mhurhangee/patent-ind-claim-en huggingface dataset:
Portable and modular hoisting assembly for a wind turbine for hoisting heavy components, such as blades, hub, gearbox, generator, transformer, shaft, etc., of the wind turbine , the hoisting assembly being arranged for detachable arrangement to the wind turbine and including at least one lifting assembly , wherein the wind turbine includes a fully or partly detachable or movable roof , wherein the hoisting assembly includes: - a frame assembly for detachable arrangement to a base structure interior of a nacelle of the wind turbine , with horizontally extending beams arranged at upper end of the frame assembly , which horizontally extending beams have an extension extending beyond the frame assembly , in transversal direction thereof, and extending in use beyond the nacelle in either transversal or longitudinal direction thereof, and - the at least one lifting assembly is fixed to the horizontally extending beams , or movably arranged to the horizontally extending beams for movement in longitudinal or transversal direction of the nacelle , characterized in that the lifting assembly includes a fixed or movable platform arranged to the horizontally extending beams and at least one lifting device (401, 401a-b) arranged to the platform . - a frame assembly for detachable arrangement to a base structure interior of a nacelle of the wind turbine , with horizontally extending beams arranged at upper end of the frame assembly , which horizontally extending beams have an extension extending beyond the frame assembly , in transversal direction thereof, and extending in use beyond the nacelle in either transversal or longitudinal direction thereof, and - the at least one lifting assembly is fixed to the horizontally extending beams , or movably arranged to the horizontally extending beams for movement in longitudinal or transversal direction of the nacelle ,
Composition for a lightweight pasty filler material, comprising a binding agent, fillers, and additives, wherein the composition further comprises 0.1 to 0.4 % by weight of an additive consisting of a blend of liquid hydrocarbons, modified fatty acid compounds, nonionic emulsifiers, and silicone oil.
A coated cutting tool which comprises a substrate and a coating layer formed onto a surface of the substrate, wherein the coating layer contains a hard layer having a composition represented by (Ti x M 1-x )N, wherein M represents at least one kind of an element selected from the group consisting of Zr, Hf, V, Nb, Ta, Cr, Mo, W, Al, Si and Y, and x represents an atomic ratio of a Ti element based on a sum of the Ti element and an M element, and satisfies 0.45≦x≦0. 9, an average grain size of grains constituting the hard layer is 200 nm or more and 600 nm or less, and a value of Sa determined by the following procedures to satisfies 55 area %≦Sa≦90 area %; polishing the hard layer in a direction substantially parallel to the surface of the substrate; an angle formed by a normal line of the polished surface obtained by procedure above and a normal line at a cubic plane of the grains of the hard layer is determined as an orientation difference; a total of an area A of a cross-section of the grains of the hard layer where the orientation differences of the grains are within a range of 0° or more and 35° or less, is determined; a total of an area B of a cross-section of the grains of the hard layer where the orientation differences of the grains are within a range of 0° or more and less than 15°, is determined; the value of Sa in area-% is calculated by the formula "Sa =B/A × 100". polishing the hard layer in a direction substantially parallel to the surface of the substrate; an angle formed by a normal line of the polished surface obtained by procedure above and a normal line at a cubic plane of the grains of the hard layer is determined as an orientation difference; a total of an area A of a cross-section of the grains of the hard layer where the orientation differences of the grains are within a range of 0° or more and 35° or less, is determined; a total of an area B of a cross-section of the grains of the hard layer where the orientation differences of the grains are within a range of 0° or more and less than 15°, is determined; the value of Sa in area-% is calculated by the formula "Sa =B/A × 100".
A cooker comprising a body ; a cooking chamber that is disposed on the body and wherein foods to be cooked are placed, and a probe that is disposed in the cooking chamber and that has at least one probe end measuring the humidity and/or temperature by being placed into the food, characterized by an aroma chamber that is disposed on the body and wherein aroma can be added by the user, an aroma channel with one end opening to the aroma chamber and the other end to the probe , and the probe end that provides the distribution of the aroma inside the food.
A dispenser for an analyzer, comprising: a first structure that includes a first fluid pathway , wherein a portion of the first fluid pathway has a helical configuration, the first fluid pathway configured to contain fluid, wherein the first structure comprises a housing and a heatable core having a plurality of ridges defining a plurality of grooves , the housing surrounding the heatable core and engaging the plurality of ridges such that the housing and the plurality of grooves cooperate to form the portion of the first fluid pathway having the helical configuration, wherein all or portions of the housing are configured to contact fluid contained in the first structure , and wherein all or portions of the heatable core are configured to contact fluid contained in the first structure ; a probe that includes an inlet and an outlet, the probe configured to contain fluid, the inlet of the probe in fluid communication with the first fluid pathway ; and a heat source in thermal communication with the first structure and the probe , wherein the heat source is suitable for heating the first structure to a first pre-selected temperature range and the probe to a second temperature range, and wherein the heat source is coupled to the first structure , the heat source is not coupled to the probe , and the probe is coupled to the first structure . a first structure that includes a first fluid pathway , wherein a portion of the first fluid pathway has a helical configuration, the first fluid pathway configured to contain fluid, wherein the first structure comprises a housing and a heatable core having a plurality of ridges defining a plurality of grooves , the housing surrounding the heatable core and engaging the plurality of ridges such that the housing and the plurality of grooves cooperate to form the portion of the first fluid pathway having the helical configuration, wherein all or portions of the housing are configured to contact fluid contained in the first structure , and wherein all or portions of the heatable core are configured to contact fluid contained in the first structure ; a probe that includes an inlet and an outlet, the probe configured to contain fluid, the inlet of the probe in fluid communication with the first fluid pathway ; and a heat source in thermal communication with the first structure and the probe , wherein the heat source is suitable for heating the first structure to a first pre-selected temperature range and the probe to a second temperature range, and wherein the heat source is coupled to the first structure , the heat source is not coupled to the probe , and the probe is coupled to the first structure .
A battery, comprising: a first-type battery cell group and a second-type battery cell group which are connected in series, wherein the first-type battery cell group is composed of multiple first-type batteries connected in parallel, and the second type battery cell group is composed of at least one second type battery cell connected in parallel; the first-type battery cell and the second-type battery cell are battery cells of different chemical systems, and the volume energy density of the first-type battery cell is less than the volume energy density of the second-type battery cell, measured according to the methods as described in the description; and the capacity Cap 1 of the first-type battery cell group is greater than the capacity Cap2 of the second-type battery cell group, and wherein the capacity Cap 1 of the first-type battery cell group and the capacity Cap2 of the second-type battery cell group satisfy the following condition: 0.01 ≤ (Cap1/Cap2)-1 ≤ 0.5, measured according to the methods as described in the description, in which the capacity Cap 1 of the first-type battery cell group is the sum of the capacities of the corresponding first-type battery cells, and the capacity Cap2 of the second-type battery cell group is the sum of the capacities of the corresponding second-type battery cells. a first-type battery cell group and a second-type battery cell group which are connected in series, wherein the first-type battery cell group is composed of multiple first-type batteries connected in parallel, and the second type battery cell group is composed of at least one second type battery cell connected in parallel; the first-type battery cell and the second-type battery cell are battery cells of different chemical systems, and the volume energy density of the first-type battery cell is less than the volume energy density of the second-type battery cell, measured according to the methods as described in the description; and the capacity Cap 1 of the first-type battery cell group is greater than the capacity Cap2 of the second-type battery cell group, and wherein the capacity Cap 1 of the first-type battery cell group and the capacity Cap2 of the second-type battery cell group satisfy the following condition: 0.01 ≤ (Cap1/Cap2)-1 ≤ 0.5, measured according to the methods as described in the description, in which the capacity Cap 1 of the first-type battery cell group is the sum of the capacities of the corresponding first-type battery cells, and the capacity Cap2 of the second-type battery cell group is the sum of the capacities of the corresponding second-type battery cells.
A method for uploading data by a station in a mobile communication system supporting a plurality of radio access interfaces, RAIs, the method comprising: upon detecting that there is content to be uploaded, determining whether a first RAI among the plurality of RAIs is available; when the first RAI is available, transmitting a hypertext transfer protocol, HTTP, range request header message and a HTTP range request body message to a proxy server through the first RAI, wherein the HTTP range request header message includes information related to the content and the HTTP range request body message includes at least one of a plurality of segments which are generated based on the content; and when a HTTP range response message to the HTTP range request body message is received from the proxy server, setting a segment size for next transmission, wherein the segment size for next transmission is set to one of a size which is generated by adding a current segment size to a step size or a size which is generated by multiplying the current segment size by a first value, and wherein the segment size for next transmission is less than a second preset value.. upon detecting that there is content to be uploaded, determining whether a first RAI among the plurality of RAIs is available; when the first RAI is available, transmitting a hypertext transfer protocol, HTTP, range request header message and a HTTP range request body message to a proxy server through the first RAI, wherein the HTTP range request header message includes information related to the content and the HTTP range request body message includes at least one of a plurality of segments which are generated based on the content; and when a HTTP range response message to the HTTP range request body message is received from the proxy server, setting a segment size for next transmission, wherein the segment size for next transmission is set to one of a size which is generated by adding a current segment size to a step size or a size which is generated by multiplying the current segment size by a first value, and wherein the segment size for next transmission is less than a second preset value..
A system comprising: - a pool and - a height-adjustable pool floor , adjustable to any depth from the bottom of the pool to emerged position on the water surface, the height-adjustable floor being designed to perform the function of a walkable, thermally insulating and evaporation-proof cover of the pool water surface, the height-adjustable floor is on its bottom side fitted with at least two evenly spaced lifting bags , fixed to the bottom of the pool and the height-adjustable pool floor , the said lifting bags being connectable to a pump, such as a pool filtration pump or a counter-current swimming pump for filling said lifting bags with water and the said height-adjustable floor having at least one feed opening , - characterized in that seating spacer blocks are mounted at the bottom of the pool and/or on the underside of the height-adjustable floor to ensure protection of the empty lifting bags against damage and the pump, such as a pool filtration pump or a counter-current swimming pump, is for filling water into the pool. - a pool and - a height-adjustable pool floor , adjustable to any depth from the bottom of the pool to emerged position on the water surface, the height-adjustable floor being designed to perform the function of a walkable, thermally insulating and evaporation-proof cover of the pool water surface, the height-adjustable floor is on its bottom side fitted with at least two evenly spaced lifting bags , fixed to the bottom of the pool and the height-adjustable pool floor , the said lifting bags being connectable to a pump, such as a pool filtration pump or a counter-current swimming pump for filling said lifting bags with water and the said height-adjustable floor having at least one feed opening , - characterized in that seating spacer blocks are mounted at the bottom of the pool and/or on the underside of the height-adjustable floor to ensure protection of the empty lifting bags against damage and the pump, such as a pool filtration pump or a counter-current swimming pump, is for filling water into the pool.
Sewing machine needle with the following features: • a blade , which extends substantially in a longitudinal direction (L), • a needle eye , which extends completely through the sewing machine needle in a height direction (H), said height direction (H) being at right angles to the longitudinal direction (L), • at least one recess , which reduces the reach of the blade in the lateral direction (B), said lateral direction (B) being at right angles to the height (H) and the longitudinal (L) directions, • wherein the at least one recess has an upper edge and a lower edge , at which the recess ends in the height direction (H), • and wherein the recess has, at least at one point along its length in the longitudinal direction (L), a height which corresponds to at least 30% of the height of the blade at the position in question characterized in that • an upper edge distance (O), which corresponds to the distance, in the lateral direction (B), between the upper edge of the recess and the position of the axis of the needle eye in the lateral direction (B), differs from • a lower edge distance (U), which corresponds to the distance, in the lateral direction (B), between the lower edge of the recess and the position of the axis of the needle eye in the lateral direction (B). • a blade , which extends substantially in a longitudinal direction (L), • a needle eye , which extends completely through the sewing machine needle in a height direction (H), said height direction (H) being at right angles to the longitudinal direction (L), • at least one recess , which reduces the reach of the blade in the lateral direction (B), said lateral direction (B) being at right angles to the height (H) and the longitudinal (L) directions, • wherein the at least one recess has an upper edge and a lower edge , at which the recess ends in the height direction (H), • and wherein the recess has, at least at one point along its length in the longitudinal direction (L), a height which corresponds to at least 30% of the height of the blade at the position in question • an upper edge distance (O), which corresponds to the distance, in the lateral direction (B), between the upper edge of the recess and the position of the axis of the needle eye in the lateral direction (B), differs from • a lower edge distance (U), which corresponds to the distance, in the lateral direction (B), between the lower edge of the recess and the position of the axis of the needle eye in the lateral direction (B).
A method for controlling a photovoltaic air conditioning system, comprising: detecting a grid frequency f; determining whether the detected grid frequency f is equal to a preset frequency; maintaining a control parameter unchanged in a case that the detected grid frequency f is equal to the preset frequency, wherein the control parameter comprises a PI control parameter and a filter parameter, the PI control parameter comprises a proportion coefficient Kp and an integral coefficient Ki, and the filter parameter comprises a filter parameter vector group F; calculating the control parameter based on the detected grid frequency according to Kp=f1(f). Ki=f2(f) and F=f3(f), in a case where the detected grid frequency is not equal to the preset frequency; and controlling a photovoltaic air conditioner based on the calculated control parameter. detecting a grid frequency f; determining whether the detected grid frequency f is equal to a preset frequency; maintaining a control parameter unchanged in a case that the detected grid frequency f is equal to the preset frequency, wherein the control parameter comprises a PI control parameter and a filter parameter, the PI control parameter comprises a proportion coefficient Kp and an integral coefficient Ki, and the filter parameter comprises a filter parameter vector group F; calculating the control parameter based on the detected grid frequency according to Kp=f1(f). Ki=f2(f) and F=f3(f), in a case where the detected grid frequency is not equal to the preset frequency; and controlling a photovoltaic air conditioner based on the calculated control parameter.
An isolated antibody or antigen binding fragment thereof that binds to human ANGPTL4, comprising a heavy chain variable domain sequence having the amino acid sequence of SEQ ID NO: 13 and comprising a light chain variable domain having the amino acid sequence of SEQ ID NO: 23.
A method for restoring a blade or vane platform of a gas turbine assembly for power plant; the method comprising the steps of: a) providing a blade or a vane of a gas turbine assembly for power plant; wherein the blade or vane comprises a platform having a deteriorated edge zone; b) providing an electro discharging machining tool comprising a working surface comprising a straight plane surface and two opposite angled plane surfaces ; c) removing the deteriorated zone by means of the electro discharging machining tool ; d) rebuilding the removed zone by means of laser cladding technology; wherein the step c) is performed by applying the electro discharging machining tool at the deteriorated edge zone so as to create a recessed main plane along the platform edge and two angled opposite planes arranged opposed along the platform edge and connecting the main recessed plane to the platform outer face; the rebuilding step starting at one angled plane and ending at the opposite angled plane; the discharging machining tool begin configured so that the angle between the recessed main plane and the inclined planes is between 130° and 150° and the recessed main plane and the inclined planes are joined through a fillet radius between 5 mm and 8 mm. a) providing a blade or a vane of a gas turbine assembly for power plant; wherein the blade or vane comprises a platform having a deteriorated edge zone; b) providing an electro discharging machining tool comprising a working surface comprising a straight plane surface and two opposite angled plane surfaces ; c) removing the deteriorated zone by means of the electro discharging machining tool ; d) rebuilding the removed zone by means of laser cladding technology;
A method for processing Hybrid Automatic Repeat Request, hereinafter HARQ, feedback information in a mobile terminal of a mobile communication system in softer handover, wherein the mobile terminal communicates with one base station via two or more sectors (y1-y3) associated with the one base station , the method comprising: transmitting from the mobile terminal the same data packet to the base station through each of the two or more sectors (y1-y3) associated with the one base station ; receiving at the mobile terminal an ACK/NACK signal transmitted by the base station for the transmitted data packet from each of the two or more sectors by applying a HARQ transmission scheme, wherein the ACK/NACK signals transmitted through the two or more sectors are the same in the softer handover, and maximal ratio combining the received ACK/NACK signals into one ACK/NACK signal having the highest signal to noise ratio. transmitting from the mobile terminal the same data packet to the base station through each of the two or more sectors (y1-y3) associated with the one base station ; receiving at the mobile terminal an ACK/NACK signal transmitted by the base station for the transmitted data packet from each of the two or more sectors by applying a HARQ transmission scheme, wherein the ACK/NACK signals transmitted through the two or more sectors are the same in the softer handover, and maximal ratio combining the received ACK/NACK signals into one ACK/NACK signal having the highest signal to noise ratio.
An electro-optic lens comprising: a substantially transparent substrate ; a plurality of concentric electrodes (305a-305e) disposed on a surface of the first substantially transparent substrate; an insulating material disposed on a portion of the surface of the substantially transparent substrate between each electrode in the plurality of concentric electrodes; and curved resistive bridge segments (352a-352d) having different radii of curvature and connecting concentric electrodes in the plurality of concentric electrodes. a substantially transparent substrate ; a plurality of concentric electrodes (305a-305e) disposed on a surface of the first substantially transparent substrate; an insulating material disposed on a portion of the surface of the substantially transparent substrate between each electrode in the plurality of concentric electrodes; and curved resistive bridge segments (352a-352d) having different radii of curvature and connecting concentric electrodes in the plurality of concentric electrodes.