mhurhangee/ep-ind-claims huggingface dataset:
A length adjustable skate blade guard, comprising: a first guard surrounding at least a portion of a lower surface of a skate blade and a front end of the skate blade; a second guard surrounding a remaining portion of the lower surface of the skate blade and a rear end of the skate blade; at least one extension block arranged between the first guard and the second guard (111,115), and extending a length of the guard to correspond to a length of the skate blade; at least one elastic body coupled with the extension block; characterised in that the at least one elastic body is secured at opposite ends of the extension block to the first guard and the second guard (111,115), respectively, the elastic body being adapted to elastically put the facing first and second guards (111,115) in close contact with the extension block, and in that coupling members are provided on the at least one extension block, adapted to couple the extension block with the first guard and the second guard. a first guard surrounding at least a portion of a lower surface of a skate blade and a front end of the skate blade; a second guard surrounding a remaining portion of the lower surface of the skate blade and a rear end of the skate blade; at least one extension block arranged between the first guard and the second guard (111,115), and extending a length of the guard to correspond to a length of the skate blade; at least one elastic body coupled with the extension block; characterised in that the at least one elastic body is secured at opposite ends of the extension block to the first guard and the second guard (111,115), respectively, the elastic body being adapted to elastically put the facing first and second guards (111,115) in close contact with the extension block, and in that coupling members are provided on the at least one extension block, adapted to couple the extension block with the first guard and the second guard.
Continuous-flow steam generator, wherein an evaporator throughflow heating surface is disposed in a gas duct through which heating gas can flow in an approximately vertical direction (y), said evaporator throughflow heating surface comprising a number of steam generating pipes connected in parallel for a flow medium to flow through and comprising the heating surface segment, through which the flow medium can flow in a counterflow relative to the gas duct, and a further heating-surface segment connected upstream on the flow-medium side and on the heating-gas side of the heating-surface segment, characterised in that the flow-medium-side outlet of the heating-surface segment, viewed in the direction (y) of the heating gas, is positioned such that the saturated-steam temperature which is adjusted during operation in the evaporator throughflow heating surface deviates by less than a predetermined maximum amount of at most 70°C from the heating-gas temperature prevailing during operation at the position of the outlet of the heating-surface segment.
Method for producing liquid fuel from waste treatment without the use of catalytic compounds, which through appropriate devices and high frequency technology applications, under specific operation conditions, converts waste to liquid fuel, with friendly way to environment, by executing the following steps: 1) waste entrance to the system for treatment, in pellets form or free or packaged 2) mechanical degradation and homogenization treatment using high frequency pulsators system 3) material UV degradation treatment to UV radiation exposure, in the range of 170nm to 450nm 4) thermal degradation, i.e. small size waste treatment using a continuous flow special reactor for the conversion of the feeding material to gaseous, exposure to temperatures between 250-600°C 5) condensation of produced reactive gases to a liquid material, using a three stage system of condensers, exposure to temperatures up to 10°C 6) automatic adjustment of final product pH between 4-4.5 and viscosity stabilization through special operating systems of regulated operation 7) filtering of liquid material to remove viscous fraction, tar and coal. 1) waste entrance to the system for treatment, in pellets form or free or packaged 2) mechanical degradation and homogenization treatment using high frequency pulsators system 3) material UV degradation treatment to UV radiation exposure, in the range of 170nm to 450nm 4) thermal degradation, i.e. small size waste treatment using a continuous flow special reactor for the conversion of the feeding material to gaseous, exposure to temperatures between 250-600°C 5) condensation of produced reactive gases to a liquid material, using a three stage system of condensers, exposure to temperatures up to 10°C 6) automatic adjustment of final product pH between 4-4.5 and viscosity stabilization through special operating systems of regulated operation 7) filtering of liquid material to remove viscous fraction, tar and coal.
A treatment method to improve the preservation of products characterised in that it comprises exposing the products for a predetermined time in a space containing an emission source of vibrations naturally produced by a bee colony; said products to be treated being arranged in said space in such a way that they are not in contact with the bee colony; said products being products to be ingested (food products or medicinal products or dietetic products) or cosmetic products or health products (bandages, balms, ointments, sprays) or products introduced into another product such as products to be ingested (food products or medicinal products or dietetic products) or cosmetic products or health products (bandages, balms, ointments, sprays) to improve the preservability thereof.
An electric machine comprising: - a casing, - a terminal box, fixed to the casing, the terminal box comprising two half-shells assembled one against the other, the electric machine being characterized by the fact that these half-shells are identical before formation of one or more cable runs by removal of one or more removable portions provided for this purpose. - a casing, - a terminal box, fixed to the casing,
An image amplifying method, comprising steps of: obtaining, by an image amplifying device, high-frequency components and low-frequency components of a source image through a wavelet packet decomposition scheme for performing decomposition in N layers, wherein a value of n to which the minimum M corresponds is calculated as the value of N, where M x n = ∑ k log x n 2 is a cost function and x n is a wavelet coefficient; performing, by the image amplifying device, pixel interpolation on the low-frequency components of the source image through a first interpolation algorithm, to obtain low-frequency sub-images; performing, by the image amplifying device, pixel interpolation on the high-frequency components of the source image through a second interpolation algorithm, to obtain high-frequency sub-images; merging, by the image amplifying device, the obtained low-frequency sub-images and the obtained high-frequency sub-images through a wavelet packet inverse transform, to obtain a merged image, wherein the first interpolation algorithm and the second interpolation algorithm adopt different algorithms. obtaining, by an image amplifying device, high-frequency components and low-frequency components of a source image through a wavelet packet decomposition scheme for performing decomposition in N layers, wherein a value of n to which the minimum M corresponds is calculated as the value of N, where M x n = ∑ k log x n 2 is a cost function and x n is a wavelet coefficient; performing, by the image amplifying device, pixel interpolation on the low-frequency components of the source image through a first interpolation algorithm, to obtain low-frequency sub-images; performing, by the image amplifying device, pixel interpolation on the high-frequency components of the source image through a second interpolation algorithm, to obtain high-frequency sub-images; merging, by the image amplifying device, the obtained low-frequency sub-images and the obtained high-frequency sub-images through a wavelet packet inverse transform, to obtain a merged image, wherein the first interpolation algorithm and the second interpolation algorithm adopt different algorithms.
A method for knitting a knitwear with collar having a V-neck point using a flat knitting machine having at least a front and back needle bed (FB, BB) and in which loops can be transferred between the front and back needle beds (FB, BB), the method being characterized by the steps of: regarding two adjacent stitches (10, 11) with a branch center line (a'-a) of the V-neck point interposed therebetween, changing a travel direction of a carriage from one to the other, and forming a miss stitch on the one of the adjacent stitches on the front side of the two adjacent stitches (10, 11) with respect to the direction of travel of the carriage and forming a knit stitch on the one of the adjacent stiches on the back side of the two adjacent stitches with respect to the other direction of travel of the carriage; and interchanging and crossing positions of at least one of the two adjacent stitches (10, 11) knitted in the previous step and a stitch adjacent to the stitch. regarding two adjacent stitches (10, 11) with a branch center line (a'-a) of the V-neck point interposed therebetween, changing a travel direction of a carriage from one to the other, and forming a miss stitch on the one of the adjacent stitches on the front side of the two adjacent stitches (10, 11) with respect to the direction of travel of the carriage and forming a knit stitch on the one of the adjacent stiches on the back side of the two adjacent stitches with respect to the other direction of travel of the carriage; and interchanging and crossing positions of at least one of the two adjacent stitches (10, 11) knitted in the previous step and a stitch adjacent to the stitch.
A method for testing an internal short of a secondary battery, comprising: - mounting a P-N junction diode in the secondary battery such that one surface of the P-N junction diode is in contact with a positive electrode plate of the secondary battery and an opposite surface of the P-N junction diode is in contact with a negative electrode plate of the secondary battery.; - charging the secondary battery; and - evaluating a state of the secondary battery by checking whether an internal short occurs in the secondary battery when the P-N junction diode is switched on. wherein the P-N junction diode is mounted through a separator of the secondary battery. - mounting a P-N junction diode in the secondary battery such that one surface of the P-N junction diode is in contact with a positive electrode plate of the secondary battery and an opposite surface of the P-N junction diode is in contact with a negative electrode plate of the secondary battery.; - charging the secondary battery; and - evaluating a state of the secondary battery by checking whether an internal short occurs in the secondary battery when the P-N junction diode is switched on.
A tobacco smoke filter comprising a rod-shaped matrix of tobacco smoke filtering material having fully enclosed therewithin an ellipsoidal pocket of particulate additive in the form of active carbon in an amount of 15 to 60mg; wherein the matrix and pocket of particulate additive are free of dust and additive fines.
A Lidar device, comprising: a vibrating fiber optic cantilever system on a transmit, TX, path; a two-dimensional, 2D, light sensor array on a receive, RX, path; a laser emitting element that emits laser pulses at intervats; and one or more time measuring converters; characterized by further comprising: a dynamic switch; wherein based on a direction in which a laser pulse is projected, the dynamic switch routes outputs from one or more particular light sensors in the 2D light sensor array that are expected to receive reflected light to the time measuring converters. a vibrating fiber optic cantilever system on a transmit, TX, path; a two-dimensional, 2D, light sensor array on a receive, RX, path; a laser emitting element that emits laser pulses at intervats; and one or more time measuring converters; characterized by further comprising: a dynamic switch; wherein based on a direction in which a laser pulse is projected, the dynamic switch routes outputs from one or more particular light sensors in the 2D light sensor array that are expected to receive reflected light to the time measuring converters.
A catalyst for solid polymer fuel cells in which catalyst particles comprising platinum and a transition metal M are supported on a carbon powder carrier, wherein a molar ratio (Pt/M) of the platinum to the transition metal M in the catalyst particles is 2.5 or more, and a ratio (S COMSA /S BET) of a platinum specific surface area (S COMSA) measured by a CO adsorption method to a catalyst specific surface area (S BET) measured by a BET method is 0.26 or more and 0.32 or less.
A method of producing a displacement plating precursor, characterized by comprising: a deposition step of depositing a Cu layer on a surface of a core particle formed of Pt or a Pt alloy by contacting a Cu ion-containing acidic aqueous solution with at least a portion of a Cu electrode, and contacting the Cu electrode with the core particle or with a composite, in which the core particle is supported on an electroconductive support, within the acidic aqueous solution or outside the acidic aqueous solution, and moreover contacting the core particle with the acidic aqueous solution under an inert gas atmosphere. a deposition step of depositing a Cu layer on a surface of a core particle formed of Pt or a Pt alloy by contacting a Cu ion-containing acidic aqueous solution with at least a portion of a Cu electrode, and contacting the Cu electrode with the core particle or with a composite, in which the core particle is supported on an electroconductive support, within the acidic aqueous solution or outside the acidic aqueous solution, and moreover contacting the core particle with the acidic aqueous solution under an inert gas atmosphere.
Water transport line, which is formed for capillary irrigation in a plant irrigation device and which contains a flexible strand of fibrous material as medium for moving water also against gravity, wherein the strand of fibrous material is surrounded at least over part of its length by a watertight cover, characterized in that, the strand of fibrous material is implemented as a flat strip and the cover defines an interior space with a flat cross-section, and the strip comprises raised structures at least on one of its two opposing surfaces.
A process for manufacturing calcium zincate crystals which comprises at least the following steps: placing in suspension at least: calcium hydroxide (Ca 2) and zinc oxide (ZnO) or a precursor thereof, or a mixture thereof, with water, referred to as the starting suspension the mass ratio of (water):(calcium hydroxide + zinc oxide, a precursor thereof or a mixture thereof) being greater than or equal to 1, preferably ranging from 2 to 15 and in particular ranging from 3 to 5; milling said starting suspension at an ambient temperature of less than or equal to 50°C, in a three-dimensional wet-phase microball mill for a residence time of less than or equal to 15 minutes, and ranging especially from 5 to 25 seconds; recovering at the mill outlet a suspension of calcium zincate crystals, and optionally, said suspension of calcium zincate crystals is concentrated or dried so as to obtain a powder of calcium zincate crystals. placing in suspension at least: calcium hydroxide (Ca 2) and zinc oxide (ZnO) or a precursor thereof, or a mixture thereof, with water, referred to as the starting suspension the mass ratio of (water):(calcium hydroxide + zinc oxide, a precursor thereof or a mixture thereof) being greater than or equal to 1, preferably ranging from 2 to 15 and in particular ranging from 3 to 5; milling said starting suspension at an ambient temperature of less than or equal to 50°C, in a three-dimensional wet-phase microball mill for a residence time of less than or equal to 15 minutes, and ranging especially from 5 to 25 seconds; recovering at the mill outlet a suspension of calcium zincate crystals, and optionally, said suspension of calcium zincate crystals is concentrated or dried so as to obtain a powder of calcium zincate crystals.
A food freezer (10; 110), comprising: - a first housing (14; 114) having a first chamber (16; 116) arranged internally within for providing a freezing gas to a food product (18; 118) within the first chamber (16; 116); - a second housing (28; 128) having a second chamber (30; 130) arranged internally within and being in fluid communication with the first chamber (16; 116) for exhausting the freezing gas from the first chamber (16; 116); - an adjustable opening disposed at an, in particular common, wall (36; 136a, 136b) between the first chamber (16; 116) and the second chamber (30; 130) for controlling a flow of the freezing gas moving from the first chamber (16; 116) to the second chamber (30; 130), the adjustable opening disposed to provide a flow path for the flow of the freezing gas to a region of the second chamber (30; 130) for exhaust from said second chamber (30; 130) to an area external to the first housing (14; 114) and second housing (28; 128); and - a pressure curtain (31; 131) comprising the exhaust and disposed at the second chamber (30; 130) to prevent atmosphere from the area external to the first housing (14; 114) and second housing (28; 128) from entering said housings (14, 28; 114, 128). - a first housing (14; 114) having a first chamber (16; 116) arranged internally within for providing a freezing gas to a food product (18; 118) within the first chamber (16; 116); - a second housing (28; 128) having a second chamber (30; 130) arranged internally within and being in fluid communication with the first chamber (16; 116) for exhausting the freezing gas from the first chamber (16; 116); - an adjustable opening disposed at an, in particular common, wall (36; 136a, 136b) between the first chamber (16; 116) and the second chamber (30; 130) for controlling a flow of the freezing gas moving from the first chamber (16; 116) to the second chamber (30; 130), the adjustable opening disposed to provide a flow path for the flow of the freezing gas to a region of the second chamber (30; 130) for exhaust from said second chamber (30; 130) to an area external to the first housing (14; 114) and second housing (28; 128); and - a pressure curtain (31; 131) comprising the exhaust and disposed at the second chamber (30; 130) to prevent atmosphere from the area external to the first housing (14; 114) and second housing (28; 128) from entering said housings (14, 28; 114, 128).
A method for switching a connection of a connected device from a first connection to a first secure network of interconnected computers to a second connection to a second secure network of interconnected computers, the method comprising: obtaining, by a processing resource of a cloud switch server, (a) a cloud device identifier generated by the second secure network of interconnected computers and enabling the second secure network of interconnected computers to identify the connected device, and (b) unique security credentials enabling the connected device to connect to the second secure network of interconnected computers and to access at least parts thereof; and sending, by the processing resource, to the connected device, connection information enabling connecting the connected device to the second secure network of interconnected computers, the connection information comprising (a) second identification information enabling identification of the second secure network of interconnected computers, (b) the cloud device identifier; and (c) the unique security credentials. obtaining, by a processing resource of a cloud switch server, (a) a cloud device identifier generated by the second secure network of interconnected computers and enabling the second secure network of interconnected computers to identify the connected device, and (b) unique security credentials enabling the connected device to connect to the second secure network of interconnected computers and to access at least parts thereof; and sending, by the processing resource, to the connected device, connection information enabling connecting the connected device to the second secure network of interconnected computers, the connection information comprising (a) second identification information enabling identification of the second secure network of interconnected computers, (b) the cloud device identifier; and (c) the unique security credentials.
Use of a mixture comprising madecassoside and terminoloside or a plant extract comprising a mixture of madecassoside and terminoloside for the manufacture of a composition for treating dysplasia, cutaneous squamous lesions or ichtyosis of the skin.
Method for continuous production of a surface-rigid corrugated cardboard web and of corrugated cardboard formats cut therefrom during its production with at least one straight longitudinal separating cut (41, 42) parallel to the web and straight transverse separating cuts oriented transversely thereto, wherein the corrugated cardboard web with one or more corrugations is produced with at least one corrugated paper web covered on both sides with smooth paper web, dried during its production and, following drying while retaining continuous web advance, is provided with the at least one longitudinal separating cut (41, 42) and the transverse separating cuts according to the predefined format width and format length respectively, characterized in that in the corrugated cardboard web exposed to drying heat for producing the corrugated cardboard and moved continuously in a production line along a web advance path, after the drying treatment while retaining the continuous web advance movement, in coordination with the at least one longitudinal separating cut (41, 42) and the transverse separating cuts, corner form cuts (61, 62) are also punched which remove the corner material in the form of punched parts (63, 64) and create at least one formed corner edge of the corrugated board formats, wherein the corner form cuts (61, 62) are punched successively in a line relative to the web width in at least one width position, in a region of the corrugated cardboard web which is heated by drying, wherein the width position of the corner form cuts (61, 62) is set along the web width, the web length with which the corrugated cardboard web passes a measurement point is measured at the measurement point, and the corner form punchings are made successively according to repeatedly measured web lengths which are predefined corresponding to the desired format length of the corrugated cardboard formats, and wherein the at least one longitudinal separating cut (41, 42) and the transverse separating cuts are performed aligned to each other, the latter in accordance with predefined length spacings of the corner format cuts (61, 62) made successively in at least one line along the web advance direction.