side segment faces are at an angle to one another; - the container wall has a folded upper edge which is designed as a hollow profile; - the seal is embedded in a groove on the side of the lid directed toward the upper edge ; - the upper edge is formed by two edge surfaces which converge at an angle, wherein the width of the upper edge at the joint line of the converging edge surfaces is narrower than the width of the groove , wherein the upper edge enters the seal in the closed position of the lid . - a container wall extending in the longitudinal direction and which is connected at its two end faces to end walls ; - a pivotable lid which, in a closed position, closes the material collection container on its upper side and opens it in an emptying position; - a seal extending in the closed position between an upper edge of the material collection container and the lid in order to seal the material collection container so that a negative pressure can be generated in it; characterized in that - the material collection container has a substantially U-shaped cross-section; - the container wall has a plurality of side segment faces extending in the longitudinal direction and merging into one another at stiffening edges , wherein at least some adjacent side segment faces are at an angle to one another; - the container wall has a folded upper edge which is designed as a hollow profile; - the seal is embedded in a groove on the side of the lid directed toward the upper edge ; - the upper edge is formed by two edge surfaces which converge at an angle, wherein the width of the upper edge at the joint line of the converging edge surfaces is narrower than the width of the groove , wherein the upper edge enters the seal in the closed position of the lid .
A liquid container spout for fitting onto a liquid tank spout to sealingly transfer liquid from the container to the tank, said container spout comprising: - an inlet for sealed connection to the liquid container, - an outlet for sealed connection to the tank spout , said outlet being in fluid communication with the inlet , - a closure device movable between a closed position, in which the closure device prevents the flow of liquid through the outlet , and an open position, in which the closure device allows the flow of liquid through the outlet , - a device for sealingly connecting the container spout to the tank spout intended to sealingly and detachably engage with the tank spout , the connection device comprising: - a clamping device around the tank spout movable between a separated position, in which the container spout can be inserted around an outer wall of the tank spout , and a clamped position, in which the clamping device sealingly engages the outer wall of the tank spout , - a control device operable between a retracted position, in which the control device does not engage the clamping device , and a flow position, in which the control device exerts a clamping force on the clamping device in its clamped position, the movement of the control device from the retracted position to the flow position causing the clamping device to move from the separated position to the clamped position, characterised in that the control device and the closure device are made of the same part, the movement of the control device into the flow position causing the closure device to move from the closed position into the open position. - an inlet for sealed connection to the liquid container, - an outlet for sealed connection to the tank spout , said outlet being in fluid communication with the inlet , - a closure device movable between a closed position, in which the closure device prevents the flow of liquid through the outlet , and an open position, in which the closure device allows the flow of liquid through the outlet , - a device for sealingly connecting the container spout to the tank spout intended to sealingly and detachably engage with the tank spout , - a clamping device around the tank spout movable between a separated position, in which the container spout can be inserted around an outer wall of the tank spout , and a clamped position, in which the clamping device sealingly engages the outer wall of the tank spout , - a control device operable between a retracted position, in which the control device does not engage the clamping device , and a flow position, in which the control device exerts a clamping force on the clamping device in its clamped position, the movement of the control device from the retracted position to the flow position causing the clamping device to move from the separated position to the clamped position,
A method of imaging using a semiconductor detector having a surface with plural pixelated anodes disposed thereon, each pixelated anode configured to generate signals responsive to reception of a photon by the pixelated anode, the method comprising: defining, with at least one processor operably coupled to the pixelated anodes, sub-pixels for each pixelated anode; acquiring, with the at least one processor, signals corresponding to acquisition events from the pixelated anodes, wherein the signals comprise a primary signal responsive to reception of a photon by the pixelated anode and at least one secondary signal responsive to an induced charge caused by reception of a photon by at least one adjacent anode; determining, with the at least one processor, sub-pixel locations for the acquisition events using the signals; applying, with the at least one processor, at least one calibration parameter on a per-sub-pixel basis for the acquisition events based on the determined sub-pixel locations; and applying, with the at least one processor, a uniformity map calibration to the signals. defining, with at least one processor operably coupled to the pixelated anodes, sub-pixels for each pixelated anode; acquiring, with the at least one processor, signals corresponding to acquisition events from the pixelated anodes, wherein the signals comprise a primary signal responsive to reception of a photon by the pixelated anode and at least one secondary signal responsive to an induced charge caused by reception of a photon by at least one adjacent anode; determining, with the at least one processor, sub-pixel locations for the acquisition events using the signals; applying, with the at least one processor, at least one calibration parameter on a per-sub-pixel basis for the acquisition events based on the determined sub-pixel locations; and applying, with the at least one processor, a uniformity map calibration to the signals.
A composite membrane for membrane pumps with an elastomer body , which comprises a peripheral edge with a gripping surface , a bottom and a flexible membrane section connecting the peripheral edge to the bottom , wherein the bottom comprises an upper and a lower wall and an insert is arranged at least in sections between the walls , characterised in that the insert extends through an opening in the lower wall and engages around the lower wall in a sealing section , wherein the insert and the lower wall are connected to one another in a form-fit manner in the sealing section relative to a force acting in a radial direction (R), and wherein the lower wall comprises in the sealing section a thickened portion surrounding the opening , which engages on both sides in a peripheral groove of the insert .
A gear machining method, comprising: providing a gear machining apparatus comprising a machining tool having a rotational axis tilted with respect to a rotational axis of a workpiece (W), wherein: the gear machining apparatus feeds the machining tool in a direction of the rotational axis of the workpiece (W) while causing the machining tool and the workpiece (W) to rotate in synchronization with each other to machine a gear (G); and each of pitches (Pb) between tool blades of the machining tool is an integer multiple of a pitch (P) between teeth (g) of the gear (G); the integer multiple being equal to or larger than double, characterized in that a greatest common divisor between the number of tool blades of a virtual machining tool having the same pitch (P) as the pitch (P) between the teeth (g) of the gear (G) and the number of the teeth (g) of the gear (G) is set to an integer that is larger than one; and the machining tool used for actual cutting has a shape obtained by thinning out the tool blades of the virtual machining tool such that each of the pitches (Pb) between the tool blades of the machining tool is an integer multiple of the pitch (P) between the teeth (g) of the gear (G), the integer multiple being equal to or larger than double. the gear machining apparatus feeds the machining tool in a direction of the rotational axis of the workpiece (W) while causing the machining tool and the workpiece (W) to rotate in synchronization with each other to machine a gear (G); and each of pitches (Pb) between tool blades of the machining tool is an integer multiple of a pitch (P) between teeth (g) of the gear (G); the integer multiple being equal to or larger than double, characterized in that a greatest common divisor between the number of tool blades of a virtual machining tool having the same pitch (P) as the pitch (P) between the teeth (g) of the gear (G) and the number of the teeth (g) of the gear (G) is set to an integer that is larger than one; and the machining tool used for actual cutting has a shape obtained by thinning out the tool blades of the virtual machining tool such that each of the pitches (Pb) between the tool blades of the machining tool is an integer multiple of the pitch (P) between the teeth (g) of the gear (G), the integer multiple being equal to or larger than double.
A device comprising one or more components that are adapted to perform a method for obtaining a cumulative distribution function from a signal, the signal having a range, the method comprising receiving the signal at a first port of a 1-bit comparator and applying a stepping signal at a second port of the comparator, the stepping signal having a stepping range that is less than the range of the signal, wherein the stepping signal is applied in a first step with a first value to the second port and in subsequent steps the subsequent value is increased or decreased by the stepping range compared to the value in the immediately preceding step, collecting, for each step, an output value at the output port of the comparator, collecting the output values for each of the steps and obtaining, from the collection of output values, the cumulative distribution function.
A vehicle , comprising: a filter disposed in an exhaust passage that carries an exhaust gas discharged from an internal combustion engine , the filter being configured to collect particulate matter contained in the exhaust gas; a temperature acquisition device that acquires temperature of the filter , an electronic control unit configured to execute PM removal control that removes the particulate matter accumulated on the filter while the internal combustion engine is stopped; characterised in that it further comprises an alarm informing device configured to inform a user of the vehicle of a first alarm when the temperature of the filter acquired by the temperature acquisition device is larger than a specified temperature (T1) and when the electronic control unit determines that the user requests start-up of the internal combustion engine in a period from execution of the PM removal control to a lapse of a prescribed time after completion of the PM removal control. a filter disposed in an exhaust passage that carries an exhaust gas discharged from an internal combustion engine , the filter being configured to collect particulate matter contained in the exhaust gas; a temperature acquisition device that acquires temperature of the filter , an electronic control unit configured to execute PM removal control that removes the particulate matter accumulated on the filter while the internal combustion engine is stopped; characterised in that it further comprises an alarm informing device configured to inform a user of the vehicle of a first alarm when the temperature of the filter acquired by the temperature acquisition device is larger than a specified temperature (T1) and when the electronic control unit determines that the user requests start-up of the internal combustion engine in a period from execution of the PM removal control to a lapse of a prescribed time after completion of the PM removal control.
A monitoring assembly (10; 50; 70; 80; 90), for a gas tube switching device operable in a plurality of different conducting modes, the monitoring assembly (10; 50; 70; 80; 90) characterized by including a monitoring module connectable in parallel with respective anode and cathode connection terminals of the gas tube switching device to distinguish in real time at least one conducting mode from four different conducting modes which may be characterised as follows: (i) a magnetron mode with an on-state voltage across the anode and cathode connection terminals thereof of approximately 200V to 300V; (ii) a low voltage mode with an on-state voltage across the anode and cathode connection terminals thereof of approximately 70V to 120V (iii) a very low voltage mode with an on-state voltage across the anode and cathode connection terminals thereof of approximately 40V to 60V; and (iv) a metal mode with an on-state voltage across the anode and cathode connection terminals thereof of approximately 6V to 30V; wherein the monitoring module in use distinguishes the at least one conducting mode by considering, while the switching device is conducting, one or more of: - an electromagnetic emission from the switching device ; and - an operating temperature of the switching device . (i) a magnetron mode with an on-state voltage across the anode and cathode connection terminals thereof of approximately 200V to 300V; (ii) a low voltage mode with an on-state voltage across the anode and cathode connection terminals thereof of approximately 70V to 120V (iii) a very low voltage mode with an on-state voltage across the anode and cathode connection terminals thereof of approximately 40V to 60V; and (iv) a metal mode with an on-state voltage across the anode and cathode connection terminals thereof of approximately 6V to 30V; wherein the monitoring module in use distinguishes the at least one conducting mode by considering, while the switching device is conducting, one or more of: - an electromagnetic emission from the switching device ; and - an operating temperature of the switching device . - an electromagnetic emission from the switching device ; and - an operating temperature of the switching device .
A cannula securing assembly for selectively engaging and disengaging a cannula in a surgical system , the cannula securing assembly comprising: - a housing including at least one aperture to receive a portion of the cannula ; - a locking plate affixed within the housing , including at least one aperture that engages when in operation with the portion of cannula received in the at least one aperture of the housing and a releasing mechanism at one end of the locking plate , wherein the releasing mechanism is exposed when in operation on an exterior surface of the housing ; and characterized in that the cannula securing assembly further comprises - a compression mechanism affixed to a slot on an interior surface of the housing at a first end and engaging the locking plate at a second end , wherein the compression mechanism biases the locking plate to facilitate engaging of the cannula with the cannula securing assembly and the releasing mechanism disconnects when in operation the biasing of the locking plate to facilitate disengaging of the cannula with the cannula securing assembly . - a housing including at least one aperture to receive a portion of the cannula ; - a locking plate affixed within the housing , including at least one aperture that engages when in operation with the portion of cannula received in the at least one aperture of the housing and a releasing mechanism at one end of the locking plate , wherein the releasing mechanism is exposed when in operation on an exterior surface of the housing ; and characterized in that the cannula securing assembly further comprises - a compression mechanism affixed to a slot on an interior surface of the housing at a first end and engaging the locking plate at a second end ,
Method for detecting a target position of a display and/or control unit , in particular a mobile terminal, in a holding apparatus, wherein the method • records at least one first measured variable for a sensor of the display and/or control unit , characterized in that the method • records a second measured variable for a transmission signal from a wireless signal transmission module, in particular a Bluetooth module, of the holding apparatus, in particular the signal strength of said signal, and • produces information about arrival at the target position, in particular a latching position, of the display and/or control unit in the holding apparatus on the basis • of a comparison of the first measured variable with a first comparison variable, and • of the exceeding of a second comparison variable by the second measured variable. • records at least one first measured variable for a sensor of the display and/or control unit , characterized in that • records a second measured variable for a transmission signal from a wireless signal transmission module, in particular a Bluetooth module, of the holding apparatus, in particular the signal strength of said signal, and • produces information about arrival at the target position, in particular a latching position, of the display and/or control unit in the holding apparatus on the basis • of a comparison of the first measured variable with a first comparison variable, and • of the exceeding of a second comparison variable by the second measured variable.
A method for routing communications traffic between a machine to machine, M2M, device connected to a telecommunications network and having an International Mobile Subscriber Identity, IMSI, and a server selected from a plurality of servers, the method comprising the steps of: assigning an access point name, APN, from a plurality of APNs based on the IMSI of the M2M device; and routing, via the assigned APN, communications traffic between the M2M device and the server, wherein the server is determined based on a characteristic of a communication traffic between the M2M device and the server, wherein the server is selected from a plurality of servers and determined based on a transport protocol of the communication traffic received from the M2M device determined from the port number, and/or wherein the characteristic of the communication traffic is user datagram protocol, UDP, or transmission control protocol, TCP, and/or wherein when the communication traffic is secure, the traffic is routed to a device management, DM, server and when the communication traffic is unsecure, the traffic is routed to a bootstrapping server function, BSF, server. assigning an access point name, APN, from a plurality of APNs based on the IMSI of the M2M device; and routing, via the assigned APN, communications traffic between the M2M device and the server, wherein the server is determined based on a characteristic of a communication traffic between the M2M device and the server, wherein the server is selected from a plurality of servers and determined based on a transport protocol of the communication traffic received from the M2M device determined from the port number, and/or wherein the characteristic of the communication traffic is user datagram protocol, UDP, or transmission control protocol, TCP, and/or wherein when the communication traffic is secure, the traffic is routed to a device management, DM, server and when the communication traffic is unsecure, the traffic is routed to a bootstrapping server function, BSF, server.
An information processing device connected to a server system via a network, the information processing device comprising: a receiving section configured to receive a request from a user to execute a first application in the server system , the first application being a cloud game to be played by the user; a transmitting section configured to transmit the request from a user to execute the first application to the server system; an obtaining section configured to obtain, from the server system, information on a wait for processing of the first application when there is no assignable processing unit in the server system; an application executing section configured to process a second application, in response to an input from the user, while waiting for a start of the processing of the first application in the server system; and a display section configured to display, superimposed upon the second application, the information on the wait for the processing of the first application, wherein processing of the second application is suspended when processing of the first application begins. a receiving section configured to receive a request from a user to execute a first application in the server system , the first application being a cloud game to be played by the user; a transmitting section configured to transmit the request from a user to execute the first application to the server system; an obtaining section configured to obtain, from the server system, information on a wait for processing of the first application when there is no assignable processing unit in the server system; an application executing section configured to process a second application, in response to an input from the user, while waiting for a start of the processing of the first application in the server system; and a display section configured to display, superimposed upon the second application, the information on the wait for the processing of the first application, wherein processing of the second application is suspended when processing of the first application begins.
A conjugate formed by the reaction of: - a compound of formula (I): or a pharmaceutically acceptable salt thereof, and - a target molecule; wherein the target molecule is an antibody; wherein L is a leaving group selected from azide, halogen, cyanate and OR, wherein R is selected from C 1 to C 10 alkyl, C 1 to C 10 heteroalkyl, C 2 to C 10 alkene, C 2 to C 10 alkyne, and aryl, each of which is optionally substituted; or OR is selected from O-p-toluenesulfonate, O-benzenesulfonate, and O-m-nitrobenzenesulfonate. - a compound of formula (I): or a pharmaceutically acceptable salt thereof, and - a target molecule; wherein the target molecule is an antibody; wherein L is a leaving group selected from azide, halogen, cyanate and OR, wherein R is selected from C 1 to C 10 alkyl, C 1 to C 10 heteroalkyl, C 2 to C 10 alkene, C 2 to C 10 alkyne, and aryl, each of which is optionally substituted; or OR is selected from O-p-toluenesulfonate, O-benzenesulfonate, and O-m-nitrobenzenesulfonate.