mhurhangee/patent-ind-claim-en huggingface dataset:
A cooking device comprising: a heating chamber in which food is put and heated; a heating means heating the food; a steam generating container(A) including a water evaporation chamber ; a heat source heating the steam generating container(A); and a water supply device supplying water to the water evaporation chamber , a leading opening to lead steam from the water evaporation chamber ; an ejection opening ejecting into the heating chamber the steam led from the leading opening ; and a buffer chamber connecting through the leading opening and the ejection opening characterized in that the buffer chamber is provided between the water evaporation chamber and the heating chamber and the buffer chamber is adjacent to both the water evaporation chamber and the heating chamber , such that the heat of the heating chamber is conducted to the buffer chamber and the heat of the water evaporation chamber is conducted to the buffer chamber.
A laundry detergent composition for treating a textile comprising wool, silk, polyester and/or nylon fibres, single or mixed fibres, optionally in combination with cellulosic fibres, the detergent composition comprising an optical brightener having ClogP from 1 to 50 wherein the optical brightener is selected from coumarinic brighteners, a dye transfer inhibitor and an enzyme, the composition having a pH at a concentration of 1 wt% in deionised water of at least 5.
A vacuum pump , in particular a turbomolecular pump, comprising at least one housing section; and at least one shielding means , wherein the shielding means is formed at the housing section to electromagnetically shield an interior of the pump with respect to an exterior of the pump , and wherein the shielding means comprises copper and/or beryllium, characterized in that the shielding means is formed as a lattice at an inlet flange and/or an expulsion flange.
A data collector for use in monitoring a lyophilisation process of a product in a test product container in a lyophilisation chamber, where a plurality of product containers of the same size and shape are arranged side-by-side on a support surface of the lyophilisation chamber, said data collector comprising a battery , a measuring device including an electronics unit and a sensor configured for being arranged in said test product container , a first compartment in a first portion , a second compartment in a second portion , a first end surface , and a second end surface opposite to the first end surface , wherein said first and second portions are arranged side-by-side when seen in a plane defined by the first end surface, and wherein the battery is housed in the first compartment and the electronics unit of the measuring device is housed in the second compartment , such that the battery and the electronics unit are separate from each other, characterized in that the first end surface is configured for resting on the support surface .
A system for detecting, surveying, monitoring and/or controlling Lepidopterous insects comprising: (a) a dispenser which dispenses a vapour blend of acetic acid and one or more compounds of formula I wherein R is selected from the group comprising -CN and -NC; and (b) a trapping device. (a) a dispenser which dispenses a vapour blend of acetic acid and one or more compounds of formula I wherein R is selected from the group comprising -CN and -NC; and (b) a trapping device.
A method comprising: receiving a design surface data set; for each of a batch of components , obtaining a component surface data set from the inspection of a component , wherein multiple components in the batch of components have slight variations in size and/or surface geometries as compared to the design surface data set; for each of the batch of components , creating a modified surface data set in response to the design surface data set and the component surface data set; for each of the batch of components , creating an offset data set in response to the design surface data set, the modified surface data set and a rate of contour deviation constraint, wherein the rate of contour deviation is less than 0.005 centimetre/centimetre; for each of the batch of components , creating a new surface data set in response to the offset data set and the modified surface data set; for each of the batch of components , generating a machining path in response to the modified surface data set, wherein generating the machining path in response to the modified surface data set includes generating the machining path in response to the new surface data set; and for each of the batch of components , machining the component in response to the machining path to produce a machined component according to the modified surface data set, wherein the machined component deviates from the design surface data set and is consistent with the new surface data set. receiving a design surface data set; for each of a batch of components , obtaining a component surface data set from the inspection of a component , wherein multiple components in the batch of components have slight variations in size and/or surface geometries as compared to the design surface data set; for each of the batch of components , creating a modified surface data set in response to the design surface data set and the component surface data set; for each of the batch of components , creating an offset data set in response to the design surface data set, the modified surface data set and a rate of contour deviation constraint, wherein the rate of contour deviation is less than 0.005 centimetre/centimetre; for each of the batch of components , creating a new surface data set in response to the offset data set and the modified surface data set; for each of the batch of components , generating a machining path in response to the modified surface data set, wherein generating the machining path in response to the modified surface data set includes generating the machining path in response to the new surface data set; and for each of the batch of components , machining the component in response to the machining path to produce a machined component according to the modified surface data set, wherein the machined component deviates from the design surface data set and is consistent with the new surface data set.
A device comprising: a processor ; and a memory (44; 46) communicatively connected with the processor, the memory having stored thereon executable instructions that when executed by the processor cause the processor to effectuate operations comprising: setting a parameter, said parameter to be included in a first frame, said parameter indicative that multiple acknowledgments are allowed in an integrated ACK frame, the allowed multiple acknowledgments comprising an acknowledgment of a first application data and an acknowledgment of a second medium access control data; sending the first frame, the first frame comprising a first medium access control data and the first application data; sending a second frame, the second frame comprising the second medium access control data and a second application data; and receiving the integrated ACK frame, the integrated ACK frame comprising the acknowledgment of the second medium access control data and the acknowledgment of the first application data. a processor ; and a memory (44; 46) communicatively connected with the processor, the memory having stored thereon executable instructions that when executed by the processor cause the processor to effectuate operations comprising: setting a parameter, said parameter to be included in a first frame, said parameter indicative that multiple acknowledgments are allowed in an integrated ACK frame, the allowed multiple acknowledgments comprising an acknowledgment of a first application data and an acknowledgment of a second medium access control data; sending the first frame, the first frame comprising a first medium access control data and the first application data; sending a second frame, the second frame comprising the second medium access control data and a second application data; and receiving the integrated ACK frame, the integrated ACK frame comprising the acknowledgment of the second medium access control data and the acknowledgment of the first application data. setting a parameter, said parameter to be included in a first frame, said parameter indicative that multiple acknowledgments are allowed in an integrated ACK frame, the allowed multiple acknowledgments comprising an acknowledgment of a first application data and an acknowledgment of a second medium access control data; sending the first frame, the first frame comprising a first medium access control data and the first application data; sending a second frame, the second frame comprising the second medium access control data and a second application data; and receiving the integrated ACK frame, the integrated ACK frame comprising the acknowledgment of the second medium access control data and the acknowledgment of the first application data.
A method for disclosing personal network, PN, information for content or a service provided from a personal network entity, PNE, by a converged personal network service, CPNS, server in a CPNS environment, the method comprising: receiving a PN registration request message including a disclosure attribute indicating an information openness level for PN information of a first PNE; checking and storing the disclosure attribute indicating the information openness level for the PN information of the first PNE; receiving , from a second PNE, a service search request message for requesting the PN information for content or a service provided by the first PNE; and providing , at different levels of disclosure, the PN information to the second PNE, according to a value of the disclosure attribute indicating the information openness level for the PN information of the first PNE, via a Personal Network Gateway, PN GW, wherein the PN GW is connected to the CPNS server, and the first PNE is connected to the CPNS server via the PN GW. receiving a PN registration request message including a disclosure attribute indicating an information openness level for PN information of a first PNE; checking and storing the disclosure attribute indicating the information openness level for the PN information of the first PNE; receiving , from a second PNE, a service search request message for requesting the PN information for content or a service provided by the first PNE; and providing , at different levels of disclosure, the PN information to the second PNE, according to a value of the disclosure attribute indicating the information openness level for the PN information of the first PNE, via a Personal Network Gateway, PN GW, wherein the PN GW is connected to the CPNS server, and the first PNE is connected to the CPNS server via the PN GW.
A fluid collection device which extends between a first end region and a second end region and comprises: a fluid impermeable barrier at least partially defining a chamber, the fluid impermeable barrier also defining an opening extending therethrough, the opening configured to be positioned adjacent to a female urethra or have a male urethra positioned therethrough; at least one porous material disposed in the chamber; the device being characterised by further comprising: at least one shapeable material which extends from the first end region to the second end region and which is capable of being shaped to retain a selected geometric configuration whereby the fluid collection device has capability to be shaped into, and retain a selected shape, and to retain, a geometric configuration which is complementary to contours of anatomy of a wearer in a region proximate to the urethra of the wearer. a fluid impermeable barrier at least partially defining a chamber, the fluid impermeable barrier also defining an opening extending therethrough, the opening configured to be positioned adjacent to a female urethra or have a male urethra positioned therethrough; at least one porous material disposed in the chamber; the device being characterised by further comprising: at least one shapeable material which extends from the first end region to the second end region and which is capable of being shaped to retain a selected geometric configuration whereby the fluid collection device has capability to be shaped into, and retain a selected shape, and to retain, a geometric configuration which is complementary to contours of anatomy of a wearer in a region proximate to the urethra of the wearer.
A steel wire comprising the following elements: 0.30 - 0.80 wt % carbon, 0.25 - 0.45 wt% silicon, 0.20 - 0.70 wt% manganese, 0.008 - 0.020 wt% titanium, 0.001 - 0.004 wt% zirconium, wherein the steel comprises less than 30% allotriomorphic ferrite, preferably less than 15% allotriomorphic ferrite; and wherein the steel comprises at least 50% pearlite microstructure, wherein the steel further comprises up to 0.012 wt% sulphur; wherein the steel further comprises up to 0.035 wt% aluminium; wherein the steel further comprises up to 0.005 wt% nitrogen; wherein the steel further comprises up to 0.4 wt% of at least one further element selected from chromium, nickel, copper or molybdenum, wherein each of the chromium and nickel is present in an amount of up to 0.5 wt% and wherein the molybdenum is present in an amount of up to 0.1 wt%; and wherein the copper is present in an amount of less than 0.2 wt%; wherein the steel further comprises up to 0.15 wt% tungsten; wherein the steel further comprises up to 0.15 wt% vanadium; wherein the steel further comprises up to 0.15 wt% cobalt; wherein the steel further comprises up to 0.020 wt% phosphorus; and wherein the remainder of the steel is iron. 0.30 - 0.80 wt % carbon, 0.25 - 0.45 wt% silicon, 0.20 - 0.70 wt% manganese, 0.008 - 0.020 wt% titanium, 0.001 - 0.004 wt% zirconium, wherein the steel comprises less than 30% allotriomorphic ferrite, preferably less than 15% allotriomorphic ferrite; and wherein the steel comprises at least 50% pearlite microstructure, wherein the steel further comprises up to 0.012 wt% sulphur; wherein the steel further comprises up to 0.035 wt% aluminium; wherein the steel further comprises up to 0.005 wt% nitrogen; wherein the steel further comprises up to 0.4 wt% of at least one further element selected from chromium, nickel, copper or molybdenum, wherein each of the chromium and nickel is present in an amount of up to 0.5 wt% and wherein the molybdenum is present in an amount of up to 0.1 wt%; and wherein the copper is present in an amount of less than 0.2 wt%; wherein the steel further comprises up to 0.15 wt% tungsten; wherein the steel further comprises up to 0.15 wt% vanadium; wherein the steel further comprises up to 0.15 wt% cobalt; wherein the steel further comprises up to 0.020 wt% phosphorus; and wherein the remainder of the steel is iron.
An apparatus for measuring the profile of a tread of a tire mounted on a vehicle , comprising a measuring module adapted to be travelled over by the vehicle , and at least one illumination device which is configured and arranged such that during operation it projects at least one light line onto the profile to be measured, and at least one image recording device which is configured for recording at least one image of at least one area of the profile to be measured, wherein the at least one illumination device and the at least one image recording device are configured and arranged such that the illumination direction of the illumination device and the image recording direction of the image recording device are oriented neither parallel to one another nor orthogonally with respect to the tread of the tire during a measurement, and the apparatus comprises a plurality of measuring modules arranged transversely with respect to the running direction (F) of the tire and connected to a shared evaluation device ; wherein the illumination devices are configured such that the individual light lines are encoded to be identifiable and in particular to permit unambiguous association thereof with one of the measuring modules ; characterized in that the light lines comprise a temporal encoding in that the illumination device is configured such that the light lines are not projected simultaneously onto the tread of the tire , but in a predefined time sequence.
A method of emulsion polymerization, the method comprising: providing water and a water-dispersible block copolymer to form an emulsion polymerization stabilizing system; and adding monomers and initiator(s) to the emulsion polymerization system; wherein: the block copolymer comprises a hydrophobic block ("Block A") and a random amphiphilic block ("Block B") comprising hydrophobic repeat units and ionizable repeat units; and the method uses less than 1 wt.% of a surfactant having a molecular weight of 3000 g/mol or less. providing water and a water-dispersible block copolymer to form an emulsion polymerization stabilizing system; and adding monomers and initiator(s) to the emulsion polymerization system; wherein: the block copolymer comprises a hydrophobic block ("Block A") and a random amphiphilic block ("Block B") comprising hydrophobic repeat units and ionizable repeat units; and the method uses less than 1 wt.% of a surfactant having a molecular weight of 3000 g/mol or less. the block copolymer comprises a hydrophobic block ("Block A") and a random amphiphilic block ("Block B") comprising hydrophobic repeat units and ionizable repeat units; and the method uses less than 1 wt.% of a surfactant having a molecular weight of 3000 g/mol or less.
A food thickener composition for adding to a nutritional product comprising a) a polyphenol viscosity stabilizer, b) a starch, c) a cellulose, and d) one or more additives, wherein the thickener composition comprises maltodextrin as an additive a) a polyphenol viscosity stabilizer, b) a starch, c) a cellulose, and d) one or more additives, wherein the thickener composition comprises maltodextrin as an additive
A vehicle-suspension structure comprising: a suspension arm that extends in a left-right direction of a vehicle frame from a pivot shaft serving as a swinging center; a wheel mounting unit to which a wheel is mounted, the wheel mounting unit being configured to drive the wheel; and a ball joint that is arranged at a position intersecting with a rotation-center line of the wheel driven by the wheel mounting unit , the ball joint being linked to the suspension arm and to the wheel mounting unit , characterized in that the pivot shaft serving as the swinging center of the suspension arm is positioned above a ladder side frame , the wheel mounting unit includes a rotor core , a rotor shaft , and a connecting member , the rotor core has a substantially thick cylindrical shape having a short axis and being arranged immediately inside a motor housing , the rotor shaft is supported by the motor housing via a single-row bearing arranged on a vehicle- frame side and a double-row bearing arranged on an outer side, the rotor shaft being configured such that a hub for mounting the wheel is spline-fitted and fastened and secured by a nut to a tip end of the rotor shaft protruding out from the motor housing and further towards outside of the double-row bearing arranged on the outer side, and the wheel mounting unit being configured to drive the wheel mounted on the hub by rotation of the rotor shaft . a suspension arm that extends in a left-right direction of a vehicle frame from a pivot shaft serving as a swinging center; a wheel mounting unit to which a wheel is mounted, the wheel mounting unit being configured to drive the wheel; and a ball joint that is arranged at a position intersecting with a rotation-center line of the wheel driven by the wheel mounting unit , the ball joint being linked to the suspension arm and to the wheel mounting unit , characterized in that the pivot shaft serving as the swinging center of the suspension arm is positioned above a ladder side frame , the wheel mounting unit includes a rotor core , a rotor shaft , and a connecting member , the rotor core has a substantially thick cylindrical shape having a short axis and being arranged immediately inside a motor housing , the rotor shaft is supported by the motor housing via a single-row bearing arranged on a vehicle- frame side and a double-row bearing arranged on an outer side, the rotor shaft being configured such that a hub for mounting the wheel is spline-fitted and fastened and secured by a nut to a tip end of the rotor shaft protruding out from the motor housing and further towards outside of the double-row bearing arranged on the outer side, and the wheel mounting unit being configured to drive the wheel mounted on the hub by rotation of the rotor shaft .
A railway wagon configured to carry a semitrailer or the like, said railway wagon comprising a first bogie , a second bogie and a carrying section ; said carrying section being movable between a first position in which it extends between said bogies , and a second position in which the carrying section is turned out from the railway wagon for loading and unloading the semitrailer ; wherein said railway wagon further comprises a channel for conduits extending between the first bogie and the second bogie , the railway wagon being characterised in that , said channel is configured to be automatically lowered in a mechanical way when the carrying section is turned out to said second position. wherein said railway wagon further comprises a channel for conduits extending between the first bogie and the second bogie , the railway wagon being characterised in that , said channel is configured to be automatically lowered in a mechanical way when the carrying section is turned out to said second position.
A membrane gas exchanger having a housing (G) in which a first chamber and a second chamber as well as a membrane are arranged, wherein the membrane is gas permeable and liquid impermeable and separates the first chamber and the second chamber from one another, wherein the first chamber forms the blood side and the second chamber forms the gas side of the membrane gas exchanger, and wherein the first chamber has a blood inlet (Eb) and a blood outlet (Ab), and wherein the second chamber has a gas inlet (Ed) and a gas outlet (Ad), and wherein the blood inlet (Eb), the blood outlet (Ab), the gas inlet (Ed), and the gas outlet (Ad)are arranged at the housing (G), characterized in that a first adapter is provided that has an inlet and at least two outlets , with the inlet being connected to the gas outlet (Ad) of the housing.
Rechargeable battery module comprising at least one carrier that can be placed in the interior of a housing of the rechargeable battery module and can be fitted with a plurality of rechargeable battery cells , and comprising contacting means for electrically contacting the rechargeable battery cells on only one side in order to carry current from and to a rechargeable battery cell or between rechargeable battery cells of a group of rechargeable battery cells , with cell connectors acting as contacting means for electrically contacting the rechargeable battery cells on only one side, characterized in that each cell connector has an elongate shape and, along the longitudinal extension thereof, contacts the end-face contacts of a plurality of rechargeable battery cells and the lateral surfaces of a plurality of other rechargeable battery cells , and in that each cell connector comprises resilient contact tongues for contacting the end-face contacts and contact lugs for contacting the lateral surfaces .