mhurhangee/ep-ind-claims huggingface dataset:
A microneedle provided on a substrate, comprising: an elongated body extending from a distal end thereof with a bevel to a proximal end on the substrate along a longitudinal axis, wherein the elongated body comprises a capillary bore extending in a longitudinal direction thereof and defines a fluid path; the proximal end is connected to the substrate and the capillary bore is in fluid communication with a fluid channel of the substrate; said microneedle having a length of 300 to 600 μm, wherein the cross-sectional area of the capillary bore in the distal end is larger than the cross-sectional area of the capillary bore in the proximal end, characterized in that the cross sectional area of the capillary bore gradually decreases from the distal end towards the proximal end along the longitudinal direction. the elongated body comprises a capillary bore extending in a longitudinal direction thereof and defines a fluid path; the proximal end is connected to the substrate and the capillary bore is in fluid communication with a fluid channel of the substrate; said microneedle having a length of 300 to 600 μm, wherein the cross-sectional area of the capillary bore in the distal end is larger than the cross-sectional area of the capillary bore in the proximal end, characterized in that the cross sectional area of the capillary bore gradually decreases from the distal end towards the proximal end along the longitudinal direction.
An internal combustion engine for generating a linear reciprocating movement of an output shaft along a longitudinal axis, the engine comprising: a double sided cylinder, the cylinder bounded by an engine head at each side thereof, wherein the cylinder comprises inlet openings; an exhaust unit positioned at each end of the cylinder; wherein the engine further comprises: a double sided piston positioned within a cylinder inner space and sliding with respect to the cylinder along the longitudinal axis; two piston rods aligned with the longitudinal axis, each piston rod connected at an opposite side of the piston, characterised in that: each of the piston rods comprises exhaust openings (38, 56, 91); each of the piston rods is provided with a cavity for gas to flow through the piston rods, the cavity extending at least from an end of the piston rod, which is remote from the piston, to an exhaust opening, the exhaust opening being closer to the piston than the end, with no interconnecting flow passage from the cavity of one piston rod to that of the other piston rod. a double sided cylinder, the cylinder bounded by an engine head at each side thereof, wherein the cylinder comprises inlet openings; an exhaust unit positioned at each end of the cylinder; wherein the engine further comprises: a double sided piston positioned within a cylinder inner space and sliding with respect to the cylinder along the longitudinal axis; two piston rods aligned with the longitudinal axis, each piston rod connected at an opposite side of the piston, characterised in that: each of the piston rods comprises exhaust openings (38, 56, 91); each of the piston rods is provided with a cavity for gas to flow through the piston rods, the cavity extending at least from an end of the piston rod, which is remote from the piston, to an exhaust opening, the exhaust opening being closer to the piston than the end, with no interconnecting flow passage from the cavity of one piston rod to that of the other piston rod. a double sided piston positioned within a cylinder inner space and sliding with respect to the cylinder along the longitudinal axis; two piston rods aligned with the longitudinal axis, each piston rod connected at an opposite side of the piston, characterised in that: each of the piston rods comprises exhaust openings (38, 56, 91); each of the piston rods is provided with a cavity for gas to flow through the piston rods, the cavity extending at least from an end of the piston rod, which is remote from the piston, to an exhaust opening, the exhaust opening being closer to the piston than the end, with no interconnecting flow passage from the cavity of one piston rod to that of the other piston rod. each of the piston rods comprises exhaust openings (38, 56, 91); each of the piston rods is provided with a cavity for gas to flow through the piston rods, the cavity extending at least from an end of the piston rod, which is remote from the piston, to an exhaust opening, the exhaust opening being closer to the piston than the end, with no interconnecting flow passage from the cavity of one piston rod to that of the other piston rod.
A method in a mobile device, said method comprising: receiving a roaming policy from a server; monitoring, after receiving said roaming policy from said server, one or more of a plurality of parameters of said mobile device for a change in said one or more of said plurality of parameters; evaluating said one or more of said plurality of parameters and said change according to said roaming policy; updating a roaming priority list on said mobile device in response to said evaluating, wherein said roaming priority list lists a plurality of networks including a first network with a higher priority placement in said roaming priority list over a second network; roaming, after said updating, according to said roaming priority list for establishing a wireless communication, such that said mobile device first attempts to establish said wireless communication with said first network having said higher priority placement in said roaming priority list than said second network, and if said mobile device is unable to establish said wireless communication with said first network then said mobile device attempts to establish said wireless communication with said second network. receiving a roaming policy from a server; monitoring, after receiving said roaming policy from said server, one or more of a plurality of parameters of said mobile device for a change in said one or more of said plurality of parameters; evaluating said one or more of said plurality of parameters and said change according to said roaming policy; updating a roaming priority list on said mobile device in response to said evaluating, wherein said roaming priority list lists a plurality of networks including a first network with a higher priority placement in said roaming priority list over a second network; roaming, after said updating, according to said roaming priority list for establishing a wireless communication, such that said mobile device first attempts to establish said wireless communication with said first network having said higher priority placement in said roaming priority list than said second network, and if said mobile device is unable to establish said wireless communication with said first network then said mobile device attempts to establish said wireless communication with said second network.
A display apparatus comprising: a display module (100, 500) including a control board (150, 550) for controlling an operation of the display module to display an image; an outer casing unit (10, 50) accommodating the display module; and a wireless communication unit (200, 600) arranged for performing wireless communication with an external communication device, wherein the wireless communication unit includes at least one antenna (220, 600) for transmitting and receiving a radio signal to and from the external communication device and a wireless communication board (260, 660) arranged upon a rear surface of the display module for converting the radio signal received from the antenna into an electrical signal and for transmitting the electrical signal to the control board or transmitting the electrical signal provided from the control board to the antenna; characterised in that: the antenna is installed upon an edge of the display module or upon an inner surface of the outer casing arranged at an edge of the display module, and the antenna and the wireless communication board are connected to each other through a shielded signal cable and thereby are arranged within the display apparatus to be spatially separated from each other such that the wireless communication board is not installed in one modular package together with the antenna. a display module (100, 500) including a control board (150, 550) for controlling an operation of the display module to display an image; an outer casing unit (10, 50) accommodating the display module; and a wireless communication unit (200, 600) arranged for performing wireless communication with an external communication device, wherein the wireless communication unit includes at least one antenna (220, 600) for transmitting and receiving a radio signal to and from the external communication device and a wireless communication board (260, 660) arranged upon a rear surface of the display module for converting the radio signal received from the antenna into an electrical signal and for transmitting the electrical signal to the control board or transmitting the electrical signal provided from the control board to the antenna; characterised in that: the antenna is installed upon an edge of the display module or upon an inner surface of the outer casing arranged at an edge of the display module, and the antenna and the wireless communication board are connected to each other through a shielded signal cable and thereby are arranged within the display apparatus to be spatially separated from each other such that the wireless communication board is not installed in one modular package together with the antenna. the antenna is installed upon an edge of the display module or upon an inner surface of the outer casing arranged at an edge of the display module, and the antenna and the wireless communication board are connected to each other through a shielded signal cable and thereby are arranged within the display apparatus to be spatially separated from each other such that the wireless communication board is not installed in one modular package together with the antenna.
Rotary-drivable metal-cutting tool having a shank part, a cutting part with a plurality of cutting edges, a coolant and/or lubricant supply duct (200, 220, 230) passing centrally along the rotary axis at least in the end section of the cutting part distant from the shank part, said duct exiting at the front face of the cutting part distant from the shank part and a distributor screw with a threaded shank screwed into the coolant and/or lubricant supply duct (200, 220, 230) and having a plurality of thread ridges separated from one another in the circumferential direction by axial grooves, and a head which radially diverts in the direction of the cutting edges the coolant and/or lubricant axially inflowing via the coolant/lubricant supply duct (200, 220, 230) and the axial grooves, wherein the distributor screw has, in the flow direction of the coolant and/or lubricant in the area between the thread ridges and the head, a flow section with a cross-section of reduced diameter that forms with a threaded hole in the cutting part an axially extending annulus around the flow section, characterized in that in the axially extending annulus, the coolant/lubricant flows out distributed and evenly to all sides of the metal-cutting tool, wherein the annulus is designed cylindrical such that sufficient coolant/lubricant is available over 360° at the entire circumference of the metal-cutting tool, and the front face is designed groove-free such that lubricant can exit through a gap between the distributor screw and the front face of the metal-cutting tool.
Machining centre for cutting an object in the form of a slab, said machining centre comprising: - a support plane arranged to support said object; - a machining unit provided with a cutting tool which can be actuated in rotation for cutting said object and a fluid jet cutting device which can be actuated for cutting said object, said machining unit being movable with respect to said support plane along a first axis, a second axis and a third axis of a triad of transversal axes (Y, Z, X) to approach/remove said cutting tool and said fluid jet cutting device to/from said support plane, said machining unit being further rotatable about a first rotation axis to rotate said cutting tool and said fluid jet cutting device with respect to said support plane; characterised in that said machining unit is provided with a handling device arranged to support said fluid jet cutting device and to move said fluid jet cutting device with respect to said cutting tool along at least one direction transverse to said first rotation axis. - a support plane arranged to support said object; - a machining unit provided with a cutting tool which can be actuated in rotation for cutting said object and a fluid jet cutting device which can be actuated for cutting said object, said machining unit being movable with respect to said support plane along a first axis, a second axis and a third axis of a triad of transversal axes (Y, Z, X) to approach/remove said cutting tool and said fluid jet cutting device to/from said support plane, said machining unit being further rotatable about a first rotation axis to rotate said cutting tool and said fluid jet cutting device with respect to said support plane;
A method of making a fiber-reinforced coated mat-faced panel, comprising: forming a first fibrous mat comprising mat fibers in a wet-laid process; applying a fiber-reinforced coating to a first surface of the first fibrous mat to form a coated first fibrous mat prior to drying the first fibrous mat; drying the coated first fibrous mat to cure the fiber-reinforced coating; and combining the first fibrous mat with a panel material comprising gypsum to form a mat-faced panel, wherein the fiber-reinforced coating comprises: coating fibers comprising glass fibers, fire resistant or flame retardant polymer fibers, single-crystal calcium sulfate anhydrite whiskers, single-crystal magnesium aluminate whiskers, single-crystal magnesium silicate whiskers, single-crystal calcium silicate whiskers, or a combination thereof, and a coating base. forming a first fibrous mat comprising mat fibers in a wet-laid process; applying a fiber-reinforced coating to a first surface of the first fibrous mat to form a coated first fibrous mat prior to drying the first fibrous mat; drying the coated first fibrous mat to cure the fiber-reinforced coating; and combining the first fibrous mat with a panel material comprising gypsum to form a mat-faced panel, coating fibers comprising glass fibers, fire resistant or flame retardant polymer fibers, single-crystal calcium sulfate anhydrite whiskers, single-crystal magnesium aluminate whiskers, single-crystal magnesium silicate whiskers, single-crystal calcium silicate whiskers, or a combination thereof, and a coating base.
A method for closing an opening having relatively straight edges with a door panel, comprising: a) aligning a first side member and a first corner member, the first side member having a L section and comprising a first part adapted to sit flat on the outer surface of the edge of an opening, and a second part adapted to extend within the opening, the second part comprising positioning slots along its length; the first corner member comprising two arms at a substantially right angle, each arm comprising a positioning pin on an inner surface thereof, each positioning pin extending perpendicularly from the inner surface of the corner member, and notches on the inner edge of each arm; b) engaging one of the positioning slots of the side member with one of the positioning pins of the corner member based on the size of the opening and snapping the corner member and the side member together; c) repeating steps a) and b) with a second, third and fourth side members and a second, third and fourth corner members to form a frame of the size of the opening; d) positioning the frame within the opening, the corners members fitting with the corners of the opening, the first part of each side member sitting on an outer surface of the edge of the opening, and the second part of each side member extending into the opening; e) providing a door panel comprising at least one glide on an inner surface thereof; and aligning the at least one glide with one corresponding notch of a corner member depending on the size of the frame and engaging a distal end of the glide in the notch; and f) moving the door panel against the frame. a) aligning a first side member and a first corner member, the first side member having a L section and comprising a first part adapted to sit flat on the outer surface of the edge of an opening, and a second part adapted to extend within the opening, the second part comprising positioning slots along its length; the first corner member comprising two arms at a substantially right angle, each arm comprising a positioning pin on an inner surface thereof, each positioning pin extending perpendicularly from the inner surface of the corner member, and notches on the inner edge of each arm; b) engaging one of the positioning slots of the side member with one of the positioning pins of the corner member based on the size of the opening and snapping the corner member and the side member together; c) repeating steps a) and b) with a second, third and fourth side members and a second, third and fourth corner members to form a frame of the size of the opening; d) positioning the frame within the opening, the corners members fitting with the corners of the opening, the first part of each side member sitting on an outer surface of the edge of the opening, and the second part of each side member extending into the opening; e) providing a door panel comprising at least one glide on an inner surface thereof; and aligning the at least one glide with one corresponding notch of a corner member depending on the size of the frame and engaging a distal end of the glide in the notch; and f) moving the door panel against the frame.
A method, implemented in a Network Function, NF, for optimizing NF service authorization, the method comprising: sending (600, 700, 800), to an authorization server, an authorization request for a procedure that involves a plurality of NF services; and receiving (602, 702, 802), from the authorization server, an authorization response for the procedure, the authorization response including information authorizing access to the plurality of NF services. sending (600, 700, 800), to an authorization server, an authorization request for a procedure that involves a plurality of NF services; and receiving (602, 702, 802), from the authorization server, an authorization response for the procedure, the authorization response including information authorizing access to the plurality of NF services.
Method for extracting biopolymers from dense aggregates formed by microbial organisms, comprising the steps of (i) providing an anionic biopolymer in sludge, (iic)increasing the pH to 8.0-14.0 under addition of at least 1-20 % v/v of at least one of Cl 2, OCl - and H 2 O 2, at a suitable temperature and during a suitable time, and (iii) extracting the biopolymer. (i) providing an anionic biopolymer in sludge, (iic)increasing the pH to 8.0-14.0 under addition of at least 1-20 % v/v of at least one of Cl 2, OCl - and H 2 O 2, at a suitable temperature and during a suitable time, and (iii) extracting the biopolymer.
A method comprising providing a structure having a backside electrode and at least one photoelectrically active layer and depositing metal oxide over the at least one photoelectrically active layer as part of production of an optoelectrically active device and exposing the metal oxide to a reactive agent that reacts with oxide to form a relatively hydrophobic surface
Photovoltaic device comprising: - a plurality of photovoltaic cells, separated from each other; - a support receiving the cells, the support being a reflector having a reflecting surface; and - a light guide in contact with said cells and comprising a primary guide with a surface that is proximal to the cells, where the proximal surface is oriented towards the cells and said reflecting surface, characterized in that the photovoltaic device comprises, between the cells, areas located between the support and the primary guide which comprise a material with an index of refraction less than that of the proximal surface, where the material is in contact with said proximal surface; and in that - the support and the proximal surface of the primary guide are separated by a distance (d) included between 1 μm and 20 μm and/or - the primary guide is a fluorescent concentrator and the distance (d) between the support and the proximal surface of the primary guide is substantially equal to a multiple greater than or equal to two of a characteristic wavelength (λ) of the device and corresponding to a preferred wavelength of emission of the primary guide. - a plurality of photovoltaic cells, separated from each other; - a support receiving the cells, the support being a reflector having a reflecting surface; and - a light guide in contact with said cells and comprising a primary guide with a surface that is proximal to the cells, where the proximal surface is oriented towards the cells and said reflecting surface, characterized in that the photovoltaic device comprises, between the cells, areas located between the support and the primary guide which comprise a material with an index of refraction less than that of the proximal surface, where the material is in contact with said proximal surface; and in that - the support and the proximal surface of the primary guide are separated by a distance (d) included between 1 μm and 20 μm and/or - the primary guide is a fluorescent concentrator and the distance (d) between the support and the proximal surface of the primary guide is substantially equal to a multiple greater than or equal to two of a characteristic wavelength (λ) of the device and corresponding to a preferred wavelength of emission of the primary guide.
A method of processing a transaction in a database system including a master server and multiple slave servers, wherein each of the servers may receive read or write transaction requests from one or more applications (302A-302B), users or systems trying to access data in the database, the method comprising: determining, upon a receipt of a request for a write transaction at a slave server, whether there exists an unassigned transaction identifier, TID, stored locally at the slave server as provided by the master server to the slave server prior to the receipt of the write request by the slave server; configuring the slave server to assign the unassigned TID to the write transaction based on a determination that the unassigned TID exists at the slave server; configuring the slave server, based on a determination that the unassigned TID does not exist at the slave server, to: request a plurality of unassigned TIDs from the master server, receive the plurality of unassigned TIDs locally at the slave server, and assign one of the received unassigned TIDs to the write transaction; and processing the write transaction. determining, upon a receipt of a request for a write transaction at a slave server, whether there exists an unassigned transaction identifier, TID, stored locally at the slave server as provided by the master server to the slave server prior to the receipt of the write request by the slave server; configuring the slave server to assign the unassigned TID to the write transaction based on a determination that the unassigned TID exists at the slave server; configuring the slave server, based on a determination that the unassigned TID does not exist at the slave server, to: request a plurality of unassigned TIDs from the master server, receive the plurality of unassigned TIDs locally at the slave server, and assign one of the received unassigned TIDs to the write transaction; and request a plurality of unassigned TIDs from the master server, receive the plurality of unassigned TIDs locally at the slave server, and assign one of the received unassigned TIDs to the write transaction; and processing the write transaction.