mhurhangee/patent-ind-claim-en huggingface dataset:
A thermal monitoring system for sensing a temperature of a monitored device , the thermal monitoring system comprising: a carrier comprising a first surface ; a biasing element coupled to said carrier and configured to extend between said carrier and the monitored device to provide a first thermal conduction path therebetween, said biasing element comprising: a first end contacting said first surface ; a second end opposite said first end and configured to contact the monitored device ; and a main body formed of a thermally conductive material extending continuously between said first end and said second end , wherein said main body is compressible between the monitored device and said carrier ; and a temperature sensor coupled to said carrier and configured to detect a temperature of the monitored device , characterized in further comprising an additional biasing element coupled to said carrier and configured to extend between said carrier and the monitored device to provide a second thermal conduction path therebetween. a carrier comprising a first surface ; a biasing element coupled to said carrier and configured to extend between said carrier and the monitored device to provide a first thermal conduction path therebetween, said biasing element comprising: a first end contacting said first surface ; a second end opposite said first end and configured to contact the monitored device ; and a main body formed of a thermally conductive material extending continuously between said first end and said second end , wherein said main body is compressible between the monitored device and said carrier ; and a first end contacting said first surface ; a second end opposite said first end and configured to contact the monitored device ; and a main body formed of a thermally conductive material extending continuously between said first end and said second end , wherein said main body is compressible between the monitored device and said carrier ; and a temperature sensor coupled to said carrier and configured to detect a temperature of the monitored device , characterized in further comprising an additional biasing element coupled to said carrier and configured to extend between said carrier and the monitored device to provide a second thermal conduction path therebetween.
Cartridge for a filtering device, the cartridge comprising a pleated canvas arranged in a cylinder, the pleats being parallel to the generatrix of the cylinder, the cylinder comprising: - a non-pleated zone, the non-pleated zone being intended to be positioned facing a fuel inlet into the filtering device, - a zone of high-density pleats, said zone of high-density pleats being diametrically opposite to the non-pleated zone, the density of pleats between the non-pleated zone and the zone of high-density pleats being lower than said high density. - a non-pleated zone, the non-pleated zone being intended to be positioned facing a fuel inlet into the filtering device, - a zone of high-density pleats, said zone of high-density pleats being diametrically opposite to the non-pleated zone, the density of pleats between the non-pleated zone and the zone of high-density pleats being lower than said high density.
A process for producing graphene comprising the steps of: providing a plurality of metallic particles comprise a transition metal or compound thereof as templates for graphene formation; providing a carbon source; reacting the metallic particles and carbon source under conditions suitable for graphene formation; and forming graphene particles on the metallic particles, wherein the graphene particles formed on the metallic particles are of a size and shape corresponding to the size and shape of the metallic particles; characterised in that the metallic particles are dispersed in a support; and the metallic particles comprise cobalt hydroxide. providing a plurality of metallic particles comprise a transition metal or compound thereof as templates for graphene formation; providing a carbon source; reacting the metallic particles and carbon source under conditions suitable for graphene formation; and forming graphene particles on the metallic particles, wherein the graphene particles formed on the metallic particles are of a size and shape corresponding to the size and shape of the metallic particles; characterised in that the metallic particles are dispersed in a support; and the metallic particles comprise cobalt hydroxide.
A sterile therapeutic composition for use in a method for treating a subject having villous atrophy caused by radiation or chemotherapy, wherein the composition is formulated for enteral administration and comprises one or more free amino acids selected from lysine, glycine, threonine, valine, tyrosine, aspartic acid, isoleucine, tryptophan and serine; and water; wherein the composition has a total osmolarity from 230 mosm to 280 mosm; and wherein the composition does not comprise one or more ingredients selected from glucose, glutamine and methionine; or, if these ingredients are present, glucose is present at a concentration of less than 1g/l, glutamine is present at a concentration of less than 300 mg/l, and methionine is present at a concentration of less than 300 mg/l.
A heat exchanger comprising: a plurality of heat transfer tubes configured to allow refrigerant to pass therethrough, arranged in a first direction and being spaced from each other; a first header connected to one end of each of the plurality of heat transfer tubes ; a second header connected to an other end of each of the plurality of heat transfer tubes ; and a plurality of reinforcing elements connected to each of the first header and the second header , each of the plurality of heat transfer tubes and each of the plurality of reinforcing elements being disposed between the first header and the second header and being connected by the first header and the second header without being connected by a heat transfer promoting component connecting side surfaces of the plurality of heat transfer tubes and a side surface of each of the plurality of heat transfer tubes and a side surface of each of reinforcing elements , wherein each of the plurality of reinforcing elements is higher in section modulus around a neutral axis (N) than each of the plurality of heat transfer tubes in a first cross-section orthogonal to tube axes of the plurality of heat transfer tubes , the neutral axis (N) intersecting the first direction, characterised in that each of the plurality of reinforcing elements has an I-shaped cross-section, and a cross-sectional outer shape of each of the ends of each of the plurality of reinforcing elements is the same as the cross-sectional outer shape of each of the flat tubes . a plurality of heat transfer tubes configured to allow refrigerant to pass therethrough, arranged in a first direction and being spaced from each other; a first header connected to one end of each of the plurality of heat transfer tubes ; a second header connected to an other end of each of the plurality of heat transfer tubes ; and a plurality of reinforcing elements connected to each of the first header and the second header , each of the plurality of heat transfer tubes and each of the plurality of reinforcing elements being disposed between the first header and the second header and being connected by the first header and the second header without being connected by a heat transfer promoting component connecting side surfaces of the plurality of heat transfer tubes and a side surface of each of the plurality of heat transfer tubes and a side surface of each of reinforcing elements , wherein each of the plurality of reinforcing elements is higher in section modulus around a neutral axis (N) than each of the plurality of heat transfer tubes in a first cross-section orthogonal to tube axes of the plurality of heat transfer tubes , the neutral axis (N) intersecting the first direction, characterised in that each of the plurality of reinforcing elements has an I-shaped cross-section, and a cross-sectional outer shape of each of the ends of each of the plurality of reinforcing elements is the same as the cross-sectional outer shape of each of the flat tubes .
A method for determining platelet pre-count in a centrifugal blood processing apparatus , said blood processing apparatus comprising a light-detecting sensor and a blood processing vessel for receiving whole blood and separating said whole blood into components, said method comprising: storing a measurement of a total volume of blood entering said centrifugal blood processing apparatus ; said method characterised by : detecting plasma flowing out of a leukoreduction chamber , wherein separated platelets and at least some plasma from said blood processing vessel have been transported into said leukoreduction chamber so that platelets are accumulated in said leukoreduction chamber and a fluidized bed of platelets is formed in said leukoreduction chamber and; detecting spill-over of platelets out of said leukoreduction chamber ; and determining said platelet pre-count from at least a known volume associated with said leukoreduction chamber and said measured volume of blood that had entered said centrifugal blood processing apparatus before said spill-over. storing a measurement of a total volume of blood entering said centrifugal blood processing apparatus ; said method characterised by : detecting plasma flowing out of a leukoreduction chamber , wherein separated platelets and at least some plasma from said blood processing vessel have been transported into said leukoreduction chamber so that platelets are accumulated in said leukoreduction chamber and a fluidized bed of platelets is formed in said leukoreduction chamber and; detecting spill-over of platelets out of said leukoreduction chamber ; and determining said platelet pre-count from at least a known volume associated with said leukoreduction chamber and said measured volume of blood that had entered said centrifugal blood processing apparatus before said spill-over. detecting plasma flowing out of a leukoreduction chamber , wherein separated platelets and at least some plasma from said blood processing vessel have been transported into said leukoreduction chamber so that platelets are accumulated in said leukoreduction chamber and a fluidized bed of platelets is formed in said leukoreduction chamber and; detecting spill-over of platelets out of said leukoreduction chamber ; and determining said platelet pre-count from at least a known volume associated with said leukoreduction chamber and said measured volume of blood that had entered said centrifugal blood processing apparatus before said spill-over.
A system for controlling industrial and domestic devices, comprising a monitor and a cylindrical body , wherein: - said monitor comprises a multitouch screen and a panel that has an interface adapted to receive said cylindrical body and; - said cylindrical body has a cavity that contains a data receiving CAT5 RJ-45 Ethernet cable, said cylindrical body being further adapted to be fixed to said industrial and domestic devices, - said cylindrical body has a circular cross-section with a diameter substantially equal to 22 mm, wherein the system further comprises: - an enclosure adapted to shield electromagnetic interferences and adapted to contain said cylindrical body and said monitor , - a second screen based on capacitive technology, which is arranged on said multitouch screen and is connected to said enclosure adapted to shield electromagnetic interferences by means of gaskets with an IP69K protection level, - a heat sink , and - a frame adapted to support said screen and electronic circuitry of said monitor . - said monitor comprises a multitouch screen and a panel that has an interface adapted to receive said cylindrical body and; - said cylindrical body has a cavity that contains a data receiving CAT5 RJ-45 Ethernet cable, said cylindrical body being further adapted to be fixed to said industrial and domestic devices, - said cylindrical body has a circular cross-section with a diameter substantially equal to 22 mm, - an enclosure adapted to shield electromagnetic interferences and adapted to contain said cylindrical body and said monitor , - a second screen based on capacitive technology, which is arranged on said multitouch screen and is connected to said enclosure adapted to shield electromagnetic interferences by means of gaskets with an IP69K protection level, - a heat sink , and - a frame adapted to support said screen and electronic circuitry of said monitor .
Luminaire with mounting device for mounting on a structural element, wherein the luminaire comprises a luminaire housing with a light emission side, in which a luminous means is arranged, wherein the mounting device comprises a first mounting part and a second mounting part , wherein the first mounting part has a mounting portion for mounting on the structural element and the second mounting part is arranged on the luminaire housing , wherein the first mounting part has a first mounting portion which has a first abutment surface , and wherein the second mounting part has a second mounting portion which has a second abutment surface formed to correspond to the first abutment surface , wherein the first and the second mounting parts can be rotated against each other about an axis of rotation through an angular range into different angular positions relative to one another and the first and second abutment surfaces bear against one another in the various relative angular positions and the two mounting parts can be fixed to one another in a positionally fixed manner, one of the two mounting parts having at least one passage within its bearing surface and, in an operating position, a fastening means is inserted through the passage , which is fixed to a fastening anchor provided at the other end of the two mounting parts and presses with a mounting head against a surface portion surrounding the passage , the passage and/or the fastening anchor extending longitudinally in a direction perpendicular to the axis of rotation, the surface portion being curved, characterized in that the mounting head has, on its side facing the surface portion with which it presses against the surface portion in the operating position, a curved mounting surface which is curved in the same direction as the surface portion .
A thermoplastic copolymer comprising plural acrylated polyol monomeric units having different degrees of acrylation of hydroxyl groups, wherein the acrylated polyol monomeric units have an average degree of acrylation greater than 1 and less than the number of the hydroxyl groups of the polyol.
A Cu/ceramic bonded body formed by bonding a copper member made of copper or a copper alloy and a ceramic member made of AlN or Al 2 O 3 using a bonding material containing Ag and Ti, wherein a Ti compound layer made of a Ti nitride is formed at a bonding interface between the copper member and the ceramic member made of AlN, or a Ti compound layer made of a Ti oxide is formed at a bonding interface between the copper member and the ceramic member made of Al 2 O 3 , and Ag particles are dispersed in the Ti compound layer. wherein a Ti compound layer made of a Ti nitride is formed at a bonding interface between the copper member and the ceramic member made of AlN, or a Ti compound layer made of a Ti oxide is formed at a bonding interface between the copper member and the ceramic member made of Al 2 O 3 , and Ag particles are dispersed in the Ti compound layer.
A method of operating a detection system for a sample detection, the system comprising a sample detector , a controller , and data collection equipment, the method comprising: initiating sample detection in an environment; receiving an indication associated with a presence of a material of interest in the environment; associating the indication with a time stamp furnished by a common system clock; initiating collection of additional data associated with the environment, the additional data associated with a second time stamp furnished by the common system clock; and associating the indication with the additional data in a window, wherein the indication associated with the presence of a material of interest triggers one of different protocols representing the additional data to be collected, and wherein the window comprises data representing a sequence of events based on the common system clock, wherein the events comprise collection of: (i) the indication; and (ii) the additional data. initiating sample detection in an environment; receiving an indication associated with a presence of a material of interest in the environment; associating the indication with a time stamp furnished by a common system clock; initiating collection of additional data associated with the environment, the additional data associated with a second time stamp furnished by the common system clock; and associating the indication with the additional data in a window, wherein the indication associated with the presence of a material of interest triggers one of different protocols representing the additional data to be collected, and wherein the window comprises data representing a sequence of events based on the common system clock, wherein the events comprise collection of: (i) the indication; and (ii) the additional data. (i) the indication; and (ii) the additional data.
Diet for feeding poultry comprising from 60 to less than 90 g of all of the amino acids aspartic acid, glutamic acid, proline, serine, and/or salts thereof, per kg dry matter of the diet, at least 5 g of methionine, 2-hydroxy-(4-methylthio)butanoic acid, and/or a salt thereof per kg dry matter of the diet, and from 160 g +/- 10% to 190 g +/- 10% crude protein per kg dry matter of the diet.
An organic light emitting diode display device, comprising: pixel regions over a substrate ; an overcoating layer on the pixel regions of the substrate, the overcoating layer having at least one of a plurality of convex portions and a plurality of concave portions , each having a full width at half maximum (F) greater than a radius (D/2); a first electrode disposed over the overcoating layer ; an organic light emitting layer disposed on the first electrode , and a reflection plate disposed between the first electrode and the overcoating layer , wherein the overcoating layer further includes a flattening portion between the pixel regions, wherein the radius (D/2) being half of a diameter (D), the diameter (D) being a length between two centers of two connection portions , which connect adjacent convex portions or concave portions , wherein the full width at half maximum (F) being a length between two sides of the convex or concave portion at a position of a half-height (H/2), which is half of a height (H) being a length from a bottom of that portion to the top of that portion . pixel regions over a substrate ; an overcoating layer on the pixel regions of the substrate, the overcoating layer having at least one of a plurality of convex portions and a plurality of concave portions , each having a full width at half maximum (F) greater than a radius (D/2); a first electrode disposed over the overcoating layer ; an organic light emitting layer disposed on the first electrode , and a reflection plate disposed between the first electrode and the overcoating layer , wherein the overcoating layer further includes a flattening portion between the pixel regions, wherein the radius (D/2) being half of a diameter (D), the diameter (D) being a length between two centers of two connection portions , which connect adjacent convex portions or concave portions , wherein the full width at half maximum (F) being a length between two sides of the convex or concave portion at a position of a half-height (H/2), which is half of a height (H) being a length from a bottom of that portion to the top of that portion .
A process for the production of a Camellia sinensis dedifferentiated stem cell extract, the process comprising the steps of: (a) preparing a cell culture comprising Camellia sinensis dedifferentiated stem cells; (b) performing an extraction on the cell culture using ethanol as the extraction solvent, to produce the Camellia sinensis dedifferentiated stem cell extract. (a) preparing a cell culture comprising Camellia sinensis dedifferentiated stem cells; (b) performing an extraction on the cell culture using ethanol as the extraction solvent, to produce the Camellia sinensis dedifferentiated stem cell extract.
An apparatus , comprising: at least one processor ; and at least one memory including program code; wherein the at least one memory and the program code are configured to, with the at least one processor, cause the apparatus to at least: maintain , by a device of a device cluster including a set of devices, device cluster membership information indicative of device membership of the device cluster; said apparatus being characterized in that it is further caused to support , by the device, communication with one or more neighboring devices to support distribution of the device cluster membership information indicative of device membership of the device cluster, comprising receiving, by the device from one of the one or more neighboring devices, an indication that the one of the one or more neighboring devices is a member of the device cluster and updating, by the device, the device cluster membership information to indicate that the one of the one or more neighboring devices is a member of the device cluster. at least one processor ; and at least one memory including program code; wherein the at least one memory and the program code are configured to, with the at least one processor, cause the apparatus to at least: maintain , by a device of a device cluster including a set of devices, device cluster membership information indicative of device membership of the device cluster; said apparatus being characterized in that it is further caused to support , by the device, communication with one or more neighboring devices to support distribution of the device cluster membership information indicative of device membership of the device cluster, comprising receiving, by the device from one of the one or more neighboring devices, an indication that the one of the one or more neighboring devices is a member of the device cluster and updating, by the device, the device cluster membership information to indicate that the one of the one or more neighboring devices is a member of the device cluster. maintain , by a device of a device cluster including a set of devices, device cluster membership information indicative of device membership of the device cluster; said apparatus being characterized in that it is further caused to support , by the device, communication with one or more neighboring devices to support distribution of the device cluster membership information indicative of device membership of the device cluster, comprising receiving, by the device from one of the one or more neighboring devices, an indication that the one of the one or more neighboring devices is a member of the device cluster and updating, by the device, the device cluster membership information to indicate that the one of the one or more neighboring devices is a member of the device cluster.
Method for detecting a work vehicle mission through a neural network, wherein the vehicle is provided with an arm including at least two elements wherein one first element is connected to a vehicle frame and one second element is connected to the first element and means to detect a reciprocal degree of freedom between the first element and the frame and between the second element and first element such to assume a plurality of operation configurations, the method including, within an observation time interval, the monitoring of the arm in order detect frequency and time duration for each operation configurations and detecting the vehicle mission as a function of the balance of said frequencies and time durations.