mhurhangee/patent-ind-claim-en huggingface dataset:
A supplementary tank for an auxiliary system associated with an internal combustion engine of a motor-vehicle, having at least one containing volume for a coolant of an engine cooling system, wherein said supplementary tank has a body comprising an upper half-shell and a lower half-shell , both made of plastic, rigidly connected to each other along respective perimetral coupling edges and defining the aforesaid containing volume between them, wherein said containing volume is provided with a filling inlet for charging the fluid within the containing volume, and at least one upper connection element and one lower connection element for connecting pipes from said auxiliary system, and wherein said containing volume is provided with a stilling well , extending upwardly within said containing volume starting from a bottom wall of said body , said supplementary tank being characterized in that said upper half-shell and said lower half-shell are rigidly connected to each other by means of adhesive material (M), and in that said stilling well protrudes upwards beyond a general theoretical plane containing the perimetral coupling edge of the lower half-shell and in that said stilling well is formed in a single piece with said lower half-shell , characterized in that said upper connection element is part of a separate body portion joined by means of adhesive material to said upper half-shell , and has a color contrasting with the color of said upper half-shell , said color being predetermined depending on the type of engine with which the additional tank should be associated, so that in an industrial production, the same color of said connection indicates the destination of the tank to a specific type of engine.
A railway wagon underframe, in particular tank wagon, the railway wagon underframe comprising two end parts of the underframe interconnected with a central part , the central part having two bearing beams parallel to each other and connected with cross bars , while on each end part of the underframe there is a coupling bar in form of two parallel angles profiles covered with an upper flange of the coupling bar , a buffer beam shaped like a C-section being fastened on one end of the coupling bar , and a bolster with a box construction formed of two parallel webs being fastened on the other end of the coupling bar , wherein the bolster has two webs, inner web and outer web of different heights, that are joined in the central part of the bar by walls symmetrical with respect to the longitudinal axis of the underframe, wherein the bolster is closed from the top with a body bolster lower flange and body bolster upper flange , made of sheet metals , while the body bolster upper flange is supported by the upper edges of the inner web and the outer web , and the cross-section shape of the bolster is similar to a stretched letter "Z".
A fusion protein comprising (a) an extracellular portion of a platelet-derived growth factor receptor beta (PDGFRβ) comprising Ig-like domains D1-D3 of the PDGFRβ, (b) an extracellular portion of a vascular endothelial growth factor (VEGF) receptor, and (c) a multimerization domain comprising an Fc region of an IgG1 antibody, wherein the fusion protein binds to a PDGF and a VEGF, wherein the fusion protein is arranged from N-terminus to C-terminus in the following order: (a), (b) and (c), wherein the fusion protein comprises a linker peptide between (a) and (b) comprising Ser 9 (SEQ ID NO: 49), wherein the fusion protein comprises a linker between (b) and (c) comprising Gly 9 (SEQ ID NO: 47), and wherein the extracellular portion of a VEGF receptor consists of Ig-like domain D2.
A method comprising: associating (202; 604) a user identity to a computing device based on a context measurement , wherein the context measurement includes a biometric measurement, and wherein associating the user identity to the computing device comprises: associating a biometric template to the user identity of the computing device based on the biometric measurement, and wherein the associated user identity is one of plural associated user identities stored on the computing device, and wherein each of the plural associated user identities includes a biometric template; generating (204; 712) a network address for the computing device based on the associated user identity, wherein generating the network address for the computing device comprises: identifying a match to the biometric template of the associated user identity based on the biometric measurement ; and determining an identity resolving key, IRK, of the computing device that is a function of the matching biometric template, generating the network address as a private resolvable address, PRA, of the computing device that is a function of the biometric measurement-based IRK; and communicating (206; 714) on a network using the network address. associating (202; 604) a user identity to a computing device based on a context measurement , wherein the context measurement includes a biometric measurement, and wherein associating the user identity to the computing device comprises: associating a biometric template to the user identity of the computing device based on the biometric measurement, and wherein the associated user identity is one of plural associated user identities stored on the computing device, and wherein each of the plural associated user identities includes a biometric template; generating (204; 712) a network address for the computing device based on the associated user identity, wherein generating the network address for the computing device comprises: identifying a match to the biometric template of the associated user identity based on the biometric measurement ; and determining an identity resolving key, IRK, of the computing device that is a function of the matching biometric template, generating the network address as a private resolvable address, PRA, of the computing device that is a function of the biometric measurement-based IRK; and identifying a match to the biometric template of the associated user identity based on the biometric measurement ; and determining an identity resolving key, IRK, of the computing device that is a function of the matching biometric template, generating the network address as a private resolvable address, PRA, of the computing device that is a function of the biometric measurement-based IRK; and communicating (206; 714) on a network using the network address.
A laser scanner for monitoring a monitored zone , having a main light transmitter for transmitting sensing light signals which propagate through a protective screen into the monitored zone ; having a main light receiver for receiving light which emanates from the monitored zone ; and having a control unit for controlling the laser scanner , wherein the laser scanner is configured to carry out a contamination recognition; wherein the laser scanner is configured to emit a monitoring light signal through the protective screen for carrying out the contamination recognition; and wherein the protective screen comprises a peripheral side wall , characterized in that in the contamination recognition, the degree of contamination of the protective screen is determined by means of a measured contamination value and the control unit is adapted to recognize an approach of a hand and/or of a finger toward the protective screen based on the contamination recognition and to output an action signal on the recognition of the hand and/or of the finger , with the control unit being adapted to consider a hand or a finger as recognized when the measured contamination value exceeds a predefined threshold value, and with the protective screen comprising an engagement region which is accessible for a hand and/or for a finger from outside the laser scanner , with the protective screen being concave in the engagement region , with the protective screen and the engagement region being shaped such that the monitoring light signal passes through the protective screen at a first point, runs through the engagement region and subsequently passes through the protective screen at a second point, with the engagement region defining a peripheral recess of the side wall , and with only a predefined increase in the measured contamination value within a likewise predefined time interval resulting in an action signal.
A process for producing a low endotoxin alkali chitosan, chitin or a derivative thereof having an endotoxin concentration of less than 50EU/g, the process comprising the steps of: (a) contacting chitosan, chitin, a chitosan derivative or a chitin derivative with an alkali solution having a concentration of from 0.01M to 0.2M to form a mixture; and (b) leaving the mixture for a period of less than 11 hours; and then (c) drying the mixture. (a) contacting chitosan, chitin, a chitosan derivative or a chitin derivative with an alkali solution having a concentration of from 0.01M to 0.2M to form a mixture; and (b) leaving the mixture for a period of less than 11 hours; and then (c) drying the mixture.
Method for producing an adhesive tape with the following method steps: 1.1) a material web made of a carrier tape material is supplied from an unwinding unit ; 1.2) at least one adhesive strip is then applied to at least one surface of the supplied material web in a coating unit ; 1.3) the material web with the applied adhesive strip is then cut into at least two lengthwise strips with the aid of a cutting device and assembled to form the individual adhesive tapes ; characterized in that 1.4) before or during the cutting process according to 1.3) and after application of the adhesive strip according to 1.2), the material web is aligned in the transverse direction (Q) in such manner by means of a sensor that scans the material web that a precisely positioned lengthwise cut (S) created in each case with the cutting device is introduced into the material web , and for this purpose 1.5) a drive for the unwinding unit connected to a control unit is moved in the transverse direction (Q) relative to the direction of advance or lengthwise direction (L). 1.1) a material web made of a carrier tape material is supplied from an unwinding unit ; 1.2) at least one adhesive strip is then applied to at least one surface of the supplied material web in a coating unit ; 1.3) the material web with the applied adhesive strip is then cut into at least two lengthwise strips with the aid of a cutting device and assembled to form the individual adhesive tapes ; 1.4) before or during the cutting process according to 1.3) and after application of the adhesive strip according to 1.2), the material web is aligned in the transverse direction (Q) in such manner by means of a sensor that scans the material web that a precisely positioned lengthwise cut (S) created in each case with the cutting device is introduced into the material web , and for this purpose 1.5) a drive for the unwinding unit connected to a control unit is moved in the transverse direction (Q) relative to the direction of advance or lengthwise direction (L).
An image processing apparatus comprising: a color separation unit configured to separate image data , which is captured by an imaging device, into first image data of a luminance component and image data of a color component ; a processing unit configured to generate second image data of the luminance component by manipulating pixel values of multi-resolution image data generated from the first image data of the luminance component and reconstructing the manipulated multi-resolution image data ; and a composition unit configured to composite the second image data of the luminance component with the image data of the color component , wherein the processing unit is configured to generate the second image data of the luminance component based on pixel values which are adjusted by using parameters in accordance with pixel values of the image data of the color component , characterized in that the processing unit generates the second image data of the luminance component by compositing the first image data of the luminance component with third image data of the luminance component , which is generated by the reconstructing, by using the parameters in accordance with the pixel values of the image data of the color component . a color separation unit configured to separate image data , which is captured by an imaging device, into first image data of a luminance component and image data of a color component ; a processing unit configured to generate second image data of the luminance component by manipulating pixel values of multi-resolution image data generated from the first image data of the luminance component and reconstructing the manipulated multi-resolution image data ; and a composition unit configured to composite the second image data of the luminance component with the image data of the color component , wherein the processing unit is configured to generate the second image data of the luminance component based on pixel values which are adjusted by using parameters in accordance with pixel values of the image data of the color component , characterized in that the processing unit generates the second image data of the luminance component by compositing the first image data of the luminance component with third image data of the luminance component , which is generated by the reconstructing, by using the parameters in accordance with the pixel values of the image data of the color component .
A device comprising a first fixing element , a further fixing element and a folded sheet-like composite ; wherein the first fixing element includes a first fixing surface and the further fixing element includes a further fixing surface ; wherein the folded sheet-like composite is at least partially fixed between the first fixing surface and the further fixing surface ; wherein the folded sheet-like composite includes a first composite portion and a further composite portion ; wherein the first composite area includes a first layer sequence including, as overlapping layers in the direction from the further fixing surface to the first fixing surface , a first composite layer , a second composite layer , a third composite layer and a fourth composite layer ; wherein in the first composite region the third composite layer is bonded to the fourth composite layer ; wherein the further composite area includes a further layer sequence including as overlapping layers in the direction from the further fixing surface to the first fixing surface the first composite layer , the second composite layer and the fourth composite layer ; wherein in the further composite region the second composite layer is bonded to the fourth composite layer ; the further composite region being adjacent to the first composite region ; wherein the first composite layer includes a first carrier layer ; wherein the second composite layer includes a second carrier layer ; wherein the third composite layer includes a third carrier layer ; wherein the fourth composite layer includes a fourth carrier layer ; wherein in the first composite region the first carrier layer or the fourth carrier layer or both in each case is characterised by a greater layer thickness than the second carrier layer or the third carrier layer or both in each case; wherein in the further composite region the second carrier layer is characterised by a greater layer thickness than in the first composite region ; wherein the further fixing surface includes a recess ; wherein the first bonding area and the further bonding area are each at least partially located between the recess and the first fixing surface .
A method of making a stable aqueous solution of an iron hexacyanide, the method comprising: (a) dissolving sufficient amounts of Na 4 [Fe(CN) 6 ] and/or K 4 [Fe(CN) 6 ] in an amount of aqueous solvent comprising Na + /K + -containing salts such that the total ratio of Na + /K + is in the range of from about 1:10 to about 10:1, preferably from about 1:5 to about 5:1, or more preferably 1:1; or (b) mixing a sufficient amount of H 4 [Fe(CN) 6 ], NaOH, and KOH in a sufficient amount of aqueous solvent such that the total ratio of Na + /K + is in the range of from about 1:10 to about 10:1, preferably from about 1:5 to about 5:1, or more preferably 1:1; or (c) mixing sufficient amounts of Ca 2 [Fe(CN) 6 ], NaOH, and KOH in an amount of aqueous solvent, and removing any precipitated Ca(OH) 2 such that the total ratio of Na + /K + is in the range of from about 1:10 to about 10:1, preferably from about 1:5 to about 5:1, or more preferably 1:1; or (d) mixing sufficient amounts of CaNa 2 [Fe(CN) 6 ] or CaK 2 [Fe(CN) 6 ] or a combination thereof, NaOH, and KOH in an amount of aqueous solvent, and removing any precipitated Ca(OH) 2 such that the total ratio of Na + /K + is in the range of from about 1:10 to about 10:1, preferably from about 1:5 to about 5:1, or more preferably 1:1; and such that the concentration of iron hexacyanide in the resulting stable aqueous solution exceeds the concentration of [Fe(CN) 6 ] 4- in either a saturated solution of Na 4 [Fe(CN) 6 ] or a saturated solution of K 4 [Fe(CN) 6 ] at the same temperature. (a) dissolving sufficient amounts of Na 4 [Fe(CN) 6 ] and/or K 4 [Fe(CN) 6 ] in an amount of aqueous solvent comprising Na + /K + -containing salts such that the total ratio of Na + /K + is in the range of from about 1:10 to about 10:1, preferably from about 1:5 to about 5:1, or more preferably 1:1; or (b) mixing a sufficient amount of H 4 [Fe(CN) 6 ], NaOH, and KOH in a sufficient amount of aqueous solvent such that the total ratio of Na + /K + is in the range of from about 1:10 to about 10:1, preferably from about 1:5 to about 5:1, or more preferably 1:1; or (c) mixing sufficient amounts of Ca 2 [Fe(CN) 6 ], NaOH, and KOH in an amount of aqueous solvent, and removing any precipitated Ca(OH) 2 such that the total ratio of Na + /K + is in the range of from about 1:10 to about 10:1, preferably from about 1:5 to about 5:1, or more preferably 1:1; or (d) mixing sufficient amounts of CaNa 2 [Fe(CN) 6 ] or CaK 2 [Fe(CN) 6 ] or a combination thereof, NaOH, and KOH in an amount of aqueous solvent, and removing any precipitated Ca(OH) 2 such that the total ratio of Na + /K + is in the range of from about 1:10 to about 10:1, preferably from about 1:5 to about 5:1, or more preferably 1:1; and
A fast disintegrating cannabinoid tablet, the tablet comprising: a sugar alcohol composition comprising one or more sugar alcohol particles in an amount of at least 20% by weight of the tablet, a cannabinoid composition comprising one or more cannabinoids, and a disintegrant composition comprising one or more disintegrants operable to disintegrate the tablet within a period of 2 minutes or less in contact with oral saliva, wherein at least a part of the one or more cannabinoids is reversibly associated with at least a part of the one or more sugar alcohol particles by means of adsorption to said one or more sugar alcohol particles in a premixture prior to being applied in the tablet formulation together with the sugar alcohol formulation. a sugar alcohol composition comprising one or more sugar alcohol particles in an amount of at least 20% by weight of the tablet, a cannabinoid composition comprising one or more cannabinoids, and a disintegrant composition comprising one or more disintegrants operable to disintegrate the tablet within a period of 2 minutes or less in contact with oral saliva, wherein at least a part of the one or more cannabinoids is reversibly associated with at least a part of the one or more sugar alcohol particles by means of adsorption to said one or more sugar alcohol particles in a premixture prior to being applied in the tablet formulation together with the sugar alcohol formulation.
A vehicle with a cooling device, the cooling device comprising a first heat exchanger and a second heat exchanger , the first heat exchanger and the second heat exchanger being arranged in series on a cooling water circuit such that cooling water flowing out of the first heat exchanger flows into the second heat exchanger , and the second heat exchanger being arranged in a position relatively lower than a height position of the first heat exchanger when the cooling device has been installed in a vehicle, characterized in that the first heat exchanger is a water-cooled intercooler that cools supercharged intake air, and the second heat exchanger is a water-cooled EGR gas cooler that cools EGR gas. the first heat exchanger and the second heat exchanger being arranged in series on a cooling water circuit such that cooling water flowing out of the first heat exchanger flows into the second heat exchanger , and the second heat exchanger being arranged in a position relatively lower than a height position of the first heat exchanger when the cooling device has been installed in a vehicle, characterized in that the first heat exchanger is a water-cooled intercooler that cools supercharged intake air, and the second heat exchanger is a water-cooled EGR gas cooler that cools EGR gas.
A method for manufacturing a shaped paperboard product, wherein a paperboard blank is shaped by means of a shaping tool comprising a female tool element and a male tool element , one of which tool elements is moved relative to the other tool element, and a frame tool element which is arranged in connection with the male tool element, wherein the brim of the paperboard product being formed is evened by means of the frame tool element in connection with shaping, wherein the distribution of force and the pressing force of the male tool element relative to the female tool element is controlled by means of a flexible structure of the male tool element, wherein the frame tool element is controlled by means of at least two actuators of the frame tool element arranged to control the movement and the pressing force of the frame tool element, wherein the frame tool element is arranged in connection with the male tool element in such a way that the frame tool element is configured to peripherally surround the male tool element, wherein the mating piece for the frame tool element is the female tool element , wherein the path of movement of the frame tool element is adjusted mechanically by means of at least one adjustment piece which is arranged in connection with the respective actuator of the frame tool element, and wherein the frame tool element is controlled independently relative to the male tool element .