mhurhangee/patent-ind-claim-en huggingface dataset:
A data processing method, comprising: obtaining user service data sent by a trusted institution in response to a data request of a data owner; detecting whether an end-user device of the data owner is provided with trusted hardware to obtain a detection result; storing the user service data in trusted hardware having a use permission on a target server when the detection result indicates that the end-user device of the data owner is not provided with trusted hardware; storing the user service data in at least one of the trusted hardware on the end-user device and the trusted hardware having the use permission on the target server when the detection result indicates that the end-user device of the data owner is provided with trusted hardware; obtaining data use authorization information sent by a data requester; verifying the data use authorization information; sending data authorized to be accessed by the data use authorization information to the data requester if the verification is successful, the data being stored in the trusted hardware, and the data being data obtained from the trusted institution; and storing a data sending record for the data in a blockchain network. obtaining user service data sent by a trusted institution in response to a data request of a data owner; detecting whether an end-user device of the data owner is provided with trusted hardware to obtain a detection result; storing the user service data in trusted hardware having a use permission on a target server when the detection result indicates that the end-user device of the data owner is not provided with trusted hardware; storing the user service data in at least one of the trusted hardware on the end-user device and the trusted hardware having the use permission on the target server when the detection result indicates that the end-user device of the data owner is provided with trusted hardware; obtaining data use authorization information sent by a data requester; verifying the data use authorization information; sending data authorized to be accessed by the data use authorization information to the data requester if the verification is successful, the data being stored in the trusted hardware, and the data being data obtained from the trusted institution; and storing a data sending record for the data in a blockchain network.
A client device , comprising: a user interface configured to allow a user to enter a string of text comprising a message, the user interface configured to display an incoming message from a second client device ; a memory including a customizable library configured to map the string of text to customized emojis, wherein a user can selectively map the customized emojis to each of a plurality of words to generate the customized library; a processor coupled to the memory ; and instructions stored in the memory that, when executed by the processor , configure the processor to: automatically convert the string of text to a string of the customized emojis, such that all the text is automatically converted to the customized emojis to automatically generate the string of customized emojis representing the message without user input; send the string of customized emojis representing the message to the second client device; share the customizable library with only a selected said second client device to create a private message exchange; and toggle a displayed incoming emoji message from the second client device to text and automatically toggle the text back to only emojis after a period of time. a user interface configured to allow a user to enter a string of text comprising a message, the user interface configured to display an incoming message from a second client device ; a memory including a customizable library configured to map the string of text to customized emojis, wherein a user can selectively map the customized emojis to each of a plurality of words to generate the customized library; a processor coupled to the memory ; and instructions stored in the memory that, when executed by the processor , configure the processor to: automatically convert the string of text to a string of the customized emojis, such that all the text is automatically converted to the customized emojis to automatically generate the string of customized emojis representing the message without user input; send the string of customized emojis representing the message to the second client device; share the customizable library with only a selected said second client device to create a private message exchange; and toggle a displayed incoming emoji message from the second client device to text and automatically toggle the text back to only emojis after a period of time. automatically convert the string of text to a string of the customized emojis, such that all the text is automatically converted to the customized emojis to automatically generate the string of customized emojis representing the message without user input; send the string of customized emojis representing the message to the second client device; share the customizable library with only a selected said second client device to create a private message exchange; and toggle a displayed incoming emoji message from the second client device to text and automatically toggle the text back to only emojis after a period of time.
A shock absorber having a hollow cylindrical liner ; a shaft which is in connection to a piston arm providing a press condition (a) by advancing from one end of said liner towards the other end thereof and providing a vacuum condition (b) in the return of the piston arm ; a connection element which is provided at the end of said shaft and having a head part with a width so as to protrude from the shaft lateral surface ; and a hollow cylindrical piston which is embodied so as to move between said head part and a protrusion , which is provided on the shaft , in said press (a) and vacuum (b) conditions and having a difference between the inner diameter of the piston and the outer diameter of the shaft so as to define a lubricant passage path, and a hydraulic damping mechanism having a body wherein said shaft enters and which is provided in the liner , characterized in that the liner is embodied as an upper piece and as a bottom piece and the body comprises at least one protrusion which is positioned between said upper piece and said bottom piece ; and wherein said protrusion comprises at least one hole which provides lubricant passage between a first region (I), defined on the side of the protrusion where the piston arm is provided, and a third region (III) which is on the other side of the protrusion .
An imaging method, comprising: receiving, at a vapor-cell sensor , input optical signals and electromagnetic radiation from at least a test device to generate an output optical signal; processing the output optical signal at a single pixel camera to generate camera output data; and by operation of a computer system , constructing an image of the electromagnetic radiation based on the camera output data. receiving, at a vapor-cell sensor , input optical signals and electromagnetic radiation from at least a test device to generate an output optical signal; processing the output optical signal at a single pixel camera to generate camera output data; and by operation of a computer system , constructing an image of the electromagnetic radiation based on the camera output data.
A sidestream smoke removal device comprising: a housing in which a smoking space is formed; an article insertion portion disposed at one end of the housing and forming an opening for insertion of a smoking article into the smoking space; an elastic support portion disposed to elastically support an upstream end of the smoking article as the smoking article is inserted through the article insertion portion ; an ignition portion configured to ignite the smoking article inserted into the smoking space; and a sidestream smoke processing portion configured to process sidestream smoke generated from the smoking article inserted into the smoking space; characterized in that : a vent through which outside air enters is formed in the housing ; and the sidestream smoke removal device further comprises a controller configured to adjust a degree of opening/closing of the vent , wherein the controller is configured to: - make the vent more open when puffs are performed, and - make the vent less open when puffs are not performed. a housing in which a smoking space is formed; an article insertion portion disposed at one end of the housing and forming an opening for insertion of a smoking article into the smoking space; an elastic support portion disposed to elastically support an upstream end of the smoking article as the smoking article is inserted through the article insertion portion ; an ignition portion configured to ignite the smoking article inserted into the smoking space; and a sidestream smoke processing portion configured to process sidestream smoke generated from the smoking article inserted into the smoking space; characterized in that : a vent through which outside air enters is formed in the housing ; and the sidestream smoke removal device further comprises a controller configured to adjust a degree of opening/closing of the vent , wherein the controller is configured to: - make the vent more open when puffs are performed, and - make the vent less open when puffs are not performed. a vent through which outside air enters is formed in the housing ; and the sidestream smoke removal device further comprises a controller configured to adjust a degree of opening/closing of the vent , wherein the controller is configured to: - make the vent more open when puffs are performed, and - make the vent less open when puffs are not performed. - make the vent more open when puffs are performed, and - make the vent less open when puffs are not performed.
Method of producing a continuous strip-shaped composite material , comprising the steps of: producing at least one continuous strip of steel or a steel alloy by a first casting machine and hot-rolling a slab which has formed through hardening of the strip , and (i) producing at least one further continuous strip of steel or a steel alloy by at least second casting machine , (ii) bringing together slabs , which have formed by hardening from the strips produced by the first casting machine and the second casting machine , in hot state in which these slabs each have a temperature of at least 720° C, and (iii) hot-rolling of composite formed from the brought-together slabs so that a single continuous strip-shaped composite material thus arises through roll-bonding, wherein the two slabs formed from the strips produced by the first/second casting machine are heated by way of induction heating means prior to the step (iii) so as to selectively influence the temperature of the slabs and adapt it to the temperature of the respective other slab . producing at least one continuous strip of steel or a steel alloy by a first casting machine and hot-rolling a slab which has formed through hardening of the strip , and (i) producing at least one further continuous strip of steel or a steel alloy by at least second casting machine , (ii) bringing together slabs , which have formed by hardening from the strips produced by the first casting machine and the second casting machine , in hot state in which these slabs each have a temperature of at least 720° C, and (iii) hot-rolling of composite formed from the brought-together slabs so that a single continuous strip-shaped composite material thus arises through roll-bonding, wherein the two slabs formed from the strips produced by the first/second casting machine are heated by way of induction heating means prior to the step (iii) so as to selectively influence the temperature of the slabs and adapt it to the temperature of the respective other slab . (i) producing at least one further continuous strip of steel or a steel alloy by at least second casting machine , (ii) bringing together slabs , which have formed by hardening from the strips produced by the first casting machine and the second casting machine , in hot state in which these slabs each have a temperature of at least 720° C, and (iii) hot-rolling of composite formed from the brought-together slabs so that a single continuous strip-shaped composite material thus arises through roll-bonding, wherein the two slabs formed from the strips produced by the first/second casting machine are heated by way of induction heating means prior to the step (iii) so as to selectively influence the temperature of the slabs and adapt it to the temperature of the respective other slab .
An automated rack unloading apparatus , comprising: a frame ; and a carriage assembly operably engaged with the frame and configured to travel vertically to align with a rack shelf on which a container to be unloaded from the rack shelf is located, the carriage assembly comprising: a first end; a second end; a spoon slidably mounted within the carriage assembly so as to be capable of extending out onto the rack shelf and pivotally connected with the back edge to the first end at a pivot point , wherein the front leading edge of the spoon is free to move downwardly with reference to the pivot point ; a pneumatic rodless cylinder configured to be actuated for extending and retracting the spoon ; and a retractable support mechanism configured to support said front leading edge from underneath, the retractable support mechanism being operable to lower said front leading edge of the spoon with reference to the pivot point to thereby downwardly incline the spoon for insertion under the container, wherein in the normal or start position the spoon is in a horizontal position. a frame ; and a carriage assembly operably engaged with the frame and configured to travel vertically to align with a rack shelf on which a container to be unloaded from the rack shelf is located, the carriage assembly comprising: a first end; a second end; a spoon slidably mounted within the carriage assembly so as to be capable of extending out onto the rack shelf and pivotally connected with the back edge to the first end at a pivot point , wherein the front leading edge of the spoon is free to move downwardly with reference to the pivot point ; a pneumatic rodless cylinder configured to be actuated for extending and retracting the spoon ; and a retractable support mechanism configured to support said front leading edge from underneath, the retractable support mechanism being operable to lower said front leading edge of the spoon with reference to the pivot point to thereby downwardly incline the spoon for insertion under the container, wherein in the normal or start position the spoon is in a horizontal position. a spoon slidably mounted within the carriage assembly so as to be capable of extending out onto the rack shelf and pivotally connected with the back edge to the first end at a pivot point , wherein the front leading edge of the spoon is free to move downwardly with reference to the pivot point ; a pneumatic rodless cylinder configured to be actuated for extending and retracting the spoon ; and a retractable support mechanism configured to support said front leading edge from underneath, the retractable support mechanism being operable to lower said front leading edge of the spoon with reference to the pivot point to thereby downwardly incline the spoon for insertion under the container, wherein in the normal or start position the spoon is in a horizontal position.
Method for thermal regulation of a turbocharger, the turbocharger being intended to charge an internal combustion engine of a vehicle with compressed air, the engine comprising a system for automatically stopping and restarting this engine, the turbocharger comprising and comprising a turbine through which exhaust gases circulate a bearing lubricated by oil circulation, the method comprising: - determine a bearing temperature threshold above which coking of the oil occurs, - the determination of a maximum engine shutdown duration during a request for automatic engine shutdown, below which the temperature threshold above which coking of the oil occurs, and is characterized in that it includes: - If the maximum motor shutdown time is included in a time scale with a lower and upper value, automatic motor shutdown is allowed, with the lower and upper values predefined. - after automatic engine shutdown, automatic engine restart if the maximum duration is exceeded. - determine a bearing temperature threshold above which coking of the oil occurs, - the determination of a maximum engine shutdown duration during a request for automatic engine shutdown, below which the temperature threshold above which coking of the oil occurs, and is characterized in that it includes: - If the maximum motor shutdown time is included in a time scale with a lower and upper value, automatic motor shutdown is allowed, with the lower and upper values predefined. - after automatic engine shutdown, automatic engine restart if the maximum duration is exceeded. - If the maximum motor shutdown time is included in a time scale with a lower and upper value, automatic motor shutdown is allowed, with the lower and upper values predefined. - after automatic engine shutdown, automatic engine restart if the maximum duration is exceeded.
A retainer for retaining a spring on a mounting body of a rocker arm body , comprising: an inner tubular portion comprising an inner circular edge of a radius R3, the inner tubular portion configured to fit to the mounting body on the rocker arm body; and an annular retaining surface connected to the inner tubular portion, the annular retaining surface comprising an area bounded by an outer edge and the inner circular edge, the outer edge of the annular retaining surface being bounded by: an arc (AD) comprising a first radius R1; a sector (CB) comprising a second radius R2, where R1>R2>R3; a first chord (DC) connecting the arc (AD) to the sector (CB); and a second chord (BA) connecting the arc (AD) to the sector (CB), wherein the inner tubular portion is configured to be at least partially surrounded by a coil of a coil spring to retain the coil on the mounting body, the coil spring comprising first and second arms extending from the coil, and wherein the annular retaining surface is configured to abut the coil of the coil spring to retain the coil spring against the rocker arm body, but wherein the annular retaining surface does not abut either of the first and second arms extending from the coil. an inner tubular portion comprising an inner circular edge of a radius R3, the inner tubular portion configured to fit to the mounting body on the rocker arm body; and an annular retaining surface connected to the inner tubular portion, the annular retaining surface comprising an area bounded by an outer edge and the inner circular edge, the outer edge of the annular retaining surface being bounded by: an arc (AD) comprising a first radius R1; a sector (CB) comprising a second radius R2, where R1>R2>R3; a first chord (DC) connecting the arc (AD) to the sector (CB); and a second chord (BA) connecting the arc (AD) to the sector (CB), an arc (AD) comprising a first radius R1; a sector (CB) comprising a second radius R2, where R1>R2>R3; a first chord (DC) connecting the arc (AD) to the sector (CB); and a second chord (BA) connecting the arc (AD) to the sector (CB), wherein the inner tubular portion is configured to be at least partially surrounded by a coil of a coil spring to retain the coil on the mounting body, the coil spring comprising first and second arms extending from the coil, and wherein the annular retaining surface is configured to abut the coil of the coil spring to retain the coil spring against the rocker arm body, but wherein the annular retaining surface does not abut either of the first and second arms extending from the coil.
Operator control device for a power tool, in particular a sander, containing at least a first and a second switching element , wherein the first switching element can be adjusted to a first and a second mode and the second switching element can be adjusted to a first and a second mode, wherein the first switching element contains at least one first signalling means for respectively signalling the first or the second mode, wherein the operator control device is configured such that the second switching element can only be adjusted from the first mode to the second mode if the first switching element is adjusted from the first mode to the second mode, characterized in that the second switching element contains at least one second signalling means for respectively signalling the first or the second mode, and in that an elastomeric attachment with a first and a second raised portion is present, wherein the first switching element comprises the first raised portion and the second switching element comprises the second raised portion , wherein a housing of the power tool contains at least a first and a second opening , wherein the first raised portion can be operated through the first opening and the second raised portion can be operated through the second opening , wherein the first and the second raised portion each contain a projection element and the first and the second opening each have a border , wherein each border has at least one cutout , wherein, in an assembled state of the operator control device , the at least one projection element is positioned in the at least one cutout such that complete passage of the first or second raised portion through the respectively first or second opening is prevented.
A control method, comprising: receiving, by a router, data sent by a first device to a second device, wherein the data carries an identifier of an I/O device, and wherein the first device is a CPU and the second device is the I/O device, or the first device is the I/O device and the second device is the CPU; determining, by the router, according to the identifier of the I/O device and correspondences between I/O devices and controllers, a controller corresponding to the identifier of the I/O device; sending, by the router, the data to the controller corresponding to the identifier of the I/O device, so that the controller processes the data according to firmware code stored in the controller; receiving, by the router, the processed data sent by the controller; and sending, by the router, the processed data to the second device; before the determining of the controller corresponding to the identifier of the I/O device according to the identifier of the I/O device and correspondences between I/O devices and controllers, modifying the firmware code of the controller according to a functional requirement of the I/O device when changing the functional requirement of the I/O device. receiving, by a router, data sent by a first device to a second device, wherein the data carries an identifier of an I/O device, and wherein the first device is a CPU and the second device is the I/O device, or the first device is the I/O device and the second device is the CPU; determining, by the router, according to the identifier of the I/O device and correspondences between I/O devices and controllers, a controller corresponding to the identifier of the I/O device; sending, by the router, the data to the controller corresponding to the identifier of the I/O device, so that the controller processes the data according to firmware code stored in the controller; receiving, by the router, the processed data sent by the controller; and sending, by the router, the processed data to the second device; before the determining of the controller corresponding to the identifier of the I/O device according to the identifier of the I/O device and correspondences between I/O devices and controllers, modifying the firmware code of the controller according to a functional requirement of the I/O device when changing the functional requirement of the I/O device.