mhurhangee/patent-ind-claim-en huggingface dataset:
System composed of a hand-held tool with a battery interface , a hand-held tool battery and an auxiliary measuring device for a hand-held tool, wherein the hand-held tool has at least one measuring device interface which is provided for receiving at least data with measurement information of the auxiliary measuring device for the hand-held tool during operation, wherein the auxiliary measuring device for the hand-held tool has a hand-held tool interface and a power interface , characterized in that the auxiliary measuring device for the hand-held tool has a transmitter means , an inclination sensor and a distance measuring sensor , and the hand-held tool interface is provided for transmitting the data with measurement information about the hand-held tool battery to the hand-held tool by means of the transmitter means during operation.
A system for performing tissue therapy, comprising: a reduced pressure source; a drape configured for positioning over a tissue site of a patient to form a sealed space between the tissue site and the drape for receiving a reduced pressure; a conduit fluidly connected between said reduced pressure source and the tissue site, said conduit configured to apply a reduced pressure produced by said reduced pressure source to the tissue site; an airflow sensor in fluid communication with the sealed space via the conduit , the airflow sensor configured to sense a flow rate level of fluid within the conduit and to generate an airflow sensor signal in response to sensing the flow rate level; a processing unit in electrical communication with the airflow sensor and configured to receive the airflow sensor signal; and an electronic display in communication with the processing unit , said processing unit configured to display a graphical user interface that includes a selectable element to cause said processing unit to enter into a fluid leak location detection mode, , wherein the graphical user interface includes a graphical indicator indicative of the flow rate level while in the fluid leak location mode, the graphical indicator having a dynamic portion which increases and decreases based on the flow rate level. a drape configured for positioning over a tissue site of a patient to form a sealed space between the tissue site and the drape for receiving a reduced pressure; a conduit fluidly connected between said reduced pressure source and the tissue site, said conduit configured to apply a reduced pressure produced by said reduced pressure source to the tissue site; an airflow sensor in fluid communication with the sealed space via the conduit , the airflow sensor configured to sense a flow rate level of fluid within the conduit and to generate an airflow sensor signal in response to sensing the flow rate level; a processing unit in electrical communication with the airflow sensor and configured to receive the airflow sensor signal; and an electronic display in communication with the processing unit , said processing unit configured to display a graphical user interface that includes a selectable element to cause said processing unit to enter into a fluid leak location detection mode, , wherein the graphical user interface includes a graphical indicator indicative of the flow rate level while in the fluid leak location mode, the graphical indicator having a dynamic portion which increases and decreases based on the flow rate level.
A computer implemented data processing method for a Bloom filter, comprising: obtaining (S101) a key value; performing (S102) a hash operation on the key value separately by using K different hash functions, to obtain K hash values; obtaining (S103) K addresses through calculation based on the K hash values, wherein each of the K addresses has a one-to-one association with one of K words comprised in a target data block, different addresses are associated with different words, and one of the addresses is used to indicate a bit in a word associated with the address; and based on the K addresses, setting (S104) a parameter corresponding to a bit that is indicated by each of the addresses and that is in a word associated with the address, or reading a parameter corresponding to a bit that is indicated by each of the addresses and that is in a word associated with the address, to determine, based on the read parameter, whether the key value belongs to the Bloom filter characterized in that the step of setting a parameter (S104) comprises: performing the following step on a bit comprised in each of the K words comprised in the target data block, to set a parameter corresponding to the bit comprised in the word: setting a parameter corresponding to a bit that is indicated by one of the K addresses and that is in a word associated with the address to a first parameter. obtaining (S101) a key value; performing (S102) a hash operation on the key value separately by using K different hash functions, to obtain K hash values; obtaining (S103) K addresses through calculation based on the K hash values, wherein each of the K addresses has a one-to-one association with one of K words comprised in a target data block, different addresses are associated with different words, and one of the addresses is used to indicate a bit in a word associated with the address; and based on the K addresses, setting (S104) a parameter corresponding to a bit that is indicated by each of the addresses and that is in a word associated with the address, or reading a parameter corresponding to a bit that is indicated by each of the addresses and that is in a word associated with the address, to determine, based on the read parameter, whether the key value belongs to the Bloom filter characterized in that the step of setting a parameter (S104) comprises: performing the following step on a bit comprised in each of the K words comprised in the target data block, to set a parameter corresponding to the bit comprised in the word: setting a parameter corresponding to a bit that is indicated by one of the K addresses and that is in a word associated with the address to a first parameter.
An analysis laboratory comprising at least a first and a second laboratory automation system, placed at different heights, the first laboratory automation system being at a lower level and the second laboratory automation system being at a higher level, and an apparatus for the transfer of conveying devices for single test tubes containing biological material, at least between said first and said second laboratory automation system, said conveying devices being adapted to keep said test tube in a vertical position during handling, said apparatus comprising a motor-driven belt , arranged vertically with respect to said first and second laboratory automation systems, shelves fixed to said motor-driven belt for accommodating said conveying devices , said shelves remaining horizontal during said transfer so that the test tubes remain in vertical position, said belt allowing, by means of its rotation, the conveying devices to be lifted from said first laboratory automation system to said second laboratory automation system , and the conveying devices to be simultaneously descended from said second laboratory automation system to said first laboratory automation system , thus defining two distinct branches of said apparatus , an ascent branch and a descent branch, said analysis laboratory is characterized in that each of said branches is directly interfaced with said first and second laboratory automation system, a first loading point of the conveying devices on said apparatus and a first unloading point of the conveying devices from said apparatus of said first laboratory automation system are defined respectively at the interface with said ascent branch and with said descent branch, a second loading point of the conveying devices on said apparatus and a second unloading point of the conveying devices from said apparatus of said second laboratory automation system are defined respectively at the interface with said descent branch and with said ascent branch, pushers of said apparatus are present at each loading and unloading point adapted to horizontally move the conveying devices so as to keep the test tubes in vertical position during the transfer from each of said first and second laboratory automation system to one of said shelves and vice versa, thereby parallelizing the operations of said apparatus along its two distinct branches and carrying out, along said branches of said apparatus , the transfer of specimens from the first automation system to the second automation system and vice versa.
A vegetable oil blend comprising at least two vegetable oils, each of which is any one of natural vegetable oil or processed oil from vegetable source, wherein at least one of said vegetable oils is any one of the following oils, each having a reduced phytosterol level compared to the corresponding oil of the same origin: - coconut oil having a phytosterol content of less than 450 ppm; - palm kernel oil having a phytosterol content of less than 900 ppm; - soybean oil having a phytosterol content of less than 1800 ppm; - rapeseed oil having a phytosterol content of less than 5800 ppm; - sunflower oil having a phytosterol content of less than 1600 ppm; - high oleic sunflower oil having a phytosterol content of less than 1500 ppm; - corn oil having a phytosterol content of less than 5900 ppm; - palm olein oil having a phytosterol content of less than 700 ppm; - palm oil having a phytosterol content of less than 530 ppm; - safflower oil having a phytosterol content of less than 8500 ppm; or - high oleic safflower oil having a phytosterol content of less than 1200 ppm. - coconut oil having a phytosterol content of less than 450 ppm; - palm kernel oil having a phytosterol content of less than 900 ppm; - soybean oil having a phytosterol content of less than 1800 ppm; - rapeseed oil having a phytosterol content of less than 5800 ppm; - sunflower oil having a phytosterol content of less than 1600 ppm; - high oleic sunflower oil having a phytosterol content of less than 1500 ppm; - corn oil having a phytosterol content of less than 5900 ppm; - palm olein oil having a phytosterol content of less than 700 ppm; - palm oil having a phytosterol content of less than 530 ppm; - safflower oil having a phytosterol content of less than 8500 ppm; or - high oleic safflower oil having a phytosterol content of less than 1200 ppm.
A generation method of a media file including a metadata box containing metadata and a media data box containing media data, the method comprising: - obtaining video data, the video data comprising scalable layers and a plurality of image tiles and being structured as NAL units; - obtaining at least one image tile from amongst the plurality of image tiles of obtained video data, the obtained image tiles forming a subset of the plurality of image tiles of the obtained video data; - creating a track comprising a plurality of NAL units structuring video data related to at least one obtained image tile; and - generating a media file containing a media data box in which the plurality of NAL units comprised in the created track are contained and a metadata box in which scalable layer information and tile information relating to the plurality of NAL units contained in media data box are contained, the scalable layer information indicating a scalable layer corresponding to one or more NAL units comprised in the created track, and the tile information indicating an image tile corresponding to one or more NAL units comprised in the created track, wherein: - the media file contains NAL units of a plurality of scalable layers whose quality or resolution is different from each other; and - tile information comprising a piece of information for signaling the decoding dependencies of the at least one obtained image tile. - obtaining video data, the video data comprising scalable layers and a plurality of image tiles and being structured as NAL units; - obtaining at least one image tile from amongst the plurality of image tiles of obtained video data, the obtained image tiles forming a subset of the plurality of image tiles of the obtained video data; - creating a track comprising a plurality of NAL units structuring video data related to at least one obtained image tile; and - generating a media file containing a media data box in which the plurality of NAL units comprised in the created track are contained and a metadata box in which scalable layer information and tile information relating to the plurality of NAL units contained in media data box are contained, the scalable layer information indicating a scalable layer corresponding to one or more NAL units comprised in the created track, and the tile information indicating an image tile corresponding to one or more NAL units comprised in the created track, - the media file contains NAL units of a plurality of scalable layers whose quality or resolution is different from each other; and - tile information comprising a piece of information for signaling the decoding dependencies of the at least one obtained image tile.
Hob extractor for extracting cooking vapors in a vertically downward direction, comprising 1.1. a cooking vapor inlet opening and 1.2. a device for closing and opening the cooking vapor inlet opening , 1.3. wherein the device for closing and opening the cooking vapor inlet opening comprises a -from the top view - rectangular or square and - viewing the cross-sectional area - plate-shaped closure element or a closure element corresponding to a fully symmetrical or a curved bearing surface profile, the closure element being rotatable back and forth between a horizontal orientation - when the cooking vapor inlet opening is closed - and a vertical orientation - when the cooking vapor inlet opening is open - by rotating and/or pivoting and/or shifting and/or displacing around its horizontal axis of rotation running in parallel to the longitudinal axis of the cooking vapor inlet opening or coinciding with same, 1.4. wherein the closure element is reversibly fixable in a central region of a with of the cooking vapor inlet opening in vertical orientation, 1.5. wherein the closure element is also reversibly fixable in horizontal orientation - blocking the cooking vapor inlet opening - and 1.6. wherein the axis of rotation of the closure element , during the rotation of the closure element from its horizontal into its vertical position, is subject to a dislocation. 1.1. a cooking vapor inlet opening and 1.2. a device for closing and opening the cooking vapor inlet opening , 1.3. wherein the device for closing and opening the cooking vapor inlet opening comprises a -from the top view - rectangular or square and - viewing the cross-sectional area - plate-shaped closure element or a closure element corresponding to a fully symmetrical or a curved bearing surface profile, the closure element being rotatable back and forth between a horizontal orientation - when the cooking vapor inlet opening is closed - and a vertical orientation - when the cooking vapor inlet opening is open - by rotating and/or pivoting and/or shifting and/or displacing around its horizontal axis of rotation running in parallel to the longitudinal axis of the cooking vapor inlet opening or coinciding with same, 1.4. wherein the closure element is reversibly fixable in a central region of a with of the cooking vapor inlet opening in vertical orientation, 1.5. wherein the closure element is also reversibly fixable in horizontal orientation - blocking the cooking vapor inlet opening - and 1.6. wherein the axis of rotation of the closure element , during the rotation of the closure element from its horizontal into its vertical position, is subject to a dislocation.
A display module comprising: a display panel including a first edge and a second edge facing the first edge; a support plate disposed on a rear surface of the display panel; and an adhesive layer disposed between the display panel and the support plate, the adhesive layer being configured to adhere to the display panel and the support plate, wherein the adhesive layer includes: a first area and a second area configured to provide a first adhesive force; and a third area configured to provide a second adhesive force different from the first adhesive force disposed between the first area and the second area, the third area extending from the first edge to the second edge, the third area extending in the direction of a folding axis of the display panel, and wherein the third area has a first width in a central area between the first edge and the second edge and a second width in areas adjacent to the first edge and the second edge, the second width being different from the first width. a display panel including a first edge and a second edge facing the first edge; a support plate disposed on a rear surface of the display panel; and an adhesive layer disposed between the display panel and the support plate, the adhesive layer being configured to adhere to the display panel and the support plate, wherein the adhesive layer includes: a first area and a second area configured to provide a first adhesive force; and a third area configured to provide a second adhesive force different from the first adhesive force disposed between the first area and the second area, the third area extending from the first edge to the second edge, the third area extending in the direction of a folding axis of the display panel, and wherein the third area has a first width in a central area between the first edge and the second edge and a second width in areas adjacent to the first edge and the second edge, the second width being different from the first width. a first area and a second area configured to provide a first adhesive force; and a third area configured to provide a second adhesive force different from the first adhesive force disposed between the first area and the second area, the third area extending from the first edge to the second edge, the third area extending in the direction of a folding axis of the display panel, and wherein the third area has a first width in a central area between the first edge and the second edge and a second width in areas adjacent to the first edge and the second edge, the second width being different from the first width.
A method performed by a user equipment, UE, the method comprising: receiving a configuration for setting a user equipment in an inactive state, transitioning the UE to an inactive state and starting a first timer for a periodic RAN-based notification area update (PRNAU timer) with a first period; setting a second timer for a non-periodic RAN-based notification area update (NRNAU timer) with a second period; determining synchronization with a network as failed, starting the second timer in response to determining synchronization with the network as failed; determining the second timer as expiring while the first timer is running, and performing a non-periodic radio access network, RAN-based, notification update to the network in response to determining synchronization with the network as failed and in response to the second timer expiring while the first timer is running; and transitioning the UE to an idle state in response to the notification update as being failed. receiving a configuration for setting a user equipment in an inactive state, transitioning the UE to an inactive state and starting a first timer for a periodic RAN-based notification area update (PRNAU timer) with a first period; setting a second timer for a non-periodic RAN-based notification area update (NRNAU timer) with a second period; determining synchronization with a network as failed, starting the second timer in response to determining synchronization with the network as failed; determining the second timer as expiring while the first timer is running, and performing a non-periodic radio access network, RAN-based, notification update to the network in response to determining synchronization with the network as failed and in response to the second timer expiring while the first timer is running; and transitioning the UE to an idle state in response to the notification update as being failed.
A method for achieving remote updating of application programs in an application environment, the application environment comprising a terminal manager , downloading nodes and terminals , wherein the terminals are communicatively coupled with the terminal manager and the downloading nodes via network , wherein the method comprises the following steps: when the issuing time point of updating data packets of application programs is reached, the terminal manager sends the updating data packets to a plurality of nodes synchronously; in response to an initiation of an interaction process between the terminal manager and one of the plurality of terminals, the terminal manager determines whether the terminal is an object for which a remote updating of application programs is executed; if the terminal is an object for which a remote updating of application programs is executed, the terminal manager designates at least one downloading node for this terminal, and sends an identifier of the updating data packets and the address of the designated downloading node to this terminal; and when the updating time point of application programs is reached, an application program updating operation is executed on the terminal that has successfully downloaded the updating data packets, wherein either the terminal manager or the terminals initiates a communication with the other one at a predetermined time interval, as a response, the terminal manager firstly determines whether the terminal in communication is an object for which a remote updating of application programs is to be conducted, and if the terminal is an object to be updated, one or more of the plurality of downloading nodes is designated as the downloading node for this terminal. when the issuing time point of updating data packets of application programs is reached, the terminal manager sends the updating data packets to a plurality of nodes synchronously; in response to an initiation of an interaction process between the terminal manager and one of the plurality of terminals, the terminal manager determines whether the terminal is an object for which a remote updating of application programs is executed; if the terminal is an object for which a remote updating of application programs is executed, the terminal manager designates at least one downloading node for this terminal, and sends an identifier of the updating data packets and the address of the designated downloading node to this terminal; and when the updating time point of application programs is reached, an application program updating operation is executed on the terminal that has successfully downloaded the updating data packets, wherein either the terminal manager or the terminals initiates a communication with the other one at a predetermined time interval, as a response, the terminal manager firstly determines whether the terminal in communication is an object for which a remote updating of application programs is to be conducted, and if the terminal is an object to be updated, one or more of the plurality of downloading nodes is designated as the downloading node for this terminal.