mhurhangee/ep-ind-claims huggingface dataset:
An electronic device, comprising: a first carrier and a second carrier movable relative to each other to make the first carrier and the second carrier switch between a retracting state and an extending state; a driving mechanism disposed at the second carrier, wherein the driving mechanism comprises a first driving member and a second driving member spaced apart from the first driving member, and the second driving member is movably connected with the second carrier through a first bracket; a flexible screen assembly, having a first end connected with the first carrier, and wrapped around the driving mechanism, wherein the driving mechanism is configured to drive the flexible screen assembly to move, to make a part of the flexible screen assembly extend outside the electronic device or retract inside the electronic device, when the first carrier and the second carrier move relative to each other; and an adjustment mechanism configured to adjust the driving mechanism to make the flexible screen assembly in a tensioned state; characterized in that: the adjustment mechanism comprises a first elastic member, the first elastic member has one end abutting against the first bracket and another end abutting against the second carrier, and the first elastic member is in a compressed state and is configured to apply an elastic force to the first bracket; and the first elastic member is elastically deformed and is configured to drive the second driving member and make the second driving member move in a direction away from the first driving member, when the flexible screen assembly is slack. a first carrier and a second carrier movable relative to each other to make the first carrier and the second carrier switch between a retracting state and an extending state; a driving mechanism disposed at the second carrier, wherein the driving mechanism comprises a first driving member and a second driving member spaced apart from the first driving member, and the second driving member is movably connected with the second carrier through a first bracket; a flexible screen assembly, having a first end connected with the first carrier, and wrapped around the driving mechanism, wherein the driving mechanism is configured to drive the flexible screen assembly to move, to make a part of the flexible screen assembly extend outside the electronic device or retract inside the electronic device, when the first carrier and the second carrier move relative to each other; and an adjustment mechanism configured to adjust the driving mechanism to make the flexible screen assembly in a tensioned state; characterized in that: the adjustment mechanism comprises a first elastic member, the first elastic member has one end abutting against the first bracket and another end abutting against the second carrier, and the first elastic member is in a compressed state and is configured to apply an elastic force to the first bracket; and the first elastic member is elastically deformed and is configured to drive the second driving member and make the second driving member move in a direction away from the first driving member, when the flexible screen assembly is slack.
A method of manufacturing a silicone hydrogel contact lens, comprising forming a silicone hydrogel contact lens body having an anterior surface and a posterior surface, wherein the lens body has not been subjected to a form of plasma treatment, the lens body has not been treated with a polymerizable swelling agent after the lens body is formed, or both, characterised in that after hydration of the lens body in water or an aqueous solution, at least one of the anterior surface and the posterior surface of the lens body when wet comprises a plurality of depressions with at least one of an average diameter between 150 nanometers and less than 1500 nanometers and an average density from 100 depressions per 900 μm 2 to 1200 depressions per 900 μm 2.
An optical endoscope comprising an optical fiber element with a proximal end and a distal end, wherein an optical waveguide block is arranged at the distal end of the optical fiber element, the optical waveguide block comprising a rigid material with two or more optical waveguides formed therein, characterized in that each of the two or more optical waveguides comprise one end facing the optical fiber element and arranged in a first surface of the optical waveguide block, the coupling end, and one end facing away from the optical fiber element and arranged in a second surface of the optical waveguide block, the object end, wherein the object end is curved, and the two or more optical waveguides are configured to map a flat 2-D distribution of the coupling end to a 3-D hemisphere to thereby increase the solid angle.
A method for wireless communication, comprising: transmitting an indication of a capability of a wireless device on resources of a first carrier; receiving a configuration message on resources of the first carrier in a first narrowband region of an unlicensed radio frequency spectrum band; identifying, based at least in part on the configuration message, a configuration of one or more additional carriers that are each in a different narrowband region of the unlicensed radio frequency spectrum band, wherein the wherein the number of the one or more additional carriers in the configuration is based at least in part on the capability of the wireless device; receiving, on resources of the first carrier, an assignment of resources on the one or more additional carriers in the different narrowband regions of the unlicensed radio frequency spectrum band; and communicating on the one or more additional carriers in the different narrowband regions of the unlicensed radio frequency spectrum band according to the assignment. transmitting an indication of a capability of a wireless device on resources of a first carrier; receiving a configuration message on resources of the first carrier in a first narrowband region of an unlicensed radio frequency spectrum band; identifying, based at least in part on the configuration message, a configuration of one or more additional carriers that are each in a different narrowband region of the unlicensed radio frequency spectrum band, wherein the wherein the number of the one or more additional carriers in the configuration is based at least in part on the capability of the wireless device; receiving, on resources of the first carrier, an assignment of resources on the one or more additional carriers in the different narrowband regions of the unlicensed radio frequency spectrum band; and communicating on the one or more additional carriers in the different narrowband regions of the unlicensed radio frequency spectrum band according to the assignment.
A continuous process for the preparation of a liquid detergent or cleaning composition comprising at least one surfactant and at least one dye, which process comprises the following steps: a) Providing a preservative-free dye solution, wherein the dye is first dissolved in water and this premix is then diluted in at least one non-aqueous organic solvent, the content of the organic solvent being at least 70% by weight, based on the total weight of the dye solution, b) Dosing of the dye solution thus obtained into a surfactant-containing liquid stream. a) Providing a preservative-free dye solution, wherein the dye is first dissolved in water and this premix is then diluted in at least one non-aqueous organic solvent, the content of the organic solvent being at least 70% by weight, based on the total weight of the dye solution, b) Dosing of the dye solution thus obtained into a surfactant-containing liquid stream.
Optical security element comprising a reflective light-redirecting surface, or a refractive transparent or partially transparent light-redirecting surface of refractive index n, having a relief pattern of depth δ adapted to redirect incident light received from a point-like source, at a distance d s from the light-redirecting surface, and form a projected image containing a caustic pattern on a projection surface disposed at a distance d i from the light-redirecting surface, said caustic pattern reproducing a reference pattern, characterized in that: upon illumination by the light source of an area of value A of the relief pattern and delivering an illuminance value E A by the optical security element to the projection surface, an average illuminance value E α1 over a circular area of value α 1 selected within an area of the projected image on the projection surface fulfills the following projection criterion E α1 ≤ E A (1/2 + α 0 /α 1 + √(1/4 + α 0 /α 1)), with scaling area parameter α 0 = 4π d i δ for the reflective light-redirecting surface, or α 0 = 2π (n-1) d i δ for the refractive light-redirecting surface, and α 1 is smaller than the area value A.
A passive antenna comprising: - a main loop formed of turns, - one recess of the main loop oriented from the interior to the exterior of the main loop, intended to receive a transponder, characterized in that the antenna comprises, in said recess, an internal turn expanded towards the right bisector of the recess. - a main loop formed of turns, - one recess of the main loop oriented from the interior to the exterior of the main loop, intended to receive a transponder,
Method for determining aircraft landing runway conditions, comprising the steps of: - acquiring a set of data groups (D1, D2) of different types for evaluating and monitoring deteriorating runway conditions; - deriving weighting coefficients (K1, K2) for each data group; - filtering the data; - determining, for each data group, a partial runway condition; - modifying the weighting coefficients of each data group; and - combining the partial runway conditions to derive a runway coefficient (RWYCC) associated with a confidence index derived from the modified weighting coefficients. - acquiring a set of data groups (D1, D2) of different types for evaluating and monitoring deteriorating runway conditions; - deriving weighting coefficients (K1, K2) for each data group; - filtering the data; - determining, for each data group, a partial runway condition; - modifying the weighting coefficients of each data group; and - combining the partial runway conditions to derive a runway coefficient (RWYCC) associated with a confidence index derived from the modified weighting coefficients.
A method for call management, performed by a processing unit of a UE - User Equipment - wherein the UE is equipped with a first subscriber identity card and a second subscriber identity card, which share a radio resource, comprising: providing a first PS - Packet-Switched - service for the first subscriber identity card; and handing over packet data transmission and reception to a second PS service with the second subscriber identity card from the first PS service after receiving a call request requesting a CS - Circuit-Switched - service with the second subscriber identity card, wherein the handing-over step further comprises: establishing the second PS service for the second subscriber identity card after receiving the call request; establishing the CS service for the second subscriber identity card after receiving the call request; utilizing the second PS service to continue the packet data transmission and reception; suspending the first PS service after receiving the call request; releasing the second PS service after the CS service is terminated; and resuming the first PS service after the CS service is terminated. providing a first PS - Packet-Switched - service for the first subscriber identity card; and handing over packet data transmission and reception to a second PS service with the second subscriber identity card from the first PS service after receiving a call request requesting a CS - Circuit-Switched - service with the second subscriber identity card, wherein the handing-over step further comprises: establishing the second PS service for the second subscriber identity card after receiving the call request; establishing the CS service for the second subscriber identity card after receiving the call request; utilizing the second PS service to continue the packet data transmission and reception; suspending the first PS service after receiving the call request; releasing the second PS service after the CS service is terminated; and resuming the first PS service after the CS service is terminated. establishing the second PS service for the second subscriber identity card after receiving the call request; establishing the CS service for the second subscriber identity card after receiving the call request; utilizing the second PS service to continue the packet data transmission and reception; suspending the first PS service after receiving the call request; releasing the second PS service after the CS service is terminated; and resuming the first PS service after the CS service is terminated.
Franking system with a franking machine comprising an electronic, data processor and a data memory connected thereto on the input side, as well as an interface connected to the data processor on the output side for connecting the data processor to a data centre for the bidirectional transmission of exclusively digitally processable signals, characterised in that the franking system comprises a transmission unit connected to the interface of the franking machine and formed of several main components (6a, 6b, 6c), the first main component being designed to support the franking machine for the performance of modem functions and a second main component of the transmission unit designed for the wireless transmission of data between the franking system and the data centre and a third main component of the transmission unit designed for the selective or simultaneous wired transmission of data to or from the data centre being connected in parallel into the data link between a data processing unit of the transmission unit connected to the first main component and the data centre.
Method of providing a contrast area in a display surface, where said contrast area may contain graphical patterns, text, symbols, geometrical figures or other indications, where said display surface has an aluminum body, said body having a front side which in use is the display side and a rear side, said method comprising the following steps: a) working the display surface to the desired surface finish; b) establishing a thin protective anodizing layer of between 2 and 6 μm; c) Providing one or more apertures in a desired display pattern, through the aluminum body; d) removing the protective anodizing layer established in step b) by etching; e) anodizing at least the display surface f) sealing the anodized surface, followed by g) laser marking the display pattern underneath the oxide layer created by the anodizing; h) filling the apertures with a resin or acrylic and hardening said resin or acrylic. a) working the display surface to the desired surface finish; b) establishing a thin protective anodizing layer of between 2 and 6 μm; c) Providing one or more apertures in a desired display pattern, through the aluminum body; d) removing the protective anodizing layer established in step b) by etching; e) anodizing at least the display surface f) sealing the anodized surface, followed by g) laser marking the display pattern underneath the oxide layer created by the anodizing; h) filling the apertures with a resin or acrylic and hardening said resin or acrylic.
A method of rapidly manufacturing an orthopaedic prosthesis (500, 500') having a porous substrate (200, 200'), the porous substrate including an outer surface and a plurality of ligaments that define pores beneath the outer surface, the method comprising the steps of: depositing a plurality of metal powder particles onto the outer surface of the porous substrate (200, 200'); allowing at least a first portion of the plurality of metal powder particles to enter the pores beneath the outer surface of the porous substrate into a first layer (L 1) of the porous substrate, wherein a second layer (L 3) of the porous substrate beneath the first layer is unoccupied by metal powder particles, the first portion of the plurality of metal powder particles being sized to fit within the pores of the porous substrate; and applying an energy source to the first portion of the plurality of metal powder particles to form solid metal, the solid metal interdigitating into, and substantially filling, the pores of the first layer (L 1) of the porous substrate, to form the first layer into an interdigitating layer (L 1), wherein the pores of the second layer (L 3) of the porous substrate are unoccupied by the solid metal, the second layer forming a porous bone-ingrowth layer (L 3). depositing a plurality of metal powder particles onto the outer surface of the porous substrate (200, 200'); allowing at least a first portion of the plurality of metal powder particles to enter the pores beneath the outer surface of the porous substrate into a first layer (L 1) of the porous substrate, wherein a second layer (L 3) of the porous substrate beneath the first layer is unoccupied by metal powder particles, the first portion of the plurality of metal powder particles being sized to fit within the pores of the porous substrate; and applying an energy source to the first portion of the plurality of metal powder particles to form solid metal, the solid metal interdigitating into, and substantially filling, the pores of the first layer (L 1) of the porous substrate, to form the first layer into an interdigitating layer (L 1), wherein the pores of the second layer (L 3) of the porous substrate are unoccupied by the solid metal, the second layer forming a porous bone-ingrowth layer (L 3).
A computer-implemented method for data processing, the method comprising: simultaneously sending, by a computing equipment, a trigger signal having a predetermined frequency to a data aggregation device and another data aggregation device; synchronously obtaining, by the data aggregation device and the another data aggregation device, data packets captured by different video capture devices at the predetermined frequency; receiving, by the computing equipment, a respective single aggregated data stream from each of the data aggregation device and the another data aggregation device, wherein the single aggregated data stream includes multiple data packets captured by corresponding multiple video capture devices respectively, and wherein each data packet has an identifier of the video capture device that captured the data packet; determining, by the computing equipment, multiple videos associated with the corresponding multiple video capture devices from the single aggregated data stream based on the identifiers, wherein each video includes data packets with the same identifier. simultaneously sending, by a computing equipment, a trigger signal having a predetermined frequency to a data aggregation device and another data aggregation device; synchronously obtaining, by the data aggregation device and the another data aggregation device, data packets captured by different video capture devices at the predetermined frequency; receiving, by the computing equipment, a respective single aggregated data stream from each of the data aggregation device and the another data aggregation device, wherein the single aggregated data stream includes multiple data packets captured by corresponding multiple video capture devices respectively, and wherein each data packet has an identifier of the video capture device that captured the data packet; determining, by the computing equipment, multiple videos associated with the corresponding multiple video capture devices from the single aggregated data stream based on the identifiers, wherein each video includes data packets with the same identifier.
A powdered aluminium material containing magnesium, chromium, and zirconium characterised in that it additionally contains boron and at least one element from the group of manganese, iron, and nickel, with the following ratio of components, % wt. magnesium 4,5-6,5 chromium 0.35-0.80 zirconium 0.40-1.0 boron 0.002-0.12 manganese, iron, nickel 0.05-0.8 in total aluminium and unavoidable impurities remainder.
Method for the thermal prestressing of a plate-shaped glass body made of an irradiation protection glass having a density of at least 4000 kg/m 3 according to DIN EN 61331-1 (version August 2006) and DIN EN 61331-2 (version April 2002), comprising the following steps: - supporting the glass body at least at its outer perimeter at a set of resting points (36, 38, 40); - introducing the glass body into a furnace that is preheated to a temperature of 500 to 600°C, preferably to 530°C to 570°C; - heating the glass body to 400°C to 500°C, preferably to 430°C to 470°C; - removing the glass body from the furnace and blowing against the glass body on both sides through a plurality of nozzles (42, 52) using a cold fluid, until the glass body will have cooled to a surface temperature of 150°C at most, preferably of 120°C at most, particularly preferred to 100°C at most. - supporting the glass body at least at its outer perimeter at a set of resting points (36, 38, 40); - introducing the glass body into a furnace that is preheated to a temperature of 500 to 600°C, preferably to 530°C to 570°C; - heating the glass body to 400°C to 500°C, preferably to 430°C to 470°C; - removing the glass body from the furnace and blowing against the glass body on both sides through a plurality of nozzles (42, 52) using a cold fluid, until the glass body will have cooled to a surface temperature of 150°C at most, preferably of 120°C at most, particularly preferred to 100°C at most.
A metastable, translucent flavor nanoemulsion comprising a flavor oil phase, an aqueous phase, and a surfactant system containing a first lecithin and a second lecithin, wherein the nanoemulsion is free of any non-natural surfactant, the surfactant system contains free fatty acid 15% or less, the first lecithin has an HLB of 1 to 8, and the second lecithin has an HLB of 12 to 15 and contains phosphatidylcholine and lysophosphatidylcholine 20% or greater.
A screw connection device for fluid lines, in particular for fluid lines of motor vehicles, having a coupling nut with an interior and with an internal thread extending circumferentially over the circumference of the interior and having a connecting element with an external thread, wherein a fluid line end of a fluid line is accommodated in the coupling nut, wherein the fluid line end has an end shape at a front end thereof, wherein, when screwing the internal thread of the coupling nut to the external thread of the connecting element, a stop surface disposed in the interior of the coupling nut can be moved towards the end shape back side of the end shape and vice versa, respectively, wherein a spring element extending circumferentially over the circumference of the fluid line is disposed between the stop surface and the end shape back side, wherein a spring element extending circumferentially over the circumference of the fluid line is disposed between the stop surface and the end shape back side, wherein in the screwed together state of the screw connection device, the end shape of the fluid line end engages by means of a connecting surface in a recess of the connecting element formed by a complementary connecting surface and rests against the complementary connecting surface of the connecting element, characterized in that the spring element has a stop section at which a stop surface at the coupling nut side and a stop surface at the end shape side of the spring element is provided, and has a contact section that is angled towards the stop section, and that the angled contact section is disposed to be parallel or substantially parallel to the longitudinal axis L of the fluid line.