mhurhangee/ep-ind-claims huggingface dataset:
A roof window having a frame and a sash, each having a top member (103, 107), a bottom member (104, 108) and two side members (105, 109), the sash being pivotally connected to the frame so that a pivotal opening movement of the sash in relation to the frame moves the window between a closed position and a fully opened position, wherein the window comprises a pressure spring, the pressure spring over at least a part of the opening movement pushing the sash against the fully opened position of the window, the pressure spring at a first position being rotatably attached to a first of the side sash members, characterized in that the pressure spring at a second position is rotatably attached to an arm, and the arm at a third position is rotatably attached to the first of the side sash members and at a fourth position is rotatably attached to a foot, the foot being connected to a first of the side frame members, which is associated with the first side sash member, such as to be able to move in a longitudinal direction of the first side frame member during said opening movement, said longitudinal direction extending from the bottom frame member towards the top frame member.
A computer-implemented method for processing blockchain data in a trusted execution environment, TEE, executing on a computing device communicably coupled to a blockchain network, the method comprising: receiving a request from a blockchain node of the blockchain network to execute one or more software instructions in the TEE; determining one or more blocks that are infrequently accessed for executing the one or more software instructions, wherein block data associated with the one or more blocks are retrievable to execute a smart contract, and wherein the one or more blocks are stored on the blockchain node and are appended to a blockchain; performing error correction coding of the one or more blocks only in the TEE associated with a trusted node to generate one or more encoded blocks, wherein the one or more encoded blocks are verifiable by the other nodes of the blockchain network; dividing each of the one or more encoded blocks to a plurality of datasets based on the one or more software instructions; and sending the plurality of datasets and a data storage arrangement to the blockchain nodes of the blockchain network based on the one or more software instructions, wherein the data storage arrangement indicates at least one of the plurality of datasets to be stored by each of the blockchain nodes. receiving a request from a blockchain node of the blockchain network to execute one or more software instructions in the TEE; determining one or more blocks that are infrequently accessed for executing the one or more software instructions, wherein block data associated with the one or more blocks are retrievable to execute a smart contract, and wherein the one or more blocks are stored on the blockchain node and are appended to a blockchain; performing error correction coding of the one or more blocks only in the TEE associated with a trusted node to generate one or more encoded blocks, wherein the one or more encoded blocks are verifiable by the other nodes of the blockchain network; dividing each of the one or more encoded blocks to a plurality of datasets based on the one or more software instructions; and sending the plurality of datasets and a data storage arrangement to the blockchain nodes of the blockchain network based on the one or more software instructions, wherein the data storage arrangement indicates at least one of the plurality of datasets to be stored by each of the blockchain nodes.
A method for enhancing an image, the method comprising: retrieving a left image and a right image from an image source, the left image and the right image each depicting a same scene from a different viewpoint; determining a depth map based on a difference in spatial orientation between the left image and the right image; identifying a point of the left image or the right image selected by a user, wherein the selected point is associated with a first depth; determining one enhancement region surrounding the selected point based on the determined depth map, wherein determining the enhancement region comprises starting from the selected point of the left image or the right image and identifying, as the enhancement region, one contiguous portion of the left image or the right image that includes pixels that are contiguous with the selected point and have a depth within a threshold of the first depth; and sharpening only the enhancement region. retrieving a left image and a right image from an image source, the left image and the right image each depicting a same scene from a different viewpoint; determining a depth map based on a difference in spatial orientation between the left image and the right image; identifying a point of the left image or the right image selected by a user, wherein the selected point is associated with a first depth; determining one enhancement region surrounding the selected point based on the determined depth map, wherein determining the enhancement region comprises starting from the selected point of the left image or the right image and identifying, as the enhancement region, one contiguous portion of the left image or the right image that includes pixels that are contiguous with the selected point and have a depth within a threshold of the first depth; and sharpening only the enhancement region.
A plumbing arrangement element (100, 200) configured to be mounted to a structure (153, 155, 255) of a building comprising a vertical waste pipe system (154a, 154b), the plumbing arrangement element being configured to support a toilet bowl having a waste outlet, wherein the plumbing arrangement element comprises a vertical support structure configured to be mounted stationarily to the structure of the building; a movable unit (120, 124), the movable unit comprising a structure to which is attachable the toilet bowl; and a waste pipe assembly (130, 230) for conducting waste from the toilet bowl to the vertical waste pipe system of the building, the waste pipe assembly comprising a movable waste pipe arrangement, and the movable waste pipe arrangement comprising a waste pipe fitting for connecting the waste pipe assembly to the waste outlet of the toilet bowl; characterized in that the waste pipe assembly has an upper end (133, 233) and a lower end, wherein the upper end is connectable to the vertical waste pipe system of the building above the plumbing arrangement element, and the lower end is connectable to the vertical waste pipe system below the plumbing arrangement element; the movable unit and the movable waste pipe arrangement are configured to be adjustable with respect to the vertical support structure in the vertical direction, the vertical support structure forming a guide for the adjustment of the movable unit in the vertical direction, the plumbing arrangement element thereby being configured to allow the height adjustment of the structure (121, 123) to which is attachable the toilet bowl; and wherein the waste pipe assembly (130, 230) comprises a stationary vertical upper part (138, 139, 239) that is stationary with respect to the vertical support structure, and a pipe fitting configured to slidably receive a part of one of the stationary vertical upper part and the movable waste pipe arrangement, thereby connecting the stationary vertical upper part and the movable waste pipe arrangement so that the total length of the waste pipe assembly is adjustable in the vertical direction.
A method of diagnosing and/or prognosing a proliferative disorder in a subject, the method comprising: performing an ATR-IR spectroscopic analysis of a liquid blood serum sample from the subject to produce a spectroscopic signature characteristic of the liquid blood serum sample, wherein the liquid blood serum sample has been coated onto a surface of an ATR crystal and wherein the spectroscopic signature characteristic of the liquid blood serum sample is compared to a database of representative signatures previously obtained from samples from subjects with known proliferative or non-proliferative disorders, in order to diagnose and/or prognose, through comparison of the respective signatures, whether or not the subject has a proliferative disorder, such as cancer.
A certificate acquiring device representing a master virtualized network function component, VNFC, instance, comprising: a receiving module, configured to receive a certificate application representation message sent by a newly installed virtualized network function component, VNFC, instance, wherein the certificate application representation message comprises a public key used by the newly installed VNFC instance to apply for a certificate; a sending module, configured to send a certificate request message to a certification authority according to the certificate application representation message received by the receiving module, to request the certification authority to issue a certificate to the newly installed VNFC instance, wherein the certificate request message comprises a certificate of the master VNFC instance and the public key used by the newly installed VNFC instance to apply for a certificate; and an acquiring module, configured to acquire the certificate issued by the certification authority, wherein the certificate is issued by the certification authority by using the public key used by the newly installed VNFC instance to apply for a certificate. a receiving module, configured to receive a certificate application representation message sent by a newly installed virtualized network function component, VNFC, instance, wherein the certificate application representation message comprises a public key used by the newly installed VNFC instance to apply for a certificate; a sending module, configured to send a certificate request message to a certification authority according to the certificate application representation message received by the receiving module, to request the certification authority to issue a certificate to the newly installed VNFC instance, wherein the certificate request message comprises a certificate of the master VNFC instance and the public key used by the newly installed VNFC instance to apply for a certificate; and an acquiring module, configured to acquire the certificate issued by the certification authority, wherein the certificate is issued by the certification authority by using the public key used by the newly installed VNFC instance to apply for a certificate.
A mixing element designed to be installed in a housing of an electrochemical accumulator operating with liquid electrolyte in order to mix the electrolyte in consequence of forces and/or motion exerted on the accumulator during operation, wherein the mixing element is designed as a hollow body provided with at least one opening (10, 11, 14) at respective opposite end regions such that a channel is formed in the hollow body which leads into the respective at least one opening (10, 11, 14) in the opposite end regions and is circumferentially delineated there by the material of the mixing element, wherein the mixing element comprises a volumetric space in the area of an upper end region which is designed to be arranged above an opposite lower end region when installed in the housing and be of substantially larger circumference than the circumference of the sections of the mixing element underneath such that the sections of the mixing element underneath form at least one flow channel of lesser cross-sectional area compared to the cross-sectional area of the volumetric space, characterized in that the circumference of the hollow body decreases toward the lower end region in the area of the flow channel below a transition from the volumetric space to the flow channel due to at least two discontinuities being provided such that there are at least two transitions for the flow resistance of the electrolyte along the course of the flow channel.
A cooling structure (12, 13) comprising: a plurality of bars spaced apart from each other and configured to extend along a first surface of a battery cell; a support configured to support the plurality of bars; a plurality of flow paths defined by the first surface of the battery cell and a pair of adjacent bars of the plurality of bars, the plurality of flow paths being configured to guide flow of a coolant in contact with the first surface of the battery cell; and a sealing portion configured to enclose the plurality of bars and the plurality of flow paths, wherein said sealing portion comprises: a longitudinal direction member (1261a,b) extending in a longitudinal direction of the plurality of bars and configured to contact the first surface of the battery cell; an arrangement direction member (1262a,b) extending in an arrangement direction of the plurality of bars and configured to contact a second surface of the battery cell; and a connection member (1263a, 1264a,b, 1265a,b, 1266a,b) configured to connect the longitudinal direction member (1261a,b) and the arrangement direction member (1262a,b) and to contact an edge portion between the first surface and the second surface of the battery cell. a plurality of bars spaced apart from each other and configured to extend along a first surface of a battery cell; a support configured to support the plurality of bars; a plurality of flow paths defined by the first surface of the battery cell and a pair of adjacent bars of the plurality of bars, the plurality of flow paths being configured to guide flow of a coolant in contact with the first surface of the battery cell; and a sealing portion configured to enclose the plurality of bars and the plurality of flow paths, wherein said sealing portion comprises: a longitudinal direction member (1261a,b) extending in a longitudinal direction of the plurality of bars and configured to contact the first surface of the battery cell; an arrangement direction member (1262a,b) extending in an arrangement direction of the plurality of bars and configured to contact a second surface of the battery cell; and a connection member (1263a, 1264a,b, 1265a,b, 1266a,b) configured to connect the longitudinal direction member (1261a,b) and the arrangement direction member (1262a,b) and to contact an edge portion between the first surface and the second surface of the battery cell. a longitudinal direction member (1261a,b) extending in a longitudinal direction of the plurality of bars and configured to contact the first surface of the battery cell; an arrangement direction member (1262a,b) extending in an arrangement direction of the plurality of bars and configured to contact a second surface of the battery cell; and a connection member (1263a, 1264a,b, 1265a,b, 1266a,b) configured to connect the longitudinal direction member (1261a,b) and the arrangement direction member (1262a,b) and to contact an edge portion between the first surface and the second surface of the battery cell.
A device for transmitting encrypted information to a mobile communication network, comprising: - a communication interface; and - at least one processor configured to derive a first security key based on information relating to a first node, the first node being a first Access Point of said mobile communication network, to use said communication interface to request use of or to use a further device as a relay to said mobile communication network, to determine whether said further device is connected to said first node and/or receive a message when another device has determined that said further device is not connected to said first node, and upon determining that said further device is not connected to said first node or upon receipt of said message: to derive a second security key based on information relating to a second node, the second node being a second Access Point of said mobile communication network to which said further device is connected, and to use said communication interface to transmit information to said mobile communication network via said further device, said information being encrypted using said second security key. - a communication interface; and - at least one processor configured to derive a first security key based on information relating to a first node, the first node being a first Access Point of said mobile communication network, to use said communication interface to request use of or to use a further device as a relay to said mobile communication network, to determine whether said further device is connected to said first node and/or receive a message when another device has determined that said further device is not connected to said first node, and upon determining that said further device is not connected to said first node or upon receipt of said message: to derive a second security key based on information relating to a second node, the second node being a second Access Point of said mobile communication network to which said further device is connected, and to use said communication interface to transmit information to said mobile communication network via said further device, said information being encrypted using said second security key. to derive a second security key based on information relating to a second node, the second node being a second Access Point of said mobile communication network to which said further device is connected, and to use said communication interface to transmit information to said mobile communication network via said further device, said information being encrypted using said second security key.
A lighting device (100, 600, 700, 800a, 800b, 900, 1000a, 1000b, 1000c), comprising: one or more LED-based light sources; a communication interface; and a controller operably coupled with the one or more LED-based light sources and the communication interface, characterized in that the controller is configured to: ascertain, based at least in part on a database (851, 951) of one or more lighting device records associated with one or more lighting devices of a lighting system with which the lighting device is associated, a composition of the lighting system; determine whether the ascertained composition satisfies a predetermined criterion; and activate a deactivated lighting device function of the lighting device if the ascertained composition satisfies the predetermined criterion, wherein the deactivated lighting device function is a routine or state machine that is built into the lighting device, but that is not enabled until activated by the controller. one or more LED-based light sources; a communication interface; and a controller operably coupled with the one or more LED-based light sources and the communication interface, ascertain, based at least in part on a database (851, 951) of one or more lighting device records associated with one or more lighting devices of a lighting system with which the lighting device is associated, a composition of the lighting system; determine whether the ascertained composition satisfies a predetermined criterion; and activate a deactivated lighting device function of the lighting device if the ascertained composition satisfies the predetermined criterion, wherein the deactivated lighting device function is a routine or state machine that is built into the lighting device, but that is not enabled until activated by the controller.
A method for identifying a compound that stimulates beta cell differentiation, proliferation and/or expansion, by determining the ability of said compound to induce the glucocorticoid receptor dependent-transactivation pathway in said beta cells, wherein a compound that is capable of inducing the glucocorticoid receptor-dependent transactivation pathway, is identified as a compound that stimulates beta cell differentiation, proliferation and/or expansion.
A construction machine comprising: a self-propelled lower traveling structure; an upper revolving structure provided with a working mechanism and mounted rotatably on the lower traveling structure; a blade mounted rotatably on the lower traveling structure and extending in the left-and-right direction; a mast mounted on the blade and extending in the vertical direction; and a blade position detector provided on an upper end side of the mast to detect the position of the blade, characterized in that: the construction machine further comprises: a mast position detecting device (27, 28) detecting the mounting position of the mast relative to the blade, and a rotation limiting device limiting the revolving range for allowing the upper revolving structure to revolve, depending on the mounting position of the mast detected by the mast position detecting device (27, 28). a self-propelled lower traveling structure; an upper revolving structure provided with a working mechanism and mounted rotatably on the lower traveling structure; a blade mounted rotatably on the lower traveling structure and extending in the left-and-right direction; a mast mounted on the blade and extending in the vertical direction; and a blade position detector provided on an upper end side of the mast to detect the position of the blade, characterized in that: the construction machine further comprises: a mast position detecting device (27, 28) detecting the mounting position of the mast relative to the blade, and a rotation limiting device limiting the revolving range for allowing the upper revolving structure to revolve, depending on the mounting position of the mast detected by the mast position detecting device (27, 28). a mast position detecting device (27, 28) detecting the mounting position of the mast relative to the blade, and a rotation limiting device limiting the revolving range for allowing the upper revolving structure to revolve, depending on the mounting position of the mast detected by the mast position detecting device (27, 28).