mhurhangee/patent-ind-claim-en huggingface dataset:
Internal combustion engine comprising: at least one cylinder head with a water pump integrated into the cylinder-head housing, with a water-pump housing of the water pump that has a water-pump worm , a pressure channel , a suction channel and an end-face opening , wherein the water-pump housing is a constituent part of a cast body of the cylinder head , and with a module that has an impeller , a drive shaft with a bearing arrrangement and a housing cover , wherein the module is fitted into the water-pump housing via the end-face opening . at least one cylinder head with a water pump integrated into the cylinder-head housing, with a water-pump housing of the water pump that has a water-pump worm , a pressure channel , a suction channel and an end-face opening , wherein the water-pump housing is a constituent part of a cast body of the cylinder head , and with a module that has an impeller , a drive shaft with a bearing arrrangement and a housing cover , wherein the module is fitted into the water-pump housing via the end-face opening .
A domestic appliance adapted to be switched into a stand-by mode, wherein: - the domestic appliance comprises at least one switch being switchable between an open state and a closed state, wherein the switch is in the open state in the stand-by mode, - the switch includes at least one high-voltage input and at least one high-voltage output, - the high-voltage input and the high-voltage output are adapted to carry mains voltage, - the high-voltage input and the high-voltage output are galvanically disconnected from each other in the open state of the switch , - the high-voltage input and the high-voltage output are galvanically connected to each other in the closed state of the switch , and - the switch is controllable by at least one control device electrically isolated from the domestic appliance , characterised in that - a control input of the switch is connected to a receiving coil being responsive to a magnetic field generated by the control device , - the domestic appliance is an induction cooking hob comprising an induction coil, wherein the receiving coil is the induction coil, and - a rectifier is preferably interconnected between the receiving coil and the control input of the switch . - the domestic appliance comprises at least one switch being switchable between an open state and a closed state, wherein the switch is in the open state in the stand-by mode, - the switch includes at least one high-voltage input and at least one high-voltage output, - the high-voltage input and the high-voltage output are adapted to carry mains voltage, - the high-voltage input and the high-voltage output are galvanically disconnected from each other in the open state of the switch , - the high-voltage input and the high-voltage output are galvanically connected to each other in the closed state of the switch , and - the switch is controllable by at least one control device electrically isolated from the domestic appliance , characterised in that - a control input of the switch is connected to a receiving coil being responsive to a magnetic field generated by the control device , - the domestic appliance is an induction cooking hob comprising an induction coil, wherein the receiving coil is the induction coil, and - a rectifier is preferably interconnected between the receiving coil and the control input of the switch .
A spring damper for a motor vehicle powertrain , having a primary part , a secondary part that is rotatably received relative to the primary part in a spring-damped manner, and a first overload protection coupling that is operatively inserted between the secondary part and a hub element and is permanently closed below a limit value of a torque to be transmitted and that, above this limit value, at least in the event of a sudden occurrence of the torque to be transmitted, releases a relative rotation between the secondary part and the hub element , characterised in that a second overload protection coupling is operatively inserted radially inside the first overload protection coupling between an output of the first overload protection coupling and the hub element .
A handpiece, comprising: (i) a chamber having a powder and liquid, (ii) the handpiece capable of activating the chamber such that the powder and the liquid are mixed into a paste, the handpiece further being capable of dispensing the paste from the chamber, characterized in that the mixing occurs through an ultrasonic vibration. (i) a chamber having a powder and liquid, (ii) the handpiece capable of activating the chamber such that the powder and the liquid are mixed into a paste,
A method of detecting an increasing jamming signal, the method comprising the following steps - providing a first signal representative of instantaneous received radio energy; - creating a second signal representative of a moving average of the first signal using a sliding window; - creating a third signal representative of the time derivative of the second signal; - determining (215-245), based on the third signal whether a jamming signal is present and increasing, making it possible to infer that a jammer is closing in on the wireless system. - providing a first signal representative of instantaneous received radio energy; - creating a second signal representative of a moving average of the first signal using a sliding window; - creating a third signal representative of the time derivative of the second signal; - determining (215-245), based on the third signal whether a jamming signal is present and increasing, making it possible to infer that a jammer is closing in on the wireless system.
A fouling release coating composition comprising a polysiloxane-based binder system constituting at least 40 % by dry weight of the coating composition, 0.01-20 % by dry weight of one or more fluorinated oils, and 0.1-10 % by dry weight of one or more biocides.
A method for generating prediction based graphical user interface, GUI, screens to improve GUI screen response times, the method comprising the steps: receiving at an endpoint, a view request for a GUI screen, the GUI screen comprising an integrated user interface constructed from of a plurality of connector packages; validating at a predictor , a validity of a GUI transition model, the GUI transition model corresponding to each of the plurality of connector packages, wherein validating the GUI transition model comprises checking a last modified security scope date; building at a behavior model builder , a new GUI transition model, the new GUI transition model comprising a plurality of transition probabilities for each possible transition from the GUI screen, the plurality of transition probabilities depending at least in part on resource attributes available to each of the plurality of connector packages; selecting at the behavior model builder , a likely transition from the plurality of transition probabilities, the likely transition being a transition to a new GUI screen that is most likely to be requested; creating at a navigation module , a navigation tree based at least in part on the likely transition; and returning a response to the endpoint, the response comprising the navigation tree, and further comprising a navigation response for the new GUI screen. receiving at an endpoint, a view request for a GUI screen, the GUI screen comprising an integrated user interface constructed from of a plurality of connector packages; validating at a predictor , a validity of a GUI transition model, the GUI transition model corresponding to each of the plurality of connector packages, wherein validating the GUI transition model comprises checking a last modified security scope date; building at a behavior model builder , a new GUI transition model, the new GUI transition model comprising a plurality of transition probabilities for each possible transition from the GUI screen, the plurality of transition probabilities depending at least in part on resource attributes available to each of the plurality of connector packages; selecting at the behavior model builder , a likely transition from the plurality of transition probabilities, the likely transition being a transition to a new GUI screen that is most likely to be requested; creating at a navigation module , a navigation tree based at least in part on the likely transition; and returning a response to the endpoint, the response comprising the navigation tree, and further comprising a navigation response for the new GUI screen.
Apparatus for producing plastic material preforms , having at least two manufacturing devices which are suitable and intended for producing the plastic material preforms from a plastic material, wherein the manufacturing devices each having preform transport devices , characterised in that the apparatus has a main transport device , which is suitable and intended for continuously transporting the plastic material preforms produced by the manufacturing devices and conveyed by the preform transport devices along a predetermined main transport path (P), wherein the plastic material preforms being transferable to the main transport devices by the manufacturing devices after their production.
Method for operating a basic device of a vacuum cleaner , wherein the base unit has: - a suction nozzle for connection to a motor nozzle of the vacuum cleaner , wherein the motor nozzle contains a brush motor and a cleaning brush powered thereby, - an electrical interface for the motor nozzle , in order to supply at least its brush motor with electrical energy from the base unit , - a fan powered by a fan motor for taking in suction air through the suction nozzle , characterised in that - the base unit is normally operated in a normal mode (BN) and, in response to a learning signal (SE) triggered by a learning event (EE), a switch to operation in a learning mode (BE) in a reference mode of operation (BR) takes place, - in the learning mode (BE), a current characteristic value (WKA) correlated with a current operating current (IB) of the base unit is captured, - and using a learning criterion (KE), a reference value (WR) is determined for the captured characteristic value (WKA) - the learning mode (BE) is terminated in response to an end signal (SN) and a switch to the normal mode (BN) takes place, - in the normal mode (BN), the current characteristic value (WKA) is captured for the current operating current (IB) - and a current fan power (LG1-3), with which the fan motor is operated, is determined from the current characteristic value (WKA) and the reference value (WR) on the basis of a control rule (VS). - a suction nozzle for connection to a motor nozzle of the vacuum cleaner , wherein the motor nozzle contains a brush motor and a cleaning brush powered thereby, - an electrical interface for the motor nozzle , in order to supply at least its brush motor with electrical energy from the base unit , - a fan powered by a fan motor for taking in suction air through the suction nozzle , - the base unit is normally operated in a normal mode (BN) and, in response to a learning signal (SE) triggered by a learning event (EE), a switch to operation in a learning mode (BE) in a reference mode of operation (BR) takes place, - in the learning mode (BE), a current characteristic value (WKA) correlated with a current operating current (IB) of the base unit is captured, - and using a learning criterion (KE), a reference value (WR) is determined for the captured characteristic value (WKA) - the learning mode (BE) is terminated in response to an end signal (SN) and a switch to the normal mode (BN) takes place, - in the normal mode (BN), the current characteristic value (WKA) is captured for the current operating current (IB) - and a current fan power (LG1-3), with which the fan motor is operated, is determined from the current characteristic value (WKA) and the reference value (WR) on the basis of a control rule (VS).
A system for measuring electromagnetic emissions from a cell tower , the system comprising: a vapor-cell sensor system positioned to receive electromagnetic radiation from an antenna system disposed on the cell tower , the vapor-cell sensor system configured to generate one or more output optical signals based on the electromagnetic radiation and input optical signals; input optical channels configured to communicate the input optical signals from a laser system to the vapor-cell sensor system ; and one or more output optical channels configured to communicate the one or more output optical signals from the vapor-cell sensor system to a detection system . a vapor-cell sensor system positioned to receive electromagnetic radiation from an antenna system disposed on the cell tower , the vapor-cell sensor system configured to generate one or more output optical signals based on the electromagnetic radiation and input optical signals; input optical channels configured to communicate the input optical signals from a laser system to the vapor-cell sensor system ; and one or more output optical channels configured to communicate the one or more output optical signals from the vapor-cell sensor system to a detection system .
An object cutting method comprising the steps of: bonding a first-side end face of a first sheet-like object to be processed comprising a silicon substrate having a main face in a plane and a second-side end face of a second sheet-like object to be processed such that the second-side end face opposes the main face ; irradiating the first object with laser light (L) so as to form a molten processed region within the silicon substrate along a line to cut for the second object and cause a fracture generated from the molten processed region acting as a start point to reach a second-side end face of the first object along the line ; and generating a stress in the first object so as to cause the fracture to reach a first-side end face of the second object along the line and cut the second object along the line , characterized in that the first-side end face of the first object and the second-side face end of the second object are bonded to each other and the size of the first object is larger than the size of the second object such that the outer edge of the first object is located on the outer side of the outer edge of the second object. bonding a first-side end face of a first sheet-like object to be processed comprising a silicon substrate having a main face in a plane and a second-side end face of a second sheet-like object to be processed such that the second-side end face opposes the main face ; irradiating the first object with laser light (L) so as to form a molten processed region within the silicon substrate along a line to cut for the second object and cause a fracture generated from the molten processed region acting as a start point to reach a second-side end face of the first object along the line ; and generating a stress in the first object so as to cause the fracture to reach a first-side end face of the second object along the line and cut the second object along the line , characterized in that the first-side end face of the first object and the second-side face end of the second object are bonded to each other and the size of the first object is larger than the size of the second object such that the outer edge of the first object is located on the outer side of the outer edge of the second object.
A method at a computing device for identification of secure binary images, the method comprising: dissecting a binary image into routines and functions; disassembling byte code for the dissected routines and functions; retrieving local parameters, wherein the local parameters are routine and function parameters; counting a number of conditional routines that are configured to operate on each of the local parameters; and creating a confidence score for each dissected routine and function, the confidence score being based on the number of conditional routines. dissecting a binary image into routines and functions; disassembling byte code for the dissected routines and functions; retrieving local parameters, wherein the local parameters are routine and function parameters; counting a number of conditional routines that are configured to operate on each of the local parameters; and creating a confidence score for each dissected routine and function, the confidence score being based on the number of conditional routines.
A speaker assembly configured for connecting with a hearing aid having a behind the ear housing configured to be positioned behind the ear of a user, comprising: • a receiver for generating an audible acoustic output (A_ 0) into a user's ear canal in response to an electric signal, wherein the receiver is arranged in a first housing (RH), which is separate from the behind the ear housing, which is configured to be positioned in the user's ear canal during normal use of the speaker assembly, • a microphone for capturing sound and generating an electric output accordingly, wherein the microphone is arranged in a second housing (MH) which is separate from the behind the ear housing and the first housing (RH), • a connector (C) configured to establish electrical connection between the receiver and the behind the ear housing of the hearing aid, and • an connecting member (AS) with a plurality of separate electrical conductors for electrical connection to the connector (C) at one end and for electrical connection to the receiver at the opposite end, wherein the second housing (MH) is attached to the connecting member (AS) between the first housing (RH) and the connector (C). • a receiver for generating an audible acoustic output (A_ 0) into a user's ear canal in response to an electric signal, wherein the receiver is arranged in a first housing (RH), which is separate from the behind the ear housing, which is configured to be positioned in the user's ear canal during normal use of the speaker assembly, • a microphone for capturing sound and generating an electric output accordingly, wherein the microphone is arranged in a second housing (MH) which is separate from the behind the ear housing and the first housing (RH), • a connector (C) configured to establish electrical connection between the receiver and the behind the ear housing of the hearing aid, and • an connecting member (AS) with a plurality of separate electrical conductors for electrical connection to the connector (C) at one end and for electrical connection to the receiver at the opposite end,
A method of operating a terminal device in a first network that is operating according to a first radio access technology, RAT, the terminal device supporting and operating according to a network interworking feature that enables and controls interworking between the first network and a wireless local area network, WLAN, the method comprising: receiving , from a network node controlling a first cell in the first network, a request for information for the terminal device, the information having been previously used by the terminal device in another cell in the first network, the information being traffic steering information and/or access network selection information, sending the information for the terminal device to the network node controlling the first cell in the first network, and receiving, from the network node, an indication of the suitability of the use of the sent information in the network interworking feature while the terminal device is in the first cell. receiving , from a network node controlling a first cell in the first network, a request for information for the terminal device, the information having been previously used by the terminal device in another cell in the first network, the information being traffic steering information and/or access network selection information, sending the information for the terminal device to the network node controlling the first cell in the first network, and receiving, from the network node, an indication of the suitability of the use of the sent information in the network interworking feature while the terminal device is in the first cell.
A transmitter for transmitting transmission data to a receiver , the transmitter comprising: a power source ; a transmitter memory , which stores identification information; a data generating section , which generates the transmission data containing variable data that may have a different value and verification data, which causes a verifying section provided in the receiver to verify the identification information stored in the transmitter memory against the identification information registered in the receiver , wherein the data generating section is capable of generating, as the verification data, computation data that is computed from fixed data representing the identification information stored in the transmitter memory and the variable data and that has a shorter data length than the fixed data, wherein the transmitter memory stores an ID code, which is data indicating the identification information specific to each transmitter , the transmitter being characterized in that the transmission data contains a shuffling pattern, which refers to data for shuffling the ID code and specifies the rule with which the ID code is shuffled. a power source ; a transmitter memory , which stores identification information; a data generating section , which generates the transmission data containing variable data that may have a different value and verification data, which causes a verifying section provided in the receiver to verify the identification information stored in the transmitter memory against the identification information registered in the receiver , wherein the data generating section is capable of generating, as the verification data, computation data that is computed from fixed data representing the identification information stored in the transmitter memory and the variable data and that has a shorter data length than the fixed data, wherein the transmitter memory stores an ID code, which is data indicating the identification information specific to each transmitter , the transmitter being characterized in that the transmission data contains a shuffling pattern, which refers to data for shuffling the ID code and specifies the rule with which the ID code is shuffled.
A depot precursor formulation comprising: a) a lipid controlled release formulation comprising: (i) at least one neutral diacyl lipid and/or at least one tocopherol; and (ii) at least one phospholipid; b) 20 to 40% by weight of at least one oxygen containing organic solvent; and c) 21 to 55% by weight of at least one active agent selected from buprenorphine and salts thereof, calculated as buprenorphine free base; wherein a weight ratio of i):ii) is from 90:10 to 20:80; and wherein component b) comprises at least one of an amide or a sulfoxide; which forms a depot composition upon administration to the body of a subject. a) a lipid controlled release formulation comprising: (i) at least one neutral diacyl lipid and/or at least one tocopherol; and (ii) at least one phospholipid; (i) at least one neutral diacyl lipid and/or at least one tocopherol; and (ii) at least one phospholipid; b) 20 to 40% by weight of at least one oxygen containing organic solvent; and c) 21 to 55% by weight of at least one active agent selected from buprenorphine and salts thereof, calculated as buprenorphine free base;