mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a display ; a storage unit for storing an application use history; and a controller configured to partition an entire battery capacity into one or more logical batteries, allocate each of one or more applications to each of the one or more logical batteries based on the application use history, based on discharging of a logical battery of the one or more logical batteries allocated to an application of the one or more applications while executing the application, display, on an execution screen of a first application on the display , a message for indicating the logical battery allocated to the application is discharged and a battery reallocation is requested, display, on the display , a screen for the battery reallocation, display, on the display , a password input request message, in response to receiving the password input, determine whether the received password input is correct, and based on determining that the received password input is correct, reallocate a portion of the one or more logical batteries, except a first logical battery allocated to the first application, to the first application based on an input received through the screen for the battery reallocation. a display ; a storage unit for storing an application use history; and a controller configured to partition an entire battery capacity into one or more logical batteries, allocate each of one or more applications to each of the one or more logical batteries based on the application use history, based on discharging of a logical battery of the one or more logical batteries allocated to an application of the one or more applications while executing the application, display, on an execution screen of a first application on the display , a message for indicating the logical battery allocated to the application is discharged and a battery reallocation is requested, display, on the display , a screen for the battery reallocation, display, on the display , a password input request message, in response to receiving the password input, determine whether the received password input is correct, and based on determining that the received password input is correct, reallocate a portion of the one or more logical batteries, except a first logical battery allocated to the first application, to the first application based on an input received through the screen for the battery reallocation.
A discharge chamber for an ion drive , comprising a circular diaphragm disposed and/or affixed in the discharge chamber , characterized in that the diaphragm comprises a magnet array that is affixed on the diaphragm , wherein the magnet array comprises at least two circular magnet rings.
A flutter control system for a gas turbine , comprising: a processor , wherein the processor is configured to: detect blade flutter of a turbine , wherein the blade flutter indicates that blades of the turbine are in a deflected position different from a nominal operating position ; and control operational parameters of the turbine that reduce or eliminate the blade flutter to improve the reliability and efficiency of the turbine, wherein the blade flutter is associated with a first threshold of operating the turbine, and wherein compensating for the blade flutter allows the blade to operate at a second threshold greater than the first threshold, wherein the first and second thresholds are associated with first and second turbine operation limits, characterized in that the processor is configured to adjust the second threshold based on a life model of the blades of the turbine. detect blade flutter of a turbine , wherein the blade flutter indicates that blades of the turbine are in a deflected position different from a nominal operating position ; and control operational parameters of the turbine that reduce or eliminate the blade flutter to improve the reliability and efficiency of the turbine, wherein the blade flutter is associated with a first threshold of operating the turbine, and wherein compensating for the blade flutter allows the blade to operate at a second threshold greater than the first threshold, wherein the first and second thresholds are associated with first and second turbine operation limits, characterized in that the processor is configured to adjust the second threshold based on a life model of the blades of the turbine.
A coupling arrangement for a lock device , the coupling arrangement comprising: - an input element rotatable about a rotation axis ; - an output element rotatable about the rotation axis ; - an engaging member movable between a first position and a second position ; - an electric motor arranged to affect movement of the engaging member between the first position and the second position ; - a coupling member rotationally locked to the input element with respect to the rotation axis and axially movable relative to the input element along the rotation axis between a decoupled position , where a rotation of the input element is not transmitted by the coupling member to a rotation of the output element , and a coupled position , where a rotation of the input element is transmitted by the coupling member to a rotation of the output element ; and - a transmission mechanism arranged to transmit a rotation of the coupling member to a movement of the coupling member from the decoupled position to the coupled position when the engaging member adopts the second position wherein the coupling member comprises a circular track ; and wherein the engaging member is arranged to engage the track ; characterised in that the electric motor is arranged to affect movement of the engaging member from the second position to a third position ; wherein the second position lies between the first position and the third position ; and wherein the engaging member is arranged to engage the track when the engaging member adopts the third position and the coupling member adopts the coupled position . - an input element rotatable about a rotation axis ; - an output element rotatable about the rotation axis ; - an engaging member movable between a first position and a second position ; - an electric motor arranged to affect movement of the engaging member between the first position and the second position ; - a coupling member rotationally locked to the input element with respect to the rotation axis and axially movable relative to the input element along the rotation axis between a decoupled position , where a rotation of the input element is not transmitted by the coupling member to a rotation of the output element , and a coupled position , where a rotation of the input element is transmitted by the coupling member to a rotation of the output element ; and - a transmission mechanism arranged to transmit a rotation of the coupling member to a movement of the coupling member from the decoupled position to the coupled position when the engaging member adopts the second position wherein the coupling member comprises a circular track ; and wherein the engaging member is arranged to engage the track ; characterised in that the electric motor is arranged to affect movement of the engaging member from the second position to a third position ; wherein the second position lies between the first position and the third position ; and wherein the engaging member is arranged to engage the track when the engaging member adopts the third position and the coupling member adopts the coupled position .
Device for drying wetted material (WM), wherein the device comprises at least one kiln for accommodating the wetted material (WM), a washing column , a heat pump , and a radiator , wherein a device air inlet is fluidly connected with a radiator air inlet ; a radiator air outlet is fluidly connected with a kiln air inlet ; a kiln air outlet is fluidly connected with a washing column air inlet ; a washing column air outlet is fluidly connected with a device air outlet ; a washing column water outlet is fluidly connected with a first heat pump water inlet and a first heat pump water outlet is fluidly connected with a washing column water inlet ; characterized in that a second heat pump water outlet is fluidly connected with a radiator water inlet and a radiator water outlet is fluidly connected with a second heat pump water inlet . a device air inlet is fluidly connected with a radiator air inlet ; a radiator air outlet is fluidly connected with a kiln air inlet ; a kiln air outlet is fluidly connected with a washing column air inlet ; a washing column air outlet is fluidly connected with a device air outlet ; a washing column water outlet is fluidly connected with a first heat pump water inlet and a first heat pump water outlet is fluidly connected with a washing column water inlet ; characterized in that a second heat pump water outlet is fluidly connected with a radiator water inlet and a radiator water outlet is fluidly connected with a second heat pump water inlet .
A method comprising: causing transmission , by a joining node , of a first advertisement message comprising a first connection characteristic for a first connection to a plurality of nodes in a mesh network to allow the plurality of nodes to compare connection characteristics of the plurality of nodes to the first connection characteristic, the first connection characteristic including a connection oriented channel credit value; receiving , by the joining node , a first connection opening indication from a first node of the plurality of nodes , wherein the first connection opening indication is based on the first node of the plurality of nodes satisfying the first connection characteristic and based on a delay interval dependent upon the connection characteristics or performance metrics of the first node of the plurality of nodes sending the first connection opening indication; and causing an establishment, by the joining node , of a first connection between the joining node and the first node of the plurality of nodes . causing transmission , by a joining node , of a first advertisement message comprising a first connection characteristic for a first connection to a plurality of nodes in a mesh network to allow the plurality of nodes to compare connection characteristics of the plurality of nodes to the first connection characteristic, the first connection characteristic including a connection oriented channel credit value; receiving , by the joining node , a first connection opening indication from a first node of the plurality of nodes , wherein the first connection opening indication is based on the first node of the plurality of nodes satisfying the first connection characteristic and based on a delay interval dependent upon the connection characteristics or performance metrics of the first node of the plurality of nodes sending the first connection opening indication; and causing an establishment, by the joining node , of a first connection between the joining node and the first node of the plurality of nodes .
A composite polycrystal comprising: polycrystalline diamond formed of diamond grains that are directly bonded mutually, and non-diamond carbon dispersed in said polycrystalline diamond , wherein: the composite polycrystal has a concentration of contained hydrogen of less than or equal to 1000 ppm, said diamond grains forming said polycrystalline diamond have a mean grain size of greater than or equal to 10 nm and less than or equal to 500 nm, and said non-diamond carbon has a percentage in said composite polycrystal in whole of greater than or equal to 0.1% and less than or equal to 30% as calculated from 100 × Ig /{Id + Ig } wherein Ig is an area of an X-ray diffraction peak derived from surface of said non-diamond carbon , and Id is an area of an X-ray diffraction peak derived from surface of said polycrystalline diamond in an X-ray diffraction profile of said composite polycrystal . the composite polycrystal has a concentration of contained hydrogen of less than or equal to 1000 ppm, said diamond grains forming said polycrystalline diamond have a mean grain size of greater than or equal to 10 nm and less than or equal to 500 nm, and said non-diamond carbon has a percentage in said composite polycrystal in whole of greater than or equal to 0.1% and less than or equal to 30% as calculated from 100 × Ig /{Id + Ig } wherein Ig is an area of an X-ray diffraction peak derived from surface of said non-diamond carbon , and Id is an area of an X-ray diffraction peak derived from surface of said polycrystalline diamond in an X-ray diffraction profile of said composite polycrystal .
A process for the preparation of 7-chloro-3-methyl-8-quinolinecarboxylic acid represented by the following formula (I): which process comprises reacting 2-amino-6-chlorobenzonitrile represented by the following formula (II): with methacrolein, in the presence of an acid and an oxidizing agent.
A method of servicing a gas turbine engine , comprising: removing a component (60, 62, 64. 66) comprising a titanium alloy from the gas turbine engine after operating the gas turbine engine with the component in service; subjecting the component to heat treatment; re-installing the component into the gas turbine engine or installing the component into a different gas turbine engine, wherein the removing of the component from the gas turbine engine is performed in response to predetermined criteria of operating the gas turbine engine , characterized in that the titanium alloy includes soft grains oriented for slip and hard grains not oriented for slip, wherein prior to the heat treatment the titanium alloy includes dislocations at boundaries between the soft grains and the hard grains, the heat treatment annihilates the dislocations at the boundaries between the soft grains and the hard grains, and the heat treatment involves heating the component in a range of 600°F to 1300°F (320°C to 700°C) during 1 hour to 8 hours. removing a component (60, 62, 64. 66) comprising a titanium alloy from the gas turbine engine after operating the gas turbine engine with the component in service; subjecting the component to heat treatment; re-installing the component into the gas turbine engine or installing the component into a different gas turbine engine, wherein the removing of the component from the gas turbine engine is performed in response to predetermined criteria of operating the gas turbine engine , characterized in that the titanium alloy includes soft grains oriented for slip and hard grains not oriented for slip, wherein prior to the heat treatment the titanium alloy includes dislocations at boundaries between the soft grains and the hard grains, the heat treatment annihilates the dislocations at the boundaries between the soft grains and the hard grains, and the heat treatment involves heating the component in a range of 600°F to 1300°F (320°C to 700°C) during 1 hour to 8 hours.
A method for accessing a Peripheral Component Interconnect Express PCIe domain, wherein the method is used for a system comprising a primary domain and an extended domain, wherein the primary domain comprises a root complex and a PCIe device, wherein the PCIe device in the primary domain has a first bus set; and the extended domain comprises a root complex endpoint device and a PCIe device, wherein the PCIe device in the extended domain has a second bus set, the first bus set is different from the second bus set, and the root complex endpoint device is the PCIe device in the primary domain and a root complex in the extended domain; and the method comprises: receiving (S601), by the root complex endpoint device, an access packet, wherein the access packet is a packet for mutual communication between the primary domain and the extended domain, and the access packet carries a message body and an access target address; performing (S602), by the root complex endpoint device, address translation on the access target address according to an address mapping, to obtain a translated access target address, wherein the address mapping is pre-saved in the root complex endpoint device; and sending (S603), by the root complex endpoint device, an analog access packet corresponding to the access packet, wherein the analog access packet carries the message body and the translated access target address. receiving (S601), by the root complex endpoint device, an access packet, wherein the access packet is a packet for mutual communication between the primary domain and the extended domain, and the access packet carries a message body and an access target address; performing (S602), by the root complex endpoint device, address translation on the access target address according to an address mapping, to obtain a translated access target address, wherein the address mapping is pre-saved in the root complex endpoint device; and sending (S603), by the root complex endpoint device, an analog access packet corresponding to the access packet, wherein the analog access packet carries the message body and the translated access target address.
A thin film transistor comprising an active layer ; a source electrode ; a drain electrode ; and an ohmic contact layer , wherein the ohmic contact layer is disposed between the active layer and the source electrode and/or between the active layer and the drain electrode to improve an ohmic contact property between the active layer and the source electrode and/or between the active layer and the drain electrode , wherein the active layer is made of zinc oxynitride; and the ohmic contact layer is made of zinc nitride, and in that the thin film transistor further comprises a gate insulation layer and a gate electrode , wherein the active layer is disposed on a substrate ; the gate insulation layer is disposed on the active layer to partially expose the active layer ; the gate electrode is disposed on the gate insulation layer at a position corresponding to the gate insulation layer ; the ohmic contact layer is disposed on the exposed active layer; and the source electrode and the drain electrode are disposed on the ohmic contact layer . an active layer ; a source electrode ; a drain electrode ; and an ohmic contact layer , wherein the ohmic contact layer is disposed between the active layer and the source electrode and/or between the active layer and the drain electrode to improve an ohmic contact property between the active layer and the source electrode and/or between the active layer and the drain electrode , wherein the active layer is made of zinc oxynitride; and the ohmic contact layer is made of zinc nitride, and in that the thin film transistor further comprises a gate insulation layer and a gate electrode , wherein the active layer is disposed on a substrate ; the gate insulation layer is disposed on the active layer to partially expose the active layer ; the gate electrode is disposed on the gate insulation layer at a position corresponding to the gate insulation layer ; the ohmic contact layer is disposed on the exposed active layer; and the source electrode and the drain electrode are disposed on the ohmic contact layer .
System for cooling molds for metals or for metal alloys of the type provided with at least two shaped half-molds , that can be coupled together in order to define a molding chamber adapted to contain melted metal material, such system comprising: - at least one main conduit for transporting a main flow of a cooling carrier fluid containing compressed air and nebulized water, having a first transport section (S1); - a plurality of secondary conduits connected to and originating from said main conduit and each provided with a second transport section (S2) smaller than the first transport section (S1) of said main conduit and with a free end susceptible of being inserted in a corresponding channel of a duct made in one of said half-molds ; wherein said main conduit is provided with at least one closed terminal portion , which is radially and peripherally connected to three or more of said secondary conduits ; said closed terminal portion being shaped for distributing in said secondary conduits equal secondary flows of said cooling carrier fluid, injecting them through the free ends thereof into the corresponding said channels of said half-mold ; said cooling system being characterized in that said secondary conduits are susceptible of being bent in order to assume the shape adapted to bring their free end to the mouths of the channels made in the half-molds . - at least one main conduit for transporting a main flow of a cooling carrier fluid containing compressed air and nebulized water, having a first transport section (S1); - a plurality of secondary conduits connected to and originating from said main conduit and each provided with a second transport section (S2) smaller than the first transport section (S1) of said main conduit and with a free end susceptible of being inserted in a corresponding channel of a duct made in one of said half-molds ; wherein said main conduit is provided with at least one closed terminal portion , which is radially and peripherally connected to three or more of said secondary conduits ; said closed terminal portion being shaped for distributing in said secondary conduits equal secondary flows of said cooling carrier fluid, injecting them through the free ends thereof into the corresponding said channels of said half-mold ; said cooling system being characterized in that said secondary conduits are susceptible of being bent in order to assume the shape adapted to bring their free end to the mouths of the channels made in the half-molds .
An ostomy pouch comprising: a collection pouch having a first side wall and a second side wall connected to one another along a periphery, the collection pouch having a collection cavity defined between the first and second side walls; an outlet connected to and extending from the collection pouch , the outlet defining an internal passageway connected to the collection cavity , the outlet having a coupling element , wherein the coupling element includes a pouch sealing band configured to sealingly engage a drainage adapter ; a drainage adapter configured to engage the coupling element so as to be coupled to the outlet , wherein the drainage adapter includes a first groove and a second groove , wherein the first groove is configured to receive the pouch sealing band ; and a locking element configured to fit around the drainage adapter , wherein the second groove is configured to receive the locking element , wherein the outlet is foldable to a closed condition to close the collection pouch and unfoldable to an open condition to drain the collection pouch . a collection pouch having a first side wall and a second side wall connected to one another along a periphery, the collection pouch having a collection cavity defined between the first and second side walls; an outlet connected to and extending from the collection pouch , the outlet defining an internal passageway connected to the collection cavity , the outlet having a coupling element , wherein the coupling element includes a pouch sealing band configured to sealingly engage a drainage adapter ; a drainage adapter configured to engage the coupling element so as to be coupled to the outlet , wherein the drainage adapter includes a first groove and a second groove , wherein the first groove is configured to receive the pouch sealing band ; and a locking element configured to fit around the drainage adapter , wherein the second groove is configured to receive the locking element , wherein the outlet is foldable to a closed condition to close the collection pouch and unfoldable to an open condition to drain the collection pouch .