mhurhangee/patent-ind-claim-en huggingface dataset:
A single-axis solar tracker comprising a support structure comprising a plurality of support elements adapted to be constrained to the ground and defining a substantially vertical direction (Z) and at least one tubular element for the support of one or more photovoltaic panels placed side-by-side, said tubular element extending along a longitudinal direction (X) substantially parallel to the installation ground, said solar tracker comprising also connection means of said tubular element to said support elements configured to allow the rotation of said tubular element about an axis substantially parallel to the longitudinal direction (X), wherein said connection means comprise at least one substantially plate-shaped connection element (14, 14', 14") associated with said tubular element and support and guide means (15, 15a, 15a', 15a", 15c, 15d) integrally associated with said support element , said at least one connection element comprising in turn at least one guide element integral with said connection element (14, 14', 14"), said guide element defining at least one outer guide surface and at least one inner guide surface each of which abuts said support and guide means (15, 15a, 15a', 15a", 15c, 15d) said guide element (14a, 14a', 14a") being slidably associated with said support and guide means (15, 15a, 15a', 15a", 15c, 15d), characterized in that said guide element (14a, 14a', 14a")comprises at least one stretch extending in direction substantially orthogonal to and projects from the plane on which lies said plate-shaped connection element (14, 14', 14") and in that said support and guide means comprise sliding shoes .
Actuating device configured for actuating a contractible element for bending means of an industrial machine for bending metal elements provided with a lower component and an upper component apt to move relative to each other from a first position (P1) to a second position(P2), the actuation device comprising: - a rack and pinion gear unit ; comprising a pinion having an axis (X), a first rack , said first rack being configured to be fixed to the upper component of said contractible element ; said pinion being operable in a first direction of rotation to move the first rack along a trajectory of translation (A1), transverse to said axis (X); the actuating device being characterized in that it further comprises: - a connecting plate configured to be connected to the lower component of said contractible element ; said rack and pinion gear unit comprising at least a second rack , said first and second rack being actuated simultaneously by said pinion so as to pass from a first position to a second position; the second rack being configured to be coupled to the connecting plate ; said pinion being operable to move said second rack along a second trajectory of translation (A2), transverse to said axis (X), such that said first rack and said second rack advance in opposite directions towards the first position of each of said first rack and said second rack; said pinion being operable in a second direction of rotation, contrary to said first direction of rotation, to move said racks in opposite directions towards the second position of each of said first rack and said second rack. - a rack and pinion gear unit ; comprising a pinion having an axis (X), a first rack , said first rack being configured to be fixed to the upper component of said contractible element ; - a connecting plate configured to be connected to the lower component of said contractible element ;
An image processing device including an image data generating module configured to generate image data, comprising: a sample data output unit configured to receive echo signals and output data of respective samples obtained by discretizing the echo signals; a target selecting module configured to select, among the samples, samples within a predetermined range, wherein the target selecting module selects, among the sample data, the samples within the predetermined range centering on a certain observed sample; an extracting module configured to extract, among the samples determined by the target selecting module, samples of which data satisfies a predetermined reference value; and a ratio calculating module configured to calculate a ratio of the number of the extracted samples with respect to the number of the samples within the predetermined range, wherein the ratio calculating module calculates the ratio for each sample of the echo signal and the calculated ratio becomes a calculation result of the observed sample; wherein the image data generating module determines a display mode of each pixel of the image data based on the ratio, with each sample corresponding to one pixel of the image data based on the calculated ratio of each sample, wherein the image data generating module generates the image data having color values according to the ratio. a sample data output unit configured to receive echo signals and output data of respective samples obtained by discretizing the echo signals; a target selecting module configured to select, among the samples, samples within a predetermined range, wherein the target selecting module selects, among the sample data, the samples within the predetermined range centering on a certain observed sample; an extracting module configured to extract, among the samples determined by the target selecting module, samples of which data satisfies a predetermined reference value; and a ratio calculating module configured to calculate a ratio of the number of the extracted samples with respect to the number of the samples within the predetermined range, wherein the ratio calculating module calculates the ratio for each sample of the echo signal and the calculated ratio becomes a calculation result of the observed sample; wherein the image data generating module determines a display mode of each pixel of the image data based on the ratio, with each sample corresponding to one pixel of the image data based on the calculated ratio of each sample, wherein the image data generating module generates the image data having color values according to the ratio.
A method of manufacturing a protective helmet, in particular a bicycle helmet , which has a shock-absorbing helmet body having a concave inner side and a convex outer side and which has an outer shell arranged at the outer side of the helmet body , characterized by the steps: - placing the outer shell into a mold ; and - filling a casting material into the mold at at least one filling point to form the helmet body , wherein the casting material connects to an inner side of the outer shell , wherein the filling point is provided at the outer side of the helmet body formed, with the outer shell having an opening in the region of the filling point . - placing the outer shell into a mold ; and - filling a casting material into the mold at at least one filling point to form the helmet body , wherein the casting material connects to an inner side of the outer shell ,
Use of a plate-type heat exchanger having multiple plates , wherein, between in each case two adjacent plates , an intermediate space which is able to be flowed through is formed, said heat exchanger comprising intermediate spaces of a first group that are able to be flowed through and are fluidically connected to a common first fluid channel running perpendicularly to the plates, wherein the intermediate spaces of the first group are sealed off such that an inflow of a first fluid from the outside and/or an outflow of said first fluid to the outside in a direction parallel to the plates is prevented, wherein the intermediate spaces of the first group are fluidically connected to multiple second fluid channels running perpendicularly to the plates , which second fluid channels are arranged such that, proceeding from the first fluid channel , the first fluid flows through the intermediate spaces of the first group transversely to the second fluid channels , or that, proceeding from the second fluid channels , the first fluid flows through the intermediate spaces of the first group transversely to the first fluid channel , and furthermore comprising intermediate spaces of a second group that are able to be flowed through by a second fluid, whose temperature is controlled differently than the first fluid, wherein the intermediate spaces of the first group and the intermediate spaces of the second group are in each case arranged alternately, wherein the intermediate spaces, able to be flowed through by the second fluid, of the second group have lateral inflow openings which, in relation to the plate-type heat exchanger, are outwardly open, in order to allow an inflow of a second fluid from the outside into the intermediate spaces of the second group from an inflow direction which is arranged parallel to the plates, characterized in that the plate-type heat exchanger is flowed through by the first fluid in the intermediate spaces of the first group and the second fluid in the intermediate spaces of the second group in each case in a co-direction-flow configuration.
A base station device that is mounted on a flying object, forms a communication area on a ground, establishes a communication connection with a user terminal in the communication area , and provides a radio communication service to the user terminal , comprising: a connected terminal number acquisition unit that acquires the number of connected terminals which is a number of user terminal s with which the base station device establishes the communication connection; and a connection control unit that, in a case where the number of connected terminals is larger than a second threshold, performs admission control in response to a connection request received from the user terminal in the communication area , and in a case where the number of connected terminals is smaller than the second threshold and larger than a first threshold smaller than the second threshold, periodically selects a connection allowable group that allows connection from a plurality of groups of the user terminals executes a connection establishment process in response to a connection request from a user terminal included in the connection allowable group, and executes a request rejection process that rejects a connection request from a user terminal not included in the connection allowable group. a connected terminal number acquisition unit that acquires the number of connected terminals which is a number of user terminal s with which the base station device establishes the communication connection; and a connection control unit that, in a case where the number of connected terminals is larger than a second threshold, performs admission control in response to a connection request received from the user terminal in the communication area , and in a case where the number of connected terminals is smaller than the second threshold and larger than a first threshold smaller than the second threshold, periodically selects a connection allowable group that allows connection from a plurality of groups of the user terminals executes a connection establishment process in response to a connection request from a user terminal included in the connection allowable group, and executes a request rejection process that rejects a connection request from a user terminal not included in the connection allowable group.
A dental composition comprising: a polymerizable resin comprising an ethylenically unsaturated group; a thermally activated initiator dissolved in the resin; and an inorganic filler combined with the resin in an amount greater than 60 percent by weight based upon the weight of the composition; wherein the initiator is capable of being activated at a temperature of 100 to 150 °C to provide free radicals; and wherein the filler has a surface area of at least 65 square meters per gram filler, and the filler is a nanofiller comprising non-pyrogenic nanoparticles or nanoclusters. a polymerizable resin comprising an ethylenically unsaturated group; a thermally activated initiator dissolved in the resin; and an inorganic filler combined with the resin in an amount greater than 60 percent by weight based upon the weight of the composition; wherein the initiator is capable of being activated at a temperature of 100 to 150 °C to provide free radicals; and wherein the filler has a surface area of at least 65 square meters per gram filler, and the filler is a nanofiller comprising non-pyrogenic nanoparticles or nanoclusters.
A livestock feed supplement comprising: (a) a core particle comprising sodium metabisulfite and at least one binder, and (b) an enteric coating enrobing said core particle, wherein the thickness and composition of said coating protects said sodium meta-bisulfite from decomposition to sulfur dioxide in an aqueous acid stomach environment. (a) a core particle comprising sodium metabisulfite and at least one binder, and (b) an enteric coating enrobing said core particle,
Process for modifying the fluorine distribution in a hydrocarbon compound of formula (I) CX(Y) 2 -CX(Y) m -CH m XY, where X and Y independently represent H, F or Cl and m = 0 or 1 with at least one from X or Y which is Cl or F; in the presence of a catalyst, the catalyst being a solid composition containing at least one component containing chromium oxyfluoride or fluoride of empirical formula Cr x M( 1-x )O r F s , where 2r + s is greater than or equal to 2.9 and less than 6, M is Zn, x has a value from 0.9 to 0.999, s is greater than 0 and less than or equal to 6 and r is greater than or equal to 0 and less than 3, characterized in that the said component containing chromium oxyfluoride or fluoride is amorphous and in that the solid composition has a specific surface between 15 and 45 m 2 /g.
A method of controlling an HVAC system with a thermostat , the method comprising: the thermostat receiving an audio stream; the thermostat identifying a trigger phrase in the audio stream; a remote web service identifying one of a plurality of different commands in the audio stream following the trigger phrase; the remote web service generating a thermostat command that is understandable by the thermostat and that instructs the thermostat to perform the one of the plurality of different commands identified in the audio stream; the remote web service sending the thermostat command to the thermostat ; the thermostat executing the thermostat command; the thermostat receiving feedback from a user that an identification of the trigger phrase is a false positive when the thermostat identifies the trigger phrase without the trigger phrase being spoken or a false negative when the thermostat fails to identify the trigger phrase after the trigger phrase is spoken; and responsive to the feedback, the thermostat using the feedback to automatically rebalance a trigger phrase sensitivity factor that is used by the thermostat in identifying the trigger phrase to reduce identifying the false positive or the false negative at future times. the thermostat receiving an audio stream; the thermostat identifying a trigger phrase in the audio stream; a remote web service identifying one of a plurality of different commands in the audio stream following the trigger phrase; the remote web service generating a thermostat command that is understandable by the thermostat and that instructs the thermostat to perform the one of the plurality of different commands identified in the audio stream; the remote web service sending the thermostat command to the thermostat ; the thermostat executing the thermostat command; the thermostat receiving feedback from a user that an identification of the trigger phrase is a false positive when the thermostat identifies the trigger phrase without the trigger phrase being spoken or a false negative when the thermostat fails to identify the trigger phrase after the trigger phrase is spoken; and responsive to the feedback, the thermostat using the feedback to automatically rebalance a trigger phrase sensitivity factor that is used by the thermostat in identifying the trigger phrase to reduce identifying the false positive or the false negative at future times.
Device for injecting a fluid, in particular a cryogenic fluid, the device comprising a fluid feed head and a fluid dispensing body mounted in a detachable manner on said feed head , said feed head comprising a fluid flow groove , feeding said body , said groove being closed in the mounted position of the body on the feed head and said groove being open in the separated position of the feed head and the body , characterized in that the device comprises a delivery valve that is forced against said body by a spring .
A water-soluble crosslinked copolymer formed by crosslinking a first polymer chain to a second polymer chain comprising a polycarboxylic acid, wherein the first chain before crosslinking comprises a constitutional unit (a) comprising a zwitterionic phosphorylcholine group, a constitutional unit (b) comprising an amine group and a constitutional unit (c) comprising a hydroxyl group; and the water-soluble crosslinked copolymer comprises one or more crosslinks formed between carboxylic acid groups in the second chain and amine groups in the first chain, optionally wherein said amine group in the first chain is a primary amine group. the first chain before crosslinking comprises a constitutional unit (a) comprising a zwitterionic phosphorylcholine group, a constitutional unit (b) comprising an amine group and a constitutional unit (c) comprising a hydroxyl group; and the water-soluble crosslinked copolymer comprises one or more crosslinks formed between carboxylic acid groups in the second chain and amine groups in the first chain, optionally wherein said amine group in the first chain is a primary amine group.
A chiller apparatus configured to cool a liquid, vapor or other medium, comprising: - a refrigeration system, the refrigeration system comprising: - a condenser ; - a compressor ; - a temperature controller; - a heat exchanger , wherein the condenser , compressor and temperature controller are contained inside a housing , wherein the heat exchanger is external to the housing , wherein the heat exchanger is configured to be exposed to a liquid, vapor or other medium in a vessel, and from which heat is to be removed by the heat exchanger , and wherein the condenser , compressor , temperature controller and heat exchanger are integrated into a single standalone chiller apparatus, said chilled apparatus further comprising a heat exchanger arm extending substantially horizontally from the housing , - wherein the heat exchanger suspends substantially vertically from the heat exchanger arm , - wherein the heat exchanger arm mechanically connects the heat exchanger to the refrigeration system housed in the housing , characterized in that the heat exchanger arm further comprises a sleeve for attaching a housing enclosing the heat exchanger , wherein the sleeve comprises a cylindrical housing with a first end having a coupling element , including a locking mechanism and a collar . - a refrigeration system, the refrigeration system comprising: - a condenser ; - a compressor ; - a temperature controller; - a condenser ; - a compressor ; - a temperature controller; - a heat exchanger , wherein the condenser , compressor and temperature controller are contained inside a housing , wherein the heat exchanger is external to the housing , wherein the heat exchanger is configured to be exposed to a liquid, vapor or other medium in a vessel, and from which heat is to be removed by the heat exchanger , and wherein the condenser , compressor , temperature controller and heat exchanger are integrated into a single standalone chiller apparatus, said chilled apparatus further comprising a heat exchanger arm extending substantially horizontally from the housing , - wherein the heat exchanger suspends substantially vertically from the heat exchanger arm , - wherein the heat exchanger arm mechanically connects the heat exchanger to the refrigeration system housed in the housing , characterized in that the heat exchanger arm further comprises a sleeve for attaching a housing enclosing the heat exchanger , wherein the sleeve comprises a cylindrical housing with a first end having a coupling element , including a locking mechanism and a collar . - wherein the heat exchanger suspends substantially vertically from the heat exchanger arm , - wherein the heat exchanger arm mechanically connects the heat exchanger to the refrigeration system housed in the housing , characterized in that the heat exchanger arm further comprises a sleeve for attaching a housing enclosing the heat exchanger , wherein the sleeve comprises a cylindrical housing with a first end having a coupling element , including a locking mechanism and a collar .
A fuel injection device for a combustor of a gas turbine, the fuel injection device comprising: a pilot fuel injector disposed on an axis (C) of the fuel injection device ; a main fuel injector having an annular shape and disposed so as to be concentric with the pilot fuel injector and encircle an outer periphery of the pilot fuel injector ; and a plurality of main fuel injection holes that are formed in the main fuel injector so as to be spaced circumferentially from each other and are configured to inject the fuel axially rearward; and a main housing covering the main fuel injector ; the main fuel injector including a fuel passage forming portion of an annular shape, an inner ring portion located on an inner peripheral side of the fuel passage forming portion, and an outer ring portion located on an outer peripheral side of the fuel passage forming portion, wherein one of a space between the fuel passage forming portion and the inner ring portion and a space between the fuel passage forming portion and the outer ring portion forms a pilot fuel supply passage of an annular shape configured to supply a fuel to the pilot fuel injector , and the other one of the spaces forms a main fuel supply passage of an annular shape configured to supply a fuel to the fuel injection holes of the main fuel injector . a pilot fuel injector disposed on an axis (C) of the fuel injection device ; a main fuel injector having an annular shape and disposed so as to be concentric with the pilot fuel injector and encircle an outer periphery of the pilot fuel injector ; and a plurality of main fuel injection holes that are formed in the main fuel injector so as to be spaced circumferentially from each other and are configured to inject the fuel axially rearward; and a main housing covering the main fuel injector ; the main fuel injector including a fuel passage forming portion of an annular shape, an inner ring portion located on an inner peripheral side of the fuel passage forming portion, and an outer ring portion located on an outer peripheral side of the fuel passage forming portion, wherein one of a space between the fuel passage forming portion and the inner ring portion and a space between the fuel passage forming portion and the outer ring portion forms a pilot fuel supply passage of an annular shape configured to supply a fuel to the pilot fuel injector , and the other one of the spaces forms a main fuel supply passage of an annular shape configured to supply a fuel to the fuel injection holes of the main fuel injector .