mhurhangee/ep-ind-claims huggingface dataset:
An optical calibration tool (200/300) applied to calibrate a light emitter and a light receiver of an instrument, comprising: a first body having a first engaging port and a second engaging port; a light emitter disposed in the first body; a light receiver disposed in the first body; a second body having a third engaging port, two light transmitting portions (243a, 243b), and a channel communicated with each other, wherein the third engaging port is configured to selectively engage one of the first engaging port and the second engaging port, the two light transmitting portions (243a, 243b) are located at opposite sides of the second body; a light reflecting member (250/350) disposed in the channel between said two light transmitting portions (243a, 243b); and an actuating member (280/380) configured to rotate or deform the light reflecting member (250/350), wherein when the third engaging port is engaged with the first engaging port, the light emitter is optically coupled to the light reflecting member (250/350), and when the third engaging port is engaged with the second engaging port, the light receiver is optically coupled to the light reflecting member (250/350). a first body having a first engaging port and a second engaging port; a light emitter disposed in the first body; a light receiver disposed in the first body; a second body having a third engaging port, two light transmitting portions (243a, 243b), and a channel communicated with each other, wherein the third engaging port is configured to selectively engage one of the first engaging port and the second engaging port, the two light transmitting portions (243a, 243b) are located at opposite sides of the second body; a light reflecting member (250/350) disposed in the channel between said two light transmitting portions (243a, 243b); and an actuating member (280/380) configured to rotate or deform the light reflecting member (250/350), wherein when the third engaging port is engaged with the first engaging port, the light emitter is optically coupled to the light reflecting member (250/350), and when the third engaging port is engaged with the second engaging port, the light receiver is optically coupled to the light reflecting member (250/350).
A method for communication between mobile communication devices on a wireless network, the method comprising: establishing a Bluetooth, BT, connection between a pair of mobile communication devices (102, 104); establishing an IEEE 802.11 connection between the pair of mobile communication devices; and characterized by transmitting i) BT data packets over the IEEE 802.11 connection and ii) BT data packets over the BT connection, wherein the BT connection and the IEEE 802.11 connection are simultaneously maintained. establishing a Bluetooth, BT, connection between a pair of mobile communication devices (102, 104); establishing an IEEE 802.11 connection between the pair of mobile communication devices; and transmitting i) BT data packets over the IEEE 802.11 connection and ii) BT data packets over the BT connection, wherein the BT connection and the IEEE 802.11 connection are simultaneously maintained.
A lithium sputter target comprising: i) a backing support having a planar topography; and ii) a layer of lithium adhered to the planar topography of the backing support; and (iii) a non-planar lithium target surface; wherein the non-planar lithium target surface comprises a central region and an outer region, wherein the central region comprises contours that vary in height between 1 mm and 20 mm, and wherein the central region of the non-planar lithium target surface, in use, opposes a planar deposition substrate and is closer to the deposition substrate than the outer region. i) a backing support having a planar topography; and ii) a layer of lithium adhered to the planar topography of the backing support; and (iii) a non-planar lithium target surface;
Piston of an internal combustion engine, which comprises a piston crown with a ring field and a skirt part arranged on the piston crown, wherein the skirt part comprises at least two supporting skirt wall sections (4a, 4b) and the supporting skirt wall sections (4a, 4b) are connected to one another via at least two box walls which are set back obliquely relative to the piston outer diameter, wherein a respective pin hub for receiving a piston pin is arranged in the box wall and the one skirt wall section forms the pressure side and the other skirt wall section forms the counterpressure side, characterized in that the inner surface of the pin hub, in relation to the piston center, runs flush with the surface of the associated box wall and the box wall has a concave course in the course transverse to the direction of the pin hub, wherein the dimensions of the skirt wall sections (4a, 4b) of the piston are different, so that an asymmetrical piston is produced, or wherein the thickness (d) of the skirt wall sections (4a, 4b) of the piston is different between the pressure side and the counterpressure side, so that an asymmetrical piston is produced, or wherein the width (b) of the box walls is different between the pressure side and the counterpressure side, so that an asymmetrical piston is produced, or wherein the dimensions of a shoulder, which the surface of the box wall comprises in the direction of the outside of the piston on the box wall on the opposite side of the piston crown, are different transversely to the direction of the course of the pin hub and parallel to the course of the box walls, so that an asymmetrical piston is produced.
A temperature sensing device for measuring ambient temperature in a room, comprising: a temperature sensing element affixed to a printed circuit board; an enclosure surrounding the temperature sending element; and a plurality of venting slots to allow an ambient temperature air to flow through a sensor channel across the temperature sensing element wherein the enclosure comprises a top cover and a base fastened together housing the temperature sensing element, and characterized in that the top cover comprises a top thermally isolative wall molded into the top cover. a temperature sensing element affixed to a printed circuit board; an enclosure surrounding the temperature sending element; and a plurality of venting slots to allow an ambient temperature air to flow through a sensor channel across the temperature sensing element wherein the enclosure comprises a top cover and a base fastened together housing the temperature sensing element, and characterized in that the top cover comprises a top thermally isolative wall molded into the top cover.
A coffee roasting apparatus comprising: a compartment for holding coffee beans; a roasting element for roasting the coffee beans in said compartment; and a controller for controlling the roasting element, wherein the controller is adapted to control the roasting element as a function of a change in the volume of the coffee beans residing in the compartment, characterized in that, the controller is adapted to control the roasting element in response to a monitored rate of change of volume exceeding a predefined threshold, said defined threshold indicating first cracking of said coffee beans. a compartment for holding coffee beans; a roasting element for roasting the coffee beans in said compartment; and a controller for controlling the roasting element, wherein the controller is adapted to control the roasting element as a function of a change in the volume of the coffee beans residing in the compartment, characterized in that, the controller is adapted to control the roasting element in response to a monitored rate of change of volume exceeding a predefined threshold, said defined threshold indicating first cracking of said coffee beans.
A machine implemented method comprising: receiving, at an application, a user's selection of a resource, indicating that the resource is trusted, the resource managed by a restricted operating environment, the resource including a file or folder located outside of a sandbox in which the application is executing; requesting, by the application, from a resource manager of the restricted operating environment, in response to the selection, a location identifier associated with the resource, the request specifying the file or folder; receiving, in response to the request, an application-scoped bookmark to the file or folder and a digest, wherein the digest is a cryptographically derived version of the bookmark and the bookmark allows retrieval of the resource on a storage device even if the resource is renamed; and storing the bookmark and the digest in the restricted environment to allow the application access to the resource, via a call to the resource manager with the bookmark and digest, without requiring further user interaction to indicate trustworthiness of the resource. receiving, at an application, a user's selection of a resource, indicating that the resource is trusted, the resource managed by a restricted operating environment, the resource including a file or folder located outside of a sandbox in which the application is executing; requesting, by the application, from a resource manager of the restricted operating environment, in response to the selection, a location identifier associated with the resource, the request specifying the file or folder; receiving, in response to the request, an application-scoped bookmark to the file or folder and a digest, wherein the digest is a cryptographically derived version of the bookmark and the bookmark allows retrieval of the resource on a storage device even if the resource is renamed; and storing the bookmark and the digest in the restricted environment to allow the application access to the resource, via a call to the resource manager with the bookmark and digest, without requiring further user interaction to indicate trustworthiness of the resource.
A nickel-base superalloy that provides a combination of high strength, good creep resistance, and good resistance to crack growth, said alloy consisting essentially of, in weight percent: C 0.005 to 0.1 Cr 13 to 17 Fe 4 to 20 Mo 3 to 9 W up to 8 Co up to 12 Al 1 to 3 Ti 0.6 to 3 Nb up to 5.5 B 0.001 to 0.015 Mg 0.0001 to 0.0050 Zr 0.001 to 0.08 Si up to 0.7 P up to 0.05 and the balance is nickel and usual impurities.
A method for configuring a model based authentication scheme comprising: receiving at an authentication configuration component, a policy and an authentication mechanism list comprising at least one authentication mechanism to associate with an authentication scheme; and configuring the authentication scheme according to the policy, the authentication mechanism list and a user access model, and enforcing the authentication scheme upon an authentication request from a user for accessing a computer resource, wherein the user access model models a pattern of usage of the computer resource by a user, wherein the configuring includes updating the authentication scheme based on the pattern of usage of the resource by the user with another authentication scheme different to the authentication scheme; presenting the updated authentication scheme as a suggested authentication scheme to the user. receiving at an authentication configuration component, a policy and an authentication mechanism list comprising at least one authentication mechanism to associate with an authentication scheme; and configuring the authentication scheme according to the policy, the authentication mechanism list and a user access model, and enforcing the authentication scheme upon an authentication request from a user for accessing a computer resource, wherein the user access model models a pattern of usage of the computer resource by a user, wherein the configuring includes updating the authentication scheme based on the pattern of usage of the resource by the user with another authentication scheme different to the authentication scheme; presenting the updated authentication scheme as a suggested authentication scheme to the user.
A domain name system DNS server allocation method, wherein the method comprises: receiving, by a session management function SMF, a session establishment request message sent by a user equipment UE, wherein the request message comprises a name of a data network to be accessed by the UE; obtaining, by the SMF, an IP address of a first DNS server based on the name of the data network and a geographical location of the UE; and sending, by the SMF, a session establishment response message to the UE, wherein the response message comprises the IP address of the first DNS server; wherein the data network is a local data network, the first DNS server is located in the local data network, and the local network comprises a multi-access edge computing, MEC, server and an MEC application service. receiving, by a session management function SMF, a session establishment request message sent by a user equipment UE, wherein the request message comprises a name of a data network to be accessed by the UE; obtaining, by the SMF, an IP address of a first DNS server based on the name of the data network and a geographical location of the UE; and sending, by the SMF, a session establishment response message to the UE, wherein the response message comprises the IP address of the first DNS server; wherein the data network is a local data network, the first DNS server is located in the local data network, and the local network comprises a multi-access edge computing, MEC, server and an MEC application service.
A pulverulent coated flame retardant which is a phosphorus-containing and/or nitrogen-containing flame retardant where silazanes and/or silazane-organosiloxane mixtures are used as coating material, where the silazanes are dimeric and/or polymeric silazanes of the formula -(SiR'R"-NR"') n - where R', R", and R'" are identical or different and are mutually independently hydrogen or an optionally substituted alkyl, aryl, vinyl, or (trialkoxysilyl)alkyl moiety, where n is an integer and n is such that the number-average molar mass of the silazane is from 70 to 150 000 g/mol; are/or where the silazanes are those of the formula -(SiR'R"-NR'") n -(SiR*R**-NR***) p - where R', R", R"', R*, R**, and R*** mutually independently are hydrogen or an optionally substituted alkyl, aryl, vinyl, or (trialkoxysilyl)alkyl moiety, and n and p are such that the number-average molar mass of the silazane is from 150 to 150 000 g/mol.
Power semiconductor module, comprising at least two power semiconductor devices, wherein the at least two power semiconductor devices comprise at least one power semiconductor transistor and at least one power semiconductor diode, wherein at least a first substrate is provided for carrying the power semiconductor transistor in a first plane, the first plane lying parallel to the plane of the first substrate, characterized in that the power semiconductor diode is provided in a second plane, wherein the first plane is positioned between the first substrate and the second plane in a direction normal to the first plane, wherein the first plane is spaced apart from the second plane in a direction normal to the first plane, wherein the first substrate is based on a direct bonded copper substrate and the first substrate is a direct-bonded copper substrate for carrying the transistor, on which first substrate a layer of a printed circuit board or a foil which foil comprises an electrically insulating main body and an electrically conductive structure provided thereon for carrying the diode, is provided for carrying the diode.
A reflectometry system (200, 300) for analysing faults in a transmission line, comprising: - a digital-signal generator, - a first converter for converting the digital signal into an analogue signal, - an amplifier of the analogue signal, - a means (CPL 1) for injecting the amplified signal into the transmission line, - a means (CPL 1) for sampling the signal propagated back through the transmission line, - a second converter for converting the sampled signal into a digital signal, an output of the amplifier being connected to an input of the second converter, - a device for predistorting the signal to be generated, configured to compute a function for compensating for the non-linear effect of the amplifier and to apply the compensation function to the signal to be generated, the compensation function being computed at least from the signal measured at the output from the second converter, - a first connecting/disconnecting device (INT 1) connecting an output of the amplifier and an input of the means (CPL 1) for injecting the amplified signal, the first connecting/disconnecting device (INT 1) being able to be controlled to open position during a first phase of calibrating the signal, during which phase the compensation function is computed, and to closed position during a second phase of injecting the calibrated signal into the transmission line, - a correlator for correlating the generated digital signal and the digital signal obtained as output from the second converter. - a digital-signal generator, - a first converter for converting the digital signal into an analogue signal, - an amplifier of the analogue signal, - a means (CPL 1) for injecting the amplified signal into the transmission line, - a means (CPL 1) for sampling the signal propagated back through the transmission line, - a second converter for converting the sampled signal into a digital signal, an output of the amplifier being connected to an input of the second converter, - a device for predistorting the signal to be generated, configured to compute a function for compensating for the non-linear effect of the amplifier and to apply the compensation function to the signal to be generated, the compensation function being computed at least from the signal measured at the output from the second converter, - a first connecting/disconnecting device (INT 1) connecting an output of the amplifier and an input of the means (CPL 1) for injecting the amplified signal, the first connecting/disconnecting device (INT 1) being able to be controlled to open position during a first phase of calibrating the signal, during which phase the compensation function is computed, and to closed position during a second phase of injecting the calibrated signal into the transmission line, - a correlator for correlating the generated digital signal and the digital signal obtained as output from the second converter.
A drive connection for coupling an engine and a gearbox of a machine fully run or operated in oil and/or machines where drive and drive connection are partially operated in water, comprising: a housing having an inner cavity extending from a first open end of the housing to a second open end of the housing and configured for accommodating and enclosing a clutch, one or more sensors in communication with the inner cavity, configured to detect a pressure within the inner cavity and to be communicatively coupled with a control unit of the machine, wherein the housing defines a first coupling interface at the first open end for coupling the drive connection to an engine and a second coupling interface at the second open end for coupling the drive connection to a gearbox, wherein each coupling interface (20,22) comprises a sealing member and wherein the housing and sealing members are configured to fluidically seal the inner cavity, when the drive connection is in a coupled state. a housing having an inner cavity extending from a first open end of the housing to a second open end of the housing and configured for accommodating and enclosing a clutch, one or more sensors in communication with the inner cavity, configured to detect a pressure within the inner cavity and to be communicatively coupled with a control unit of the machine, wherein the housing defines a first coupling interface at the first open end for coupling the drive connection to an engine and a second coupling interface at the second open end for coupling the drive connection to a gearbox, wherein each coupling interface (20,22) comprises a sealing member and wherein the housing and sealing members are configured to fluidically seal the inner cavity, when the drive connection is in a coupled state.
Apparatus for pulsed dispensing of liquid, comprising: a syringe body structure communicating with an input passage for receiving pressurized actuation air, and communicating with an exit passage for allowing discharge of the liquid, the actuation air being used to force an amount of the liquid through the exit passage; an air input flow rate controller operative to increase the flow rate of the actuation air through the input passage in accordance with a relationship that depends at least partially on a reduction of liquid volume in the syringe body structure resulting from a previous pulsed dispensing operation, wherein said input passage has a cross sectional area and said air input flow rate controller is operative to enlarge the cross sectional area in order to increase the flow rate; and a piston mounted for movement within said syringe body structure and defining a liquid space on a side of said piston communicating with said exit passageway, and an air space on a side of said piston communicating with said input passage; characterised in that said air input flow rate controller further comprises an elongate member extending from said piston through said input passage, said elongate member reducing in diameter in a direction away from said exit passage. a syringe body structure communicating with an input passage for receiving pressurized actuation air, and communicating with an exit passage for allowing discharge of the liquid, the actuation air being used to force an amount of the liquid through the exit passage; an air input flow rate controller operative to increase the flow rate of the actuation air through the input passage in accordance with a relationship that depends at least partially on a reduction of liquid volume in the syringe body structure resulting from a previous pulsed dispensing operation, wherein said input passage has a cross sectional area and said air input flow rate controller is operative to enlarge the cross sectional area in order to increase the flow rate; and a piston mounted for movement within said syringe body structure and defining a liquid space on a side of said piston communicating with said exit passageway, and an air space on a side of said piston communicating with said input passage;
A silicone resin of formula: (RSiO 3/2) a (R 2 SiO 2/2) b (R 3 SiO 1/2) c (SiO 4/2) d (XO 1/2) e (HO 1/2) g where each R is independently a monovalent hydrocarbon group having from 1 to 30 carbon atoms, each X is independently an alkyl group having from 1 to 5 carbon atoms, a>0, b ≥ 0, c>0, d≥0, e>0, g≥0, a/(a+b+c+d) is from 0.5 to 0.9, b/a is from 0 to 1, c/a is from 0.1 to 1, d/a is from 0 to 0.25, and e/(a+b+c+d) is from 0.2 to 2; wherein the silicone resin has an average number of silicon bonded alkoxy groups and silicon bonded hydroxyl groups per molecule in the range of from 2 to 4 and comprises less than 2% of silicon bonded hydroxyl groups, by weight based on the weight of the silicone resin; with the proviso that 50 mol% or more of silicon atoms in the silicone resin are connected to an aryl group. where each R is independently a monovalent hydrocarbon group having from 1 to 30 carbon atoms, each X is independently an alkyl group having from 1 to 5 carbon atoms, a>0, b ≥ 0, c>0, d≥0, e>0, g≥0, a/(a+b+c+d) is from 0.5 to 0.9, b/a is from 0 to 1, c/a is from 0.1 to 1, d/a is from 0 to 0.25, and e/(a+b+c+d) is from 0.2 to 2; wherein the silicone resin has an average number of silicon bonded alkoxy groups and silicon bonded hydroxyl groups per molecule in the range of from 2 to 4 and comprises less than 2% of silicon bonded hydroxyl groups, by weight based on the weight of the silicone resin; with the proviso that 50 mol% or more of silicon atoms in the silicone resin are connected to an aryl group.