mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a substance with improved aqueous solubility, which comprises coating a surface of a poorly-soluble substance particle with calcium compound microparticles, the poorly-soluble substance having a solubility in water (25°C) of 10000 ppm or less, wherein the method for coating the surface of the poorly-soluble substance particle with calcium compound microparticles is a method of coating the surface of the poorly-soluble substance particle by applying mechanical energy to allow the calcium compound microparticles to penetrate into the poorly-soluble substance particle by physical compression, shearing force or impact force.
A nonaqueous electrolyte energy storage device comprising: a positive electrode containing manganese-containing positive active material particles in which aluminum is present at least on a surface; and a nonaqueous electrolyte containing a salt represented by the following formula : wherein R 1 is a hydrogen atom, a halogen atom, or an organic group, M m+ is an alkali metal cation, an alkaline earth metal cation, or an onium cation, m is an integer equivalent to the number of valence of a cation represented by M m+ . when m is 2 or more, a plurality of R 1 s are each independently as defined above, wherein the positive active material is a lithium transition metal composite oxide having a layered crystal structure and at least Ni, Co, and Mn, wherein in the positive active material particles, an abundance of aluminum on a surface is larger than the abundance of aluminum inside. a positive electrode containing manganese-containing positive active material particles in which aluminum is present at least on a surface; and a nonaqueous electrolyte containing a salt represented by the following formula : wherein R 1 is a hydrogen atom, a halogen atom, or an organic group, M m+ is an alkali metal cation, an alkaline earth metal cation, or an onium cation, m is an integer equivalent to the number of valence of a cation represented by M m+ . when m is 2 or more, a plurality of R 1 s are each independently as defined above, wherein the positive active material is a lithium transition metal composite oxide having a layered crystal structure and at least Ni, Co, and Mn, wherein in the positive active material particles, an abundance of aluminum on a surface is larger than the abundance of aluminum inside.
Microdevice comprising at least: - a first layer of material , - a second layer of material , - a fixed portion , - a first mobile element comprising at least a first portion of the first layer of material and at least a second portion of the second layer of material , - a second mobile element comprising at least a first portion of the second layer of material and at least a second portion of the first layer of material , - first suspension means formed in the first layer of material and/or in the second layer of material , - second suspension means formed in the first layer of material and/or in the second layer of material , and wherein: - the first and second mobile elements are capable of moving with respect to one another and with respect to the fixed portion , - the first and second layers of material are arranged one above the other, - the first portion of the first layer of material is rigidly connected to the second portion of the second layer of material , - the first mobile element is suspended from the fixed portion by the first suspension means , - the second mobile element is suspended from the fixed portion by the second suspension means , - the first portion of the second layer of material is rigidly connected to the second portion of the first layer of material , characterized in that : the first and second mobile elements are capable of moving substantially in phase opposition with respect to one another when the device is subjected to an external force, - the centres of gravity of the first and second mobile elements are aligned one above the other according to an axis substantially perpendicular to main faces of the first and second layers of material . - a first layer of material , - a second layer of material , - a fixed portion , - a first mobile element comprising at least a first portion of the first layer of material and at least a second portion of the second layer of material , - a second mobile element comprising at least a first portion of the second layer of material and at least a second portion of the first layer of material , - first suspension means formed in the first layer of material and/or in the second layer of material , - second suspension means formed in the first layer of material and/or in the second layer of material , - the first and second mobile elements are capable of moving with respect to one another and with respect to the fixed portion , - the first and second layers of material are arranged one above the other, - the first portion of the first layer of material is rigidly connected to the second portion of the second layer of material , - the first mobile element is suspended from the fixed portion by the first suspension means , - the second mobile element is suspended from the fixed portion by the second suspension means , - the first portion of the second layer of material is rigidly connected to the second portion of the first layer of material , - the centres of gravity of the first and second mobile elements are aligned one above the other according to an axis substantially perpendicular to main faces of the first and second layers of material .
An apparatus for comminuting of material, the apparatus comprising a first conveyor structure (C1) with a first conveyor surface (B1), a second conveyor structure (C2) with a second conveyor surface, and in which apparatus the first conveyor surface (B1) and the second conveyor surface (B2) are set facing each other and the conveyor surfaces (B1, B2) thus being arranged to define a comminuting space (GS) in the apparatus, and which apparatus has means (M1A, M2A) to bring the conveyor surfaces into a movement in a movement direction (D) where the conveyor surfaces (B1, B2) facing each other are arranged to move from a first end (E1) of the conveyor structures towards a second end (E2) of the conveyor structures, and in which apparatus the conveyor surfaces set facing each other are set in a converging manner so that the gap between the conveyor surfaces (B1, B2) narrows when examined in the movement direction (D) of the conveyor surfaces so that the advancing movement of the conveyor surfaces is arranged to bring about compression on the material comminuted, characterised in that in the apparatus the conveyor surfaces are in a double-converging manner so that in addition to said convergence in the movement direction, the conveyor surfaces are additionally placed in a convergent manner so that the gap between the conveyor surfaces (B1, B2) also narrows in the transverse direction (TD) in relation to the movement direction, said comminuting space (GS) thus becoming double-converging.
A display device , comprising: a substrate including a display area (DA) and a non-display area (NDA); a plurality of signal lines (DL) disposed in the display area (DA) and extending in a first direction (DR1) from the non-display area (NDA) to the display area (DA); and a connection line (DM) extending from the non-display area (NDA) and being electrically connected to a respective signal line (DL) of the plurality of signal lines (DL) in the non-display area (NDA); wherein an initialization voltage line (VIL) extends in a second direction (DR2) intersecting the first direction (DR1) characterized by the connection line (DM) extending from a portion of the non-display area (NDA) to another portion of the non-display area (NDA) via the display area (DA) and being disposed on a layer different from a layer on which the signal lines (DL) are disposed, wherein the initialization voltage line (VIL) is disposed in the display area (DA), and wherein in the display area (DA) the connection line (DM) includes a horizontal portion extending in the second direction which overlaps the initialization voltage line (VIL) in a thickness direction of the display device . a substrate including a display area (DA) and a non-display area (NDA); a plurality of signal lines (DL) disposed in the display area (DA) and extending in a first direction (DR1) from the non-display area (NDA) to the display area (DA); and a connection line (DM) extending from the non-display area (NDA) and being electrically connected to a respective signal line (DL) of the plurality of signal lines (DL) in the non-display area (NDA); wherein an initialization voltage line (VIL) extends in a second direction (DR2) intersecting the first direction (DR1) characterized by the connection line (DM) extending from a portion of the non-display area (NDA) to another portion of the non-display area (NDA) via the display area (DA) and being disposed on a layer different from a layer on which the signal lines (DL) are disposed, wherein the initialization voltage line (VIL) is disposed in the display area (DA), and wherein in the display area (DA) the connection line (DM) includes a horizontal portion extending in the second direction which overlaps the initialization voltage line (VIL) in a thickness direction of the display device .
A direct part marking (DPM) system (100, 302, 406, 406a-406n), comprising: a laser marking unit configured to mark DPM features on parts ; an illumination unit configured to produce a visible illumination signal to be illuminated onto a part being marked with a DPM feature ; and characterized by : an imaging device configured to capture images of DPM features marked on parts ; a processing unit in communication with said laser marking unit and illumination unit , said processing unit configured to: control said laser marking unit to mark the part with the DPM feature ; cause said imaging device to capture an image of the DPM feature ; identify an event performed by the DPM system (100, 302, 406, 406a-406n), wherein identify an event includes determine that the image of the DPM feature was correctly marked and read; and cause said illumination unit to illuminate the part with the visible illumination signal to indicate an occurrence of the event in response to identifying the event. a laser marking unit configured to mark DPM features on parts ; an illumination unit configured to produce a visible illumination signal to be illuminated onto a part being marked with a DPM feature ; and characterized by : an imaging device configured to capture images of DPM features marked on parts ; a processing unit in communication with said laser marking unit and illumination unit , said processing unit configured to: control said laser marking unit to mark the part with the DPM feature ; cause said imaging device to capture an image of the DPM feature ; identify an event performed by the DPM system (100, 302, 406, 406a-406n), wherein identify an event includes determine that the image of the DPM feature was correctly marked and read; and cause said illumination unit to illuminate the part with the visible illumination signal to indicate an occurrence of the event in response to identifying the event. control said laser marking unit to mark the part with the DPM feature ; cause said imaging device to capture an image of the DPM feature ; identify an event performed by the DPM system (100, 302, 406, 406a-406n), wherein identify an event includes determine that the image of the DPM feature was correctly marked and read; and cause said illumination unit to illuminate the part with the visible illumination signal to indicate an occurrence of the event in response to identifying the event.
A method of digital content distribution in a content distribution system , the method comprising the steps of: (a) receiving from a user a selection of digital content for viewing; characterised by commencing the downloading of the selected digital content in response to receiving the selection of digital content; (b) calculating the time required for downloading the selected digital content for smooth play based on available network speed; (c) selecting pre-content based on the calculated time and user profile and preference information; and (d) playing the selected pre-content until the percentage of digital content downloaded is within pre-programmed acceptable limits for subsequent digital content playback. (a) receiving from a user a selection of digital content for viewing; characterised by commencing the downloading of the selected digital content in response to receiving the selection of digital content; (b) calculating the time required for downloading the selected digital content for smooth play based on available network speed; (c) selecting pre-content based on the calculated time and user profile and preference information; and (d) playing the selected pre-content until the percentage of digital content downloaded is within pre-programmed acceptable limits for subsequent digital content playback.
A method for using voice interaction to access call-related information of a companion device , the method comprising: at an electronic device having a processor, memory, and a speaker: receiving a user utterance representing a request for call-related information stored on the companion device, wherein the call-related information comprises information stored on the companion device based on one or more calls received by the companion device prior to the electronic device receiving the user utterance; causing a server to determine, based on the user utterance, a user intent of providing call-related information; receiving, from the server, a command representing a task to satisfy the user intent of providing call-related information; determining, based on the command and contextual information, that the companion device is to execute the command; in accordance with a determination that the companion device is to execute the command, providing instructions to the companion device to retrieve the call-related information and send the call-related information to the electronic device; and in accordance with the instructions successfully causing the companion device to retrieve and send the call-related information to the electronic device, providing an audio output at the speaker, wherein the audio output includes the call-related information received from the companion device. receiving a user utterance representing a request for call-related information stored on the companion device, wherein the call-related information comprises information stored on the companion device based on one or more calls received by the companion device prior to the electronic device receiving the user utterance; causing a server to determine, based on the user utterance, a user intent of providing call-related information; receiving, from the server, a command representing a task to satisfy the user intent of providing call-related information; determining, based on the command and contextual information, that the companion device is to execute the command; in accordance with a determination that the companion device is to execute the command, providing instructions to the companion device to retrieve the call-related information and send the call-related information to the electronic device; and in accordance with the instructions successfully causing the companion device to retrieve and send the call-related information to the electronic device, providing an audio output at the speaker, wherein the audio output includes the call-related information received from the companion device.
A method of communication, comprising: receiving , at a user equipment, UE, a frame from one or more network entities over a contention-based medium, wherein the frame includes a preamble; determining whether the frame corresponds to a unicast transmission or a joint transmission based on the preamble; and triggering the UE to a sleep mode for a remainder of the frame in response to determining that the frame corresponds to the joint transmission and the UE being in a unicast mode, wherein the UE remains in the sleep mode until a next frame is received. receiving , at a user equipment, UE, a frame from one or more network entities over a contention-based medium, wherein the frame includes a preamble; determining whether the frame corresponds to a unicast transmission or a joint transmission based on the preamble; and triggering the UE to a sleep mode for a remainder of the frame in response to determining that the frame corresponds to the joint transmission and the UE being in a unicast mode, wherein the UE remains in the sleep mode until a next frame is received.
An inflator with an air guiding sleeve, comprising a chassis , and a core and a drive motor installed in the chassis , and the drive motor being provided for driving the core to inflate an external object, wherein the inflator further comprises an air guiding sleeve and a cooling fan , and the air guiding sleeve has an air guiding hole penetrating through the air guiding sleeve , and the drive motor comprises a main body and a shaft rotatably installed to the main body , and the shaft has an end protruded from the main body for driving the core to move, and the other end protruded from the main body for coupling the cooling fan , and the air guiding sleeve includes a positioning shell and an air guiding ring coupled to the positioning shell , the positioning shell and the air guiding ring being integral formed as a one-piece structure and the positioning shell is installed to the chassis and the drive motor , and the air guiding ring is sheathed onto an external side of the cooling fan around the cooling fan , the positioning shell has a cross-section in a rectangular shape, and the air guiding ring has a cross-section in a circular shape, and the positioning shell has a hole diameter greater than a hole diameter of the air guiding ring , and a flat external surface of the positioning shell abuts against the chassis preventing the positioning shell from rotating with respect to the chassis , and wherein the positioning shell has a notch concavely formed at an end of the positioning shell away from the air guiding ring , and the chassis has a latching block extending into the notch of the positioning shell for latching the chassis to the positioning shell and wherein the positioning shell has a plurality of limiting arms extending inwards into the air guiding hole , and installed around the central axis of the air guiding sleeve , disposed around the main body of the motor , and disposed on the same side of the cooling fan , and a free end of each limiting arm away from the cooling fan is provided for abutting against an external surface of the main body of the drive motor to prevent the drive motor from moving along a radial direction of the air guiding sleeve and the plurality of limiting arms have blocking protrusions formed by extending a free end of the limiting arms towards the central axis of the air guiding sleeve , and the blocking protrusions are provided for abutting against an end surface of an end of the main body of the drive motor to limit the assembling position in an axial direction between the main body of the drive motor and the air guiding sleeve .
An assembly for connecting a coverplate to a first rotor , said assembly comprising: a first rotor for use in a rotating gas turbine engine and configured to hold blades; a second rotor for use in a rotating gas turbine engine ; a coverplate mounted to said first rotor ; and a lock assembly preventing said coverplate from rotating circumferentially or moving axially away from said first rotor , wherein said lock assembly comprises: a first tab mounted to said first rotor , a cog mounted to said coverplate , said cog being axially aligned with said first tab ; and a tooth preventing said first tab and said cog from being unaligned with each other; said tooth is attached to said second rotor , characterised in that said lock assembly is also configured to drive torque between said first rotor and said second rotor , and said second rotor is configured to hold blades. a first rotor for use in a rotating gas turbine engine and configured to hold blades; a second rotor for use in a rotating gas turbine engine ; a coverplate mounted to said first rotor ; and a lock assembly preventing said coverplate from rotating circumferentially or moving axially away from said first rotor , wherein said lock assembly comprises: a first tab mounted to said first rotor , a cog mounted to said coverplate , said cog being axially aligned with said first tab ; and a tooth preventing said first tab and said cog from being unaligned with each other; said tooth is attached to said second rotor , characterised in that said lock assembly is also configured to drive torque between said first rotor and said second rotor , and said second rotor is configured to hold blades. a first tab mounted to said first rotor , a cog mounted to said coverplate , said cog being axially aligned with said first tab ; and a tooth preventing said first tab and said cog from being unaligned with each other; said tooth is attached to said second rotor , characterised in that said lock assembly is also configured to drive torque between said first rotor and said second rotor , and said second rotor is configured to hold blades.
An apparatus comprising: an access network interface operative to: request access authorization from an access network access point AP, ; send a secure neighbor discovery, SeND, - neighbor solicitation, NS, to the AP after a public-private key pair has been generated in response to receiving access authorization from the AP ; and receive a signed user location information, ULI, from the AP in response to the SeND-NS; a processor operative to generate the public-private key pair to be used to generate a cryptographically generated address, CGA, upon receiving the access authorization; and a 3GPP network interface operative to send the signed ULI to one of a 3GPP mobility controller or an emergency service wherein the SeND-NS comprises the CGA and the public key of the public-private key pair, and wherein the signed ULI binds the CGA and an access-network-location identifier. an access network interface operative to: request access authorization from an access network access point AP, ; send a secure neighbor discovery, SeND, - neighbor solicitation, NS, to the AP after a public-private key pair has been generated in response to receiving access authorization from the AP ; and receive a signed user location information, ULI, from the AP in response to the SeND-NS; request access authorization from an access network access point AP, ; send a secure neighbor discovery, SeND, - neighbor solicitation, NS, to the AP after a public-private key pair has been generated in response to receiving access authorization from the AP ; and receive a signed user location information, ULI, from the AP in response to the SeND-NS; a processor operative to generate the public-private key pair to be used to generate a cryptographically generated address, CGA, upon receiving the access authorization; and a 3GPP network interface operative to send the signed ULI to one of a 3GPP mobility controller or an emergency service wherein the SeND-NS comprises the CGA and the public key of the public-private key pair, and wherein the signed ULI binds the CGA and an access-network-location identifier.