mhurhangee/patent-ind-claim-en huggingface dataset:
A method for improving the acoustic performance of an insulating product based on mineral fibers bonded by an organic binder, comprising the application, to mineral fibers, of a first binder composition and of a second binder composition, the two binder compositions being applied separately from each other, simultaneously or in succession and in any order, characterized in that: - the first binder composition is a latex and is applied in an amount of greater than 5% by weight, preferably of between 6% and 50%, more preferentially between 8% and 25%, expressed as dry matter relative to the weight of the mineral fibers, and - the second binder composition is an aqueous thermosetting composition comprising at least one carbohydrate selected from hydrogenated sugars, reducing sugars, non-reducing sugars and mixtures thereof and/or an amine-containing phenolic resin substantially consisting of phenol-formaldehyde condensates and of phenol-formaldehyde-amine condensates, said composition being applied in an amount of between 2% and 12% by weight, preferably between 5% and 10%, expressed as dry matter relative to the weight of the mineral fibers. - the first binder composition is a latex and is applied in an amount of greater than 5% by weight, preferably of between 6% and 50%, more preferentially between 8% and 25%, expressed as dry matter relative to the weight of the mineral fibers, and - the second binder composition is an aqueous thermosetting composition comprising at least one carbohydrate selected from hydrogenated sugars, reducing sugars, non-reducing sugars and mixtures thereof and/or an amine-containing phenolic resin substantially consisting of phenol-formaldehyde condensates and of phenol-formaldehyde-amine condensates, said composition being applied in an amount of between 2% and 12% by weight, preferably between 5% and 10%, expressed as dry matter relative to the weight of the mineral fibers.
Climb-over protection device for a coupling section of a rail vehicle , in particular, a tram, in which two car bodies are coupled, in particular via an Albert coupling, by means of a first coupling device of a first car body and a second coupling device of a second car body , wherein - the climb-over protection device is designed to be detachably connected to the coupling section , - the climb-over protection device comprises at least one component to which a further component of the climb-over protection device can be fastened, - a first end portion (107.1) of the component is designed to be detachably connected to the first coupling device in an assembled state of the climb-over protection device by inserting the first end portion (107.1) into a first receiving device (109.1) of the first coupling device , and, - a second end portion (107.2) of the component is designed to be detachably connected to the second coupling device in the assembled state of the climb-over protection device by inserting the second end portion (107.2) into a second receiving device (110.1) on the second coupling device . characterized in that - a quick-release snap fastener connection is provided, which is arranged and interacts with the component and the further component in such a way that it releasably connects the components to one another. - the climb-over protection device is designed to be detachably connected to the coupling section , - the climb-over protection device comprises at least one component to which a further component of the climb-over protection device can be fastened, - a first end portion (107.1) of the component is designed to be detachably connected to the first coupling device in an assembled state of the climb-over protection device by inserting the first end portion (107.1) into a first receiving device (109.1) of the first coupling device , and, - a second end portion (107.2) of the component is designed to be detachably connected to the second coupling device in the assembled state of the climb-over protection device by inserting the second end portion (107.2) into a second receiving device (110.1) on the second coupling device . characterized in that - a quick-release snap fastener connection is provided, which is arranged and interacts with the component and the further component in such a way that it releasably connects the components to one another.
A system for time-travel debugging, the system comprising: a host computer system comprising a processor and a non-transitory machine-readable media configured to store a digital software recorder ,DSR, application and at least one containerized software application, the processor configured to execute the DSR application to provide the ability to pause, rewind, and fast-forward execution of the at least one containerized software application, the DSR application comprising: a snapshot manager service configured to take snapshots of a running container of the at least one containerized software application using checkpoint/restore functionality of a container management software platform, the snapshots being based on one or more of manual input of a user, elapsed time of execution of the at least one containerized software application, and/or resource utilization of the at least one containerized software application exceeding or falling below one or more thresholds; and an application containerization service configured to automate the process of creating one or more container images of the at least one containerized software application; and a hot code replace service configured to enable playback of a source-code-modified version of the at least one containerized software application starting from an application state corresponding to the execution of the application at a point prior to execution of modifications to the application's source code without restarting the application from its initial state, the hot code replace service being configured to recompile and containerize the source-code-modified version of the at least one containerized software application and to set its application state based on one of the snapshots taken by the snapshot manager service. a snapshot manager service configured to take snapshots of a running container of the at least one containerized software application using checkpoint/restore functionality of a container management software platform, the snapshots being based on one or more of manual input of a user, elapsed time of execution of the at least one containerized software application, and/or resource utilization of the at least one containerized software application exceeding or falling below one or more thresholds; and an application containerization service configured to automate the process of creating one or more container images of the at least one containerized software application; and a hot code replace service configured to enable playback of a source-code-modified version of the at least one containerized software application starting from an application state corresponding to the execution of the application at a point prior to execution of modifications to the application's source code without restarting the application from its initial state, the hot code replace service being configured to recompile and containerize the source-code-modified version of the at least one containerized software application and to set its application state based on one of the snapshots taken by the snapshot manager service.
A separation device for separating a crop mixture from root crops and admixtures , comprising at least one conveyor element circulating during operation and designed as a conveyor belt at least for feeding the crop mixture to a separation area or for discharging the root crops from the separation area in a conveying direction , as well as at least one fluid-flow generator , and at least one guiding device for guiding a fluid flow in a direction of the fluid flow to the separation area , wherein the guiding device is formed in at least one guide section by the conveying element , characterized in that the conveying element is designed as a substantially fluid-impermeable conveyor belt and the guide section is formed by a section of a conveying side of the conveyor belt, which delimits the fluid flow upward in a vertical direction.
Antenna device for emitting electromagnetic waves, with a waveguide which comprises two plates of electrically conductive material arranged parallel to each other between which a dielectric material is arranged, and with an infeed device with which electromagnetic waves can be coupled into the waveguide , which waves are then propagated along the waveguide and are emitted at an edge of the waveguide spaced from the infeed device , wherein the dielectric material can be influenced with a control device of the antenna device such that at least one first region having a first permittivity and at least one second region having a second permittivity is formed, wherein the first permittivity is higher than the second permittivity and wherein the antenna device is arranged such that the waves are propagated almost exclusively through the at least one first region and are emitted in this preferred direction of propagation .
An extrusion press system comprising: a mandrel bar having a first end and a second end, the first end for receiving a billet having a hole therethrough and the second end coupled to a mandrel bar tip ; at least two cooling elements (102; 104) configured to be alternately engaged with or disengaged from the mandrel bar, each cooling element having a port through which cooling fluid is delivered into the interior of the mandrel bar for cooling the mandrel bar tip; at least two gripping elements (106; 108) configured to alternately grip or release the mandrel bar, each gripping element comprising moveable grips for securing in place and preventing rotation of the mandrel bar; a rotating extrusion die configured to receive the billet from a centering insert having a plurality of notches that frictionally engage the billet to prevent the billet from rotating prior to entry of the billet into the rotating extrusion die; and a track along which in use the billet is transported, wherein the track is configured to intermittently move depending on the position of the billet relative to the gripping element and the cooling element; wherein the mandrel bar tip is positioned within the rotating die. a mandrel bar having a first end and a second end, the first end for receiving a billet having a hole therethrough and the second end coupled to a mandrel bar tip ; at least two cooling elements (102; 104) configured to be alternately engaged with or disengaged from the mandrel bar, each cooling element having a port through which cooling fluid is delivered into the interior of the mandrel bar for cooling the mandrel bar tip; at least two gripping elements (106; 108) configured to alternately grip or release the mandrel bar, each gripping element comprising moveable grips for securing in place and preventing rotation of the mandrel bar; a rotating extrusion die configured to receive the billet from a centering insert having a plurality of notches that frictionally engage the billet to prevent the billet from rotating prior to entry of the billet into the rotating extrusion die; and a track along which in use the billet is transported, wherein the track is configured to intermittently move depending on the position of the billet relative to the gripping element and the cooling element; wherein the mandrel bar tip is positioned within the rotating die.
An inhaler containing a unit daily dose of a pharmaceutical formulation comprising 4-{(1 R )-2-[(6-{2-[(2,6-dichlorobenzyl)oxy]ethoxy}hexyl)amino]-1 - hydroxyethyl}-2-(hydroxymethyl)phenol: or a pharmaceutically acceptable salt thereof, a carrier and a ternary agent, wherein the carrier is lactose, the ternary agent is magnesium stearate, and wherein Compound (I) is present in the unit daily dose in an amount of 25 μg, calculated as the free base. or a pharmaceutically acceptable salt thereof, a carrier and a ternary agent, wherein the carrier is lactose, the ternary agent is magnesium stearate, and wherein Compound (I) is present in the unit daily dose in an amount of 25 μg, calculated as the free base.
A process to manufacture a molded thermoplastic part by injection molding, the process comprising: heating the mold cavity surface to a temperature greater than 70 °C; injecting a first polymer into a mold at a cavity surface temperature Ti1, the first polymer having a melt temperature Tm1 and a thermal conductivity Tc1; injecting a second polymer into the mold at a cavity surface temperature Ti2, the second polymer having a melt temperature Tm2 and a thermal conductivity Tc2; and cooling the mold to a temperature less than Tm1, and wherein Tc2 is greater than Tc1, wherein there is no cooling step between injecting the first polymer and injecting the second polymer. heating the mold cavity surface to a temperature greater than 70 °C; injecting a first polymer into a mold at a cavity surface temperature Ti1, the first polymer having a melt temperature Tm1 and a thermal conductivity Tc1; injecting a second polymer into the mold at a cavity surface temperature Ti2, the second polymer having a melt temperature Tm2 and a thermal conductivity Tc2; and cooling the mold to a temperature less than Tm1, and wherein Tc2 is greater than Tc1, wherein there is no cooling step between injecting the first polymer and injecting the second polymer.
A joint of a first furniture part and a second furniture part for assembly of said furniture parts to each other, whereby the first furniture part has one or more male parts co-operating with one or more female parts of the second furniture part, whereby the male and female parts each has a number of grooves , whereby the male parts are moved along the female parts during assembly by means of co-operation between the grooves of the male and female parts, and whereby the co-operating male and female parts have an insertion position and an end position , in which end position the furniture parts are assembled to each other, characterized in that the female part has a triangular shape when seen in plan view, tapering from the insertion position towards the end position .
A loop antenna array group comprising a plurality of loop antenna arrays, the loop antenna arrays being disposed on the same plane and adjacent to one another in rows and/or columns, wherein a loop antenna array comprises: 4 loop antennae (31-34, 41-44, 46-49, 51-54, 56-59, 61-64, 66-69), the 4 loop antennae being arranged in two rows and two columns, and the 4 loop antennae being disposed adjacently to one another on a same insulator substrate , wherein equal currents are caused to flow in the loop antennae (31-34, 41-44, 46-49, 51-54, 56-59, 61-64, 66-69) and directions of currents in loop antennae (31-34, 41-44, 46-49, 51-54, 56-59, 61-64, 66-69) which are adjacent in a row and respectiveley in a column are opposite to each other; wherein directions of currents flowing in loop antennae (31-34, 41-44, 46-49, 51-54, 56-59, 61-64, 66-69) situated at a same position in a loop antenna array, of loop antenna arrays which are adjacent in a row and/or respectively a column, are opposite to each other.
A non-transitory computer-readable media comprising computer-readable instructions stored thereon that when executed by a processor of a database management system cause the processor to: receive first network information to convert a single-cluster configuration of the database management system into a multi-cluster configuration of the database management system ; convert the single-cluster configuration into the multi-cluster configuration based upon the first network information, wherein in the single-cluster configuration, an application server and a first agent are co-located on a first virtual machine on a first cluster , and wherein in the multi-cluster configuration, the application server is located on the first virtual machine and the first agent is located on a second virtual machine on the first cluster ; receive second network information to register a second cluster with the application server upon conversion to the multi-cluster configuration; and create a second agent on the second cluster upon registering the second cluster , wherein the application server provides a database management service via the first agent and the second agent . receive first network information to convert a single-cluster configuration of the database management system into a multi-cluster configuration of the database management system ; convert the single-cluster configuration into the multi-cluster configuration based upon the first network information, wherein in the single-cluster configuration, an application server and a first agent are co-located on a first virtual machine on a first cluster , and wherein in the multi-cluster configuration, the application server is located on the first virtual machine and the first agent is located on a second virtual machine on the first cluster ; receive second network information to register a second cluster with the application server upon conversion to the multi-cluster configuration; and create a second agent on the second cluster upon registering the second cluster , wherein the application server provides a database management service via the first agent and the second agent .
Mould container part , comprising: - one or more mould containers , each having a mould cavity bounded by a base and at least a first and a second side wall on opposite sides of the mould cavity ; and - a sealing strip extending outward from the first side wall, wherein said sealing strip is arranged in an intermediate part , characterized in that - the sealing strip comprises an anchoring part and a compression part extending outward from the anchoring part ; - wherein the anchoring part of the sealing strip comprises on a side remote from the compression part a thickened portion of cylindrical cross-section and is received in a corresponding accommodation of the mould container part ; and - wherein a narrowed portion is provided between the thickened portion of the anchoring part and the compression part ; and - said mould container part further comprising a counter-intermediate part which has a shape which is complementary to the shape of the compression part , and wherein the intermediate part and counter-intermediate part are configured to be, during use, intermediate the first wall of the mould container part and the second side wall of an adjacent mould container part . - one or more mould containers , each having a mould cavity bounded by a base and at least a first and a second side wall on opposite sides of the mould cavity ; and - a sealing strip extending outward from the first side wall, wherein said sealing strip is arranged in an intermediate part , characterized in that - the sealing strip comprises an anchoring part and a compression part extending outward from the anchoring part ; - wherein the anchoring part of the sealing strip comprises on a side remote from the compression part a thickened portion of cylindrical cross-section and is received in a corresponding accommodation of the mould container part ; and - wherein a narrowed portion is provided between the thickened portion of the anchoring part and the compression part ; and - said mould container part further comprising a counter-intermediate part which has a shape which is complementary to the shape of the compression part , and wherein the intermediate part and counter-intermediate part are configured to be, during use, intermediate the first wall of the mould container part and the second side wall of an adjacent mould container part .
An automatic analyzer, comprising: an aspiration nozzle whose position is fixed and that is configured to aspirate reaction liquid or a reagent; a holding unit that is configured to hold a plurality of containers (205 - 209) accommodating the reaction liquid or the reagent, and that is configured to rotate and move up and down, the containers (205 - 209) including a reagent container (206 - 208) accommodating the reagent, wherein the holding unit is configured to hold at least three of the containers (205 - 209), and an angle between adjacent containers is an integer multiple of a predetermined angle (θa), the angle between adjacent containers being an angle between adjacent containers in a circumferential direction and an angle around a rotation center of the holding unit ; and a reagent nozzle whose position is fixed and that supplies the reagent, characterised in that an inter-nozzle angle is set such that: - the reagent nozzle is positioned between the containers when any one of the containers accesses to the aspiration nozzle , or - the aspiration nozzle is positioned between the containers when the reagent is supplied from the reagent nozzle to the reagent container, the inter-nozzle angle being an angle between the reagent nozzle and the aspiration nozzle and an angle around the rotation center of the holding unit. an aspiration nozzle whose position is fixed and that is configured to aspirate reaction liquid or a reagent; a holding unit that is configured to hold a plurality of containers (205 - 209) accommodating the reaction liquid or the reagent, and that is configured to rotate and move up and down, the containers (205 - 209) including a reagent container (206 - 208) accommodating the reagent, wherein the holding unit is configured to hold at least three of the containers (205 - 209), and an angle between adjacent containers is an integer multiple of a predetermined angle (θa), the angle between adjacent containers being an angle between adjacent containers in a circumferential direction and an angle around a rotation center of the holding unit ; and a reagent nozzle whose position is fixed and that supplies the reagent, characterised in that an inter-nozzle angle is set such that: - the reagent nozzle is positioned between the containers when any one of the containers accesses to the aspiration nozzle , or - the aspiration nozzle is positioned between the containers when the reagent is supplied from the reagent nozzle to the reagent container, - the reagent nozzle is positioned between the containers when any one of the containers accesses to the aspiration nozzle , or - the aspiration nozzle is positioned between the containers when the reagent is supplied from the reagent nozzle to the reagent container,
Method for preparing a composite material comprising from 30 to 95%wt of natural fibers and from 0.1 to 10%wt of diatomaceous earth, the method comprising the steps of: (i) dispersing diatomaceous earth in water, (ii) applying the obtained dispersion on natural fibers, (iii) mixing the natural fibers with the other components of the composite material, then (iv) forming the composite material, preferably in the form of a mat. (i) dispersing diatomaceous earth in water, (ii) applying the obtained dispersion on natural fibers, (iii) mixing the natural fibers with the other components of the composite material, then (iv) forming the composite material, preferably in the form of a mat.