mhurhangee/patent-ind-claim-en huggingface dataset:
An electromechanical actuator for a shading device , the electromechanical actuator comprising at least: - an electric motor , - an electronic control unit , the electronic control unit being configured to control the electric motor in a first operating mode and at least in a second operating mode, - a casing , the electric motor and the electronic control unit being housed inside the casing , - an output shaft , the output shaft being rotatably mounted around an axis of rotation (X), and - a toggle control device , the toggle control device being configured to toggle the electronic control unit between the first and second operating modes, the toggle control device comprising: - a housing , - a shutter , the shutter being mounted so as to pivot around an axis (A26) with respect to the housing , between a first position and a second position, - a permanent magnet , the permanent magnet being mounted on the shutter , and - a magnetic sensor , the magnetic sensor being configured to detect a position of the permanent magnet , characterised in that the shutter comprises at least one position retaining tab of the shutter , the or one of the position retaining tabs being held in position with respect to the housing in each of the first and second positions of the shutter , such that each of the first and second positions of the shutter is stable. - an electric motor , - an electronic control unit , the electronic control unit being configured to control the electric motor in a first operating mode and at least in a second operating mode, - a casing , the electric motor and the electronic control unit being housed inside the casing , - an output shaft , the output shaft being rotatably mounted around an axis of rotation (X), and - a toggle control device , the toggle control device being configured to toggle the electronic control unit between the first and second operating modes, - a housing , - a shutter , the shutter being mounted so as to pivot around an axis (A26) with respect to the housing , between a first position and a second position, - a permanent magnet , the permanent magnet being mounted on the shutter , and - a magnetic sensor , the magnetic sensor being configured to detect a position of the permanent magnet ,
A cooling system for conducting a coolant for vehicles or stationary installations, comprising: a drive device having at least one cooling channel through which the coolant can flow for cooling the drive device ; a first coolant volume region (K1) arranged downstream of the at least one cooling channel for collecting the coolant from the at least one cooling channel and comprising a plurality of outlets for distributing the coolant; a second coolant volume region (K2) arranged downstream of the first coolant volume region (K1), at least partially collecting the coolant distributed from the first coolant volume region (K1), and comprising an outlet for recirculating the coolant; characterised in that the cooling system comprises a receiving device arranged in direct fluid communication between the first coolant volume region (K1) and the second coolant volume region (K2) and configured to selectively receive or omit an exchange insert for blocking, limiting and/or adjusting a volume flow of coolant through the direct fluid communication. a drive device having at least one cooling channel through which the coolant can flow for cooling the drive device ; a first coolant volume region (K1) arranged downstream of the at least one cooling channel for collecting the coolant from the at least one cooling channel and comprising a plurality of outlets for distributing the coolant; a second coolant volume region (K2) arranged downstream of the first coolant volume region (K1), at least partially collecting the coolant distributed from the first coolant volume region (K1), and comprising an outlet for recirculating the coolant; characterised in that the cooling system comprises a receiving device arranged in direct fluid communication between the first coolant volume region (K1) and the second coolant volume region (K2) and configured to selectively receive or omit an exchange insert for blocking, limiting and/or adjusting a volume flow of coolant through the direct fluid communication.
A computer graphics processing method comprising: compressing vertex parameter values with a vertex shader ; writing the compressed vertex parameter values to a cache ; accessing the compressed vertex parameter values written to the cache with a pixel shader ; and decompressing the compressed vertex parameter values with the pixel shader. compressing vertex parameter values with a vertex shader ; writing the compressed vertex parameter values to a cache ; accessing the compressed vertex parameter values written to the cache with a pixel shader ; and decompressing the compressed vertex parameter values with the pixel shader.
A radiation imaging system comprising: an irradiation control apparatus configured to control an irradiation unit arranged to irradiate with radiation so that irradiation with radiation is executed at an irradiation time as set by a setting unit , wherein the irradiation time is the time at which irradiation of the radiation is to be started by the irradiation unit ; and a radiation imaging apparatus including: a detection unit arranged to detect the radiation; and wherein the radiation imaging apparatus is configured to control the detection unit so that the detection unit is ready to detect the radiation at the irradiation time, characterized in that if the detection unit is expected to be ready to detect the radiation at the irradiation time and is able to photograph the radiation, the radiation imaging apparatus transmits photographing permission information to the irradiation control apparatus . an irradiation control apparatus configured to control an irradiation unit arranged to irradiate with radiation so that irradiation with radiation is executed at an irradiation time as set by a setting unit , wherein the irradiation time is the time at which irradiation of the radiation is to be started by the irradiation unit ; and a radiation imaging apparatus including: a detection unit arranged to detect the radiation; and wherein the radiation imaging apparatus is configured to control the detection unit so that the detection unit is ready to detect the radiation at the irradiation time, characterized in that if the detection unit is expected to be ready to detect the radiation at the irradiation time and is able to photograph the radiation, the radiation imaging apparatus transmits photographing permission information to the irradiation control apparatus .
A pyrazolamide compound of General Formula I,: wherein R 1 is selected from chloro or CN; R 2 is selected from H, C 1 -C 3 alkyl, C 1 -C 3 haloalkyl or C 1 -C 5 alkoxyalkyl; R 3 is selected from halo or C 1 -C 3 haloalkyl; R 4 is selected from halo; and R 5 is selected from H or halo. R 1 is selected from chloro or CN; R 2 is selected from H, C 1 -C 3 alkyl, C 1 -C 3 haloalkyl or C 1 -C 5 alkoxyalkyl; R 3 is selected from halo or C 1 -C 3 haloalkyl; R 4 is selected from halo; and R 5 is selected from H or halo.
A method , comprising: mapping , by one or more processors of a host device , priority class of a remote procedure call, RPC, to a network quality of service, QoS, level; receiving , from an application , one or more RPCs; and controlling, by the one or more processors of the host device , at RPC granularity, admission of the one or more RPCs to particular QoS levels, wherein controlling admission of the one or more RPCs comprises: measuring RPC latency for each QoS level; and charatcerized in that: when latency for priority class RPCs is at or above a predetermined threshold, adaptively setting QoS code points on network traffic, wherein adaptively setting QoS code points comprises: identifying a service level objective, SLO; and downgrading out-of-profile traffic to a lower QoS class such that the admitted traffic in higher QoS classes meets the identified SLO. mapping , by one or more processors of a host device , priority class of a remote procedure call, RPC, to a network quality of service, QoS, level; receiving , from an application , one or more RPCs; and controlling, by the one or more processors of the host device , at RPC granularity, admission of the one or more RPCs to particular QoS levels, wherein controlling admission of the one or more RPCs comprises: measuring RPC latency for each QoS level; and charatcerized in that: when latency for priority class RPCs is at or above a predetermined threshold, adaptively setting QoS code points on network traffic, wherein adaptively setting QoS code points comprises: identifying a service level objective, SLO; and downgrading out-of-profile traffic to a lower QoS class such that the admitted traffic in higher QoS classes meets the identified SLO. identifying a service level objective, SLO; and downgrading out-of-profile traffic to a lower QoS class such that the admitted traffic in higher QoS classes meets the identified SLO.
A method of compressing an uncured man-made vitreous fibre web, the web having two opposed major faces, wherein the method comprises the steps: passing the uncured web along a path ; and subjecting the uncured web to thickness compression by applying compression to the two major opposed faces of the uncured web, wherein compression of each of said major faces of the uncured web is applied by passing the path between converging continuous or discontinuous compression surfaces , wherein the respective major face of the uncured web that is being compressed is in contact with one of the converging compression surfaces, wherein each surface of the converging compression surfaces through which the path passes is inclined towards the path providing an upstream end of each respective surface at a greater distance from the path than a downstream end of the respective surface pushing the two opposing major faces of the web closer together, and compression is thereby applied to the two opposing major faces simultaneously reducing the amount of volume occupied by the same amount of material, and wherein each inclined converging compression surface applies an amount of compression to the major face of the uncured web with which the respective inclined converging surface is in contact, wherein the amount of compression applied to at least one of the two opposing major faces of the uncured web is adjustable. passing the uncured web along a path ; and subjecting the uncured web to thickness compression by applying compression to the two major opposed faces of the uncured web, wherein compression of each of said major faces of the uncured web is applied by passing the path between converging continuous or discontinuous compression surfaces , wherein the respective major face of the uncured web that is being compressed is in contact with one of the converging compression surfaces, wherein each surface of the converging compression surfaces through which the path passes is inclined towards the path providing an upstream end of each respective surface at a greater distance from the path than a downstream end of the respective surface pushing the two opposing major faces of the web closer together, and compression is thereby applied to the two opposing major faces simultaneously reducing the amount of volume occupied by the same amount of material, and wherein each inclined converging compression surface applies an amount of compression to the major face of the uncured web with which the respective inclined converging surface is in contact, wherein the amount of compression applied to at least one of the two opposing major faces of the uncured web is adjustable.
Running rail lifting platform for vehicles with at least two running rails , wherein a lifting device for lifting and lowering the running rail between a basic position and a working position is provided on each running rail at least at a respective end region, wherein the lifting device has a thrust column with a plurality of thrust members which are arrangable one above the other in a pressurestable manner in the vertical direction, characterized in that the thrust members of the thrust column arranged in a row are connected to one another about a deflection axis which is formed at least between two adjacent thrust members , is aligned eccentrically to the thrust body and transversely to the longitudinal direction of the thrust column , and is pivotable in one direction about the deflection axis and is designed to be pressure-resistant in the opposite direction by the thrust bodies of the thrust members lying one on top of the other.
A method of knitting a double-layered fabric forming an article or part of an article to be knitted using a knitting machine , wherein the knitting machine is arranged to knit with a plurality of yarns using a plurality of knitting needles , each knitting needle being arranged during knitting of a stitch to connect with and knit with one of the plurality of yarns , and wherein yarns may transition from one layer of the fabric to another in a swap; the method comprising controllably varying the stitch length for each stitch in dependence on a pattern to be knitted, wherein the method is characterised in that a density of the pattern of the knitted double-layered fabric is defined as the ratio of swaps to stitches present and the stitch length is varied in dependence on the density of the pattern of the knitted fabric, such that the produced article will have a predetermined size.
A receiving device for parcels or packages that are delivered by air, comprising - a weatherproof housing having an opening for inserting a parcel or a package, - an optical signal device which preferably emits signals in the infrared range and is protected from the weather in the housing and illuminates the opening when emitting signals, - a device for receiving wirelessly transmitted signals, - a device for wired, optical or wireless reception of authorization information, such as cryptographic keys and delivery information, wherein - when a drone is approaching, it emits a signal by which said drone identifies itself and - the device for receiving wirelessly transmitted signals receives this signal from the drone, after which the - optical signal device emits a coded signal previously agreed by the device for the wired, optical or wireless reception of authorization information, with which the receiving device makes itself noticeable to the drone , in that the optical signal device illuminates the opening with the signal when emitting signals , characterized in that - the opening is surrounded by a frosted, optically transparent ring which diffuses the light of the optical signal device . - a weatherproof housing having an opening for inserting a parcel or a package, - an optical signal device which preferably emits signals in the infrared range and is protected from the weather in the housing and illuminates the opening when emitting signals, - a device for receiving wirelessly transmitted signals, - a device for wired, optical or wireless reception of authorization information, such as cryptographic keys and delivery information, - when a drone is approaching, it emits a signal by which said drone identifies itself and - the device for receiving wirelessly transmitted signals receives this signal from the drone, after which the - optical signal device emits a coded signal previously agreed by the device for the wired, optical or wireless reception of authorization information, with which the receiving device makes itself noticeable to the drone , in that the optical signal device illuminates the opening with the signal when emitting signals , - the opening is surrounded by a frosted, optically transparent ring which diffuses the light of the optical signal device .
A bicycle wheel cover comprising: a drive side disc having a drive side disc body adapted to cover the drive side of a bicycle wheel; and a non-drive side disc having a non-drive side disc body adapted to cover the non-drive side of a bicycle wheel, the non-drive side disc body comprising a radial inner domed portion and a radial outer planar portion , wherein: at least one of the drive side and non-drive side discs comprises a wheel securement structure arranged to permit a connection between the disc and a bicycle wheel; at least one of the drive side and non-drive side discs comprises a disc securement structure arranged to permit a connection between the discs; and the drive side disc body is domed between its inner edge and its outer edge . a drive side disc having a drive side disc body adapted to cover the drive side of a bicycle wheel; and a non-drive side disc having a non-drive side disc body adapted to cover the non-drive side of a bicycle wheel, the non-drive side disc body comprising a radial inner domed portion and a radial outer planar portion , wherein: at least one of the drive side and non-drive side discs comprises a wheel securement structure arranged to permit a connection between the disc and a bicycle wheel; at least one of the drive side and non-drive side discs comprises a disc securement structure arranged to permit a connection between the discs; and the drive side disc body is domed between its inner edge and its outer edge . at least one of the drive side and non-drive side discs comprises a wheel securement structure arranged to permit a connection between the disc and a bicycle wheel; at least one of the drive side and non-drive side discs comprises a disc securement structure arranged to permit a connection between the discs; and the drive side disc body is domed between its inner edge and its outer edge .
A method of fastening elements, in which the edges of two box-structure elements are arranged against each other, both elements comprising: - a first surface panel , - a second surface panel arranged at a distance from the first surface panel , - a spacer structure attaching the first and second surface panel to each other and defining the distance therebetween, wherein the spacer structure comprises a surrounding timber running parallel with the edges of the element, fastening the surface panels to each other and in which at least one of the surrounding timbers of the edge of the element is provided with at least one groove for a locking tenon , - the grooves formed into the surrounding timbers of the elements are arranged to face each other, and - a tenon fastening the elements together is arranged into the grooves , characterized in that - the edges of the elements are pushed away from each other by inserting pressure medium into at least one pressure tightening gap . - a first surface panel , - a second surface panel arranged at a distance from the first surface panel , - a spacer structure attaching the first and second surface panel to each other and defining the distance therebetween, wherein the spacer structure comprises a surrounding timber running parallel with the edges of the element, fastening the surface panels to each other and in which at least one of the surrounding timbers of the edge of the element is provided with at least one groove for a locking tenon , - the grooves formed into the surrounding timbers of the elements are arranged to face each other, and - a tenon fastening the elements together is arranged into the grooves , - the edges of the elements are pushed away from each other by inserting pressure medium into at least one pressure tightening gap .
An electronic device , comprising: a communication module ; a touch screen ; and a processor configured to: connect with a first external device via the communication module; in response to occurrence of an event, generate a notification corresponding to the event; determine a priority based on real time dependence of at least one application executed in at least one the electronic device or the first external device; select one of the electronic device or the first external device based on the priority; control the touch screen to display the notification associated with the event by the electronic device when the electronic device is selected; and transmit the notification associated with the event to the external device when the external device is selected. a communication module ; a touch screen ; and a processor configured to: connect with a first external device via the communication module; in response to occurrence of an event, generate a notification corresponding to the event; determine a priority based on real time dependence of at least one application executed in at least one the electronic device or the first external device; select one of the electronic device or the first external device based on the priority; control the touch screen to display the notification associated with the event by the electronic device when the electronic device is selected; and transmit the notification associated with the event to the external device when the external device is selected. connect with a first external device via the communication module; in response to occurrence of an event, generate a notification corresponding to the event; determine a priority based on real time dependence of at least one application executed in at least one the electronic device or the first external device; select one of the electronic device or the first external device based on the priority; control the touch screen to display the notification associated with the event by the electronic device when the electronic device is selected; and transmit the notification associated with the event to the external device when the external device is selected.
A catalytic process for preparing an α,β-ethylenicallyunsaturated carboxylic acid salt, comprising contacting an alkene and carbon dioxide with a carboxylation catalyst being a transition metal complex, an alkoxide, and an organic solvent, to obtain an α,β-ethylenicallyunsaturated carboxylic acid salt, the organic solvent being incompletely miscible with water at a pressure of 1 bar at at least one temperature T and selected from amides and ureas, T being a temperature in the range from 10°C to 90°C.
A method performed by one or more computers, the method comprising: generating, by the one or more computers, document data for each of multiple web pages, the document data for each web page specifying size and position information for resources in the web page, wherein the document data for each web page is generated by analyzing a rendering of the web page by the one or more computers or based on one or more previous renderings of the web page; storing, by the one or more computers, the document data for each of the multiple web pages in a repository ; after storing the document data for the web pages in the repository, receiving, by the one or more computers, a request from a client device , wherein the request corresponds to a particular web page; retrieving, by the one or more computers, the document data for the particular web page from the repository; and providing, by the one or more computers, the retrieved document data for the particular web page to the client device in response to the request. generating, by the one or more computers, document data for each of multiple web pages, the document data for each web page specifying size and position information for resources in the web page, wherein the document data for each web page is generated by analyzing a rendering of the web page by the one or more computers or based on one or more previous renderings of the web page; storing, by the one or more computers, the document data for each of the multiple web pages in a repository ; after storing the document data for the web pages in the repository, receiving, by the one or more computers, a request from a client device , wherein the request corresponds to a particular web page; retrieving, by the one or more computers, the document data for the particular web page from the repository; and providing, by the one or more computers, the retrieved document data for the particular web page to the client device in response to the request.