mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing cement clinker or another mineral product, wherein, between a kiln and a thermal preconditioning device , a bypass gas laden with at least one cycle-forming substance in the gas phase is branched off from flue gas of the kiln and the remaining residual flue gas is fed to the preconditioning device , wherein the bypass gas is cooled to such an extent that the cycle-forming substance is condensed out on a surface of a condensation device , and subsequently the cycle-forming substance is discharged from the condensation device separately from the then cleaned bypass gas, wherein the cleaned bypass gas is introduced into the residual flue gas, characterized in that the cleaned bypass gas is heated.
Lithium ion conductive glass ceramic, said material comprising a garnet-type crystalline phase content and an amorphous phase content, wherein said material having a sintering temperature of 1000°C or lower, preferably 950°C or lower and an ion conductivity of at least 1*10 -5 S/cm, preferably at least 2*10 -5 S/cm, preferably at least 5*10 -5 S/cm, preferably at least 1*10 -4 S/cm at room temperature, and wherein said amorphous phase content comprises boron and/or a composition comprising boron. a sintering temperature of 1000°C or lower, preferably 950°C or lower and an ion conductivity of at least 1*10 -5 S/cm, preferably at least 2*10 -5 S/cm, preferably at least 5*10 -5 S/cm, preferably at least 1*10 -4 S/cm at room temperature, and wherein said amorphous phase content comprises boron and/or a composition comprising boron.
A computer-implemented method for designing a nucleic acid nanostructure having a geometric shape comprising: (a) determining geometric parameters of an input, wherein the input comprises a 3D polyhedral or 2D polygon geometric shape and optionally one or more of its physical dimensions; (b) identifying a route for a single-stranded nucleic acid scaffold that traces throughout the geometric shape comprising: rendering a wireframe mesh of the geometric shape as a node-edge network; using a spanning tree of the node-edge network to define the placement of scaffold crossovers; and determining an Euler cycle, wherein the single stranded nucleic acid scaffold traces the Euler cycle throughout the node-edge network; and (c) generating the sequences of the single-stranded nucleic acid scaffold and optionally the nucleic acid sequence of staple strands that combine to form a nucleic acid nanostructure having the geometric shape. (a) determining geometric parameters of an input, wherein the input comprises a 3D polyhedral or 2D polygon geometric shape and optionally one or more of its physical dimensions; (b) identifying a route for a single-stranded nucleic acid scaffold that traces throughout the geometric shape comprising: rendering a wireframe mesh of the geometric shape as a node-edge network; using a spanning tree of the node-edge network to define the placement of scaffold crossovers; and determining an Euler cycle, wherein the single stranded nucleic acid scaffold traces the Euler cycle throughout the node-edge network; and rendering a wireframe mesh of the geometric shape as a node-edge network; using a spanning tree of the node-edge network to define the placement of scaffold crossovers; and determining an Euler cycle, wherein the single stranded nucleic acid scaffold traces the Euler cycle throughout the node-edge network; and (c) generating the sequences of the single-stranded nucleic acid scaffold and optionally the nucleic acid sequence of staple strands that combine to form a nucleic acid nanostructure having the geometric shape.
A method for handling, portioning and packaging of individual strand-shaped objects each having a bending-elastic strand portion with strand-shaped object areas adjacent on both sides to the bending-elastic strand section, characterised by the following process steps: - arrangement of at least one of the objects along a conveyor unit , - transfer of at least one object from the conveyor unit into a box-shaped handling means by means of an inherent weight intrinsic in the object , - positioning of the handling means relative to a packaging and - transfer of at least one object contained in the handling means into the packaging . - arrangement of at least one of the objects along a conveyor unit , - transfer of at least one object from the conveyor unit into a box-shaped handling means by means of an inherent weight intrinsic in the object , - positioning of the handling means relative to a packaging and - transfer of at least one object contained in the handling means into the packaging .
A process for polymerizing one or more olefins in a gas-phase reactor having a fluidized bed and a fluidizing medium having an operating gas density, the process comprising: determining a critical gas density, as measured in kg/m 3 , for the fluidizing medium with the following equation, 16 × a × 0.75 × APS × SBD SGV b wherein a is a constant having a value of 4.0, b is a constant having a value of 2.3, APS is an average particle size of the fluidized bed as measured in mm, SBD is a settled bulk density of polymer particles of the bed measured in kg/m 3 , SGV is a gas velocity of the fluidizing medium as measured in m/second; and adjusting the operating gas density of the fluidizing medium to be less than or equal to the critical gas density. determining a critical gas density, as measured in kg/m 3 , for the fluidizing medium with the following equation, 16 × a × 0.75 × APS × SBD SGV b wherein a is a constant having a value of 4.0, b is a constant having a value of 2.3, APS is an average particle size of the fluidized bed as measured in mm, SBD is a settled bulk density of polymer particles of the bed measured in kg/m 3 , SGV is a gas velocity of the fluidizing medium as measured in m/second; and wherein a is a constant having a value of 4.0, b is a constant having a value of 2.3, APS is an average particle size of the fluidized bed as measured in mm, SBD is a settled bulk density of polymer particles of the bed measured in kg/m 3 , SGV is a gas velocity of the fluidizing medium as measured in m/second; and adjusting the operating gas density of the fluidizing medium to be less than or equal to the critical gas density.
A device for pressure-packaging a container to be processed at least partially filled with contents and stoppered in a tight manner by a stopper arranged over a head space of the container , said device comprising a cap that comprises, inside it, a piercing needle (15; 29), fluid injection means and a heating cannula for sealing by melting, said cap being configured to be engaged sealingly over the outer surface of the stopper , said needle (15; 29) being adapted to move linearly to pierce a hole through the stopper , said fluid injection means being configured to introduce a fluid in the head space via said hole , said heating cannula being adapted to move linearly to seal said hole by melting the material of the stopper , characterized in that the needle (15; 29) and the heating cannula are arranged in the cap such that their respective axes of movement are secant at a point located in the material of the stopper or above the material of the stopper when the cap is engaged over the stopper , and by the fact that the end of the heating cannula is convex.
A heating structure comprising: an object to be heated having recesses at its surface; a laminate type heater including a heat generation layer and one or more layers covering the heat generation layer ; and being characterised by a filler penetrating into the recesses between the surface of the object to be heated and a surface of the laminate type heater , and having flexibility and higher thermal conduction properties than air. an object to be heated having recesses at its surface; a laminate type heater including a heat generation layer and one or more layers covering the heat generation layer ; and being characterised by a filler penetrating into the recesses between the surface of the object to be heated and a surface of the laminate type heater , and having flexibility and higher thermal conduction properties than air.
A solid electrolyte , comprising: a particle having a first portion that is a lithium lanthanum titanium oxide (LLTO), and a second portion that covers a surface of the first portion and is a lithium lanthanum titanium oxide obtained by a sulfurization process in which sulfur (S) partly substitutes oxygen ions (LLTOS) and includes a layer of LiO or hydrate on at least a surface of the second portion .
A glass for pharmaceutical packaging having a glass composition comprising: from 72 mol.% to 78 mol.% SiO 2 ; alkaline earth oxide comprising from 3 mol.% to 7 mol.% MgO and from 0.1 to 1.0 mol.% CaO; X mol.% Al 2 O 3 , wherein X is from 5 to 6; and Y mol.% alkali oxide comprising Na 2 O and K 2 O, wherein Y is from 9 mol.% to 14 mol.%. from 72 mol.% to 78 mol.% SiO 2 ; alkaline earth oxide comprising from 3 mol.% to 7 mol.% MgO and from 0.1 to 1.0 mol.% CaO; X mol.% Al 2 O 3 , wherein X is from 5 to 6; and Y mol.% alkali oxide comprising Na 2 O and K 2 O, wherein Y is from 9 mol.% to 14 mol.%.
A laundry appliance , comprising: a cabinet ; a tub disposed within the cabinet ; a first door coupled to the cabinet and operable between open and closed positions ; a second door operably coupled to the tub , wherein the second door is configured to move with the tub and independently of the first door , when the first door is in the closed position ; and a coupling member at least partially disposed on the first door , wherein said first door and second door are operably coupled by said coupling member ; characterized in that the coupling member includes a body coupled to the first door , a connector operably coupled to the second door , and a ball assembly having a first ball and a second ball ; and the second door defines a first socket and the connector defines a second socket , and wherein the first ball is disposed within the first socket and the second ball is disposed within the second socket ; and the first socket is an inner door socket and the second socket is a connector socket , and wherein the first ball and the second ball are rotatably coupled to the inner door socket and the connector socket , respectively; the second ball 378 is generally smaller than the first ball 376 and the connector socket 374 is also generally smaller than the inner door socket 372, so that the inner second door and the outer first door can be operably coupled in the closed position , while the inner second door can rotate independently of the outer first door . a cabinet ; a tub disposed within the cabinet ; a first door coupled to the cabinet and operable between open and closed positions ; a second door operably coupled to the tub , wherein the second door is configured to move with the tub and independently of the first door , when the first door is in the closed position ; and a coupling member at least partially disposed on the first door , wherein said first door and second door are operably coupled by said coupling member ; characterized in that the coupling member includes a body coupled to the first door , a connector operably coupled to the second door , and a ball assembly having a first ball and a second ball ; and the second door defines a first socket and the connector defines a second socket , and wherein the first ball is disposed within the first socket and the second ball is disposed within the second socket ; and the first socket is an inner door socket and the second socket is a connector socket , and wherein the first ball and the second ball are rotatably coupled to the inner door socket and the connector socket , respectively; the second ball 378 is generally smaller than the first ball 376 and the connector socket 374 is also generally smaller than the inner door socket 372, so that the inner second door and the outer first door can be operably coupled in the closed position , while the inner second door can rotate independently of the outer first door .
A cycloidal marine propulsion unit comprising: a hollow rotary casing having a central axis , said rotary casing defining a central inner space with an opening at an axial end thereof; a mounting body for supporting the rotary casing on a hull of a marine vessel such that the rotary casing is rotatable about said central axis with respect to the hull , and such that the opening of the rotary casing is positioned within, and opens towards the hull , when in use; a rotating arrangement for rotating said hollow rotary casing ; a plurality of blades extending axially from the rotary casing away from the hull , when in use, for rotation with the rotary casing about the central axis , wherein each blade is mounted for pivotal movement with respect to the rotary casing , about respective blade axes , wherein the rotating arrangement is configured to rotate the rotary casing by a circumference thereof, said rotating arrangement comprising a power transmission engaging the outer circumference of the hollow rotary casing , and wherein a blade shaft portion of each blade is at least partly received within the central inner space so as to attach said blade to the rotary casing , wherein each blade is equipped with a separate respective blade actuator for actuating said pivotal movement, wherein said blade actuator is arranged within the central inner space of the rotary casing, wherein each blade actuator is an electric motor operationally coupled to a separate respective power converter for driving said blade actuator and wherein the opening is dimensioned to allow entrance for maintenance personnel. a hollow rotary casing having a central axis , said rotary casing defining a central inner space with an opening at an axial end thereof; a mounting body for supporting the rotary casing on a hull of a marine vessel such that the rotary casing is rotatable about said central axis with respect to the hull , and such that the opening of the rotary casing is positioned within, and opens towards the hull , when in use; a rotating arrangement for rotating said hollow rotary casing ; a plurality of blades extending axially from the rotary casing away from the hull , when in use, for rotation with the rotary casing about the central axis , wherein each blade is mounted for pivotal movement with respect to the rotary casing , about respective blade axes , wherein the rotating arrangement is configured to rotate the rotary casing by a circumference thereof, said rotating arrangement comprising a power transmission engaging the outer circumference of the hollow rotary casing , and wherein a blade shaft portion of each blade is at least partly received within the central inner space so as to attach said blade to the rotary casing , wherein each blade is equipped with a separate respective blade actuator for actuating said pivotal movement, wherein said blade actuator is arranged within the central inner space of the rotary casing, wherein each blade actuator is an electric motor operationally coupled to a separate respective power converter for driving said blade actuator and wherein the opening is dimensioned to allow entrance for maintenance personnel.
Locating system for avalanche rescue, having at least a data acquisition module for radio signals and having a mobile communication terminal, characterized in that - the data acquisition module and the communication terminal are each designed as separate units and each is enclosed by its own housing, - the data acquisition module comprises a receiving part having a receiving antenna unit which is designed to receive standardised avalanche rescue radio signals, referred to as LVS locating signals, - the data acquisition module provides means for preparing the received LVS locating signals, - the data acquisition module provides an interface for the wired or wireless transmission of the prepared LVS locating signals to the communication terminal, - the communication terminal contains a means that processes the transmitted, prepared LVS locating signals, referred to in the following as the functional unit, which generates the locating data or locating information, and - at least one output medium is provided which displays the locating information visibly. - the data acquisition module and the communication terminal are each designed as separate units and each is enclosed by its own housing, - the data acquisition module comprises a receiving part having a receiving antenna unit which is designed to receive standardised avalanche rescue radio signals, referred to as LVS locating signals, - the data acquisition module provides means for preparing the received LVS locating signals, - the data acquisition module provides an interface for the wired or wireless transmission of the prepared LVS locating signals to the communication terminal, - the communication terminal contains a means that processes the transmitted, prepared LVS locating signals, referred to in the following as the functional unit, which generates the locating data or locating information, and - at least one output medium is provided which displays the locating information visibly.
A system , comprising: a first host comprising a first cache and associated with a virtual machine, VM ; and a second host comprising a second cache ; wherein the first host is adapted to send cache data of the first cache to the second host in response to a notification, said cache data associated with the VM and said notification indicating that the VM is to be migrated from the first host to the second host , and wherein the first host is adapted to send write operations associated with the VM to the second host in response to receiving the notification; and wherein the second host is adapted to apply write operations associated with cache data of the VM and issued by the VM to the second cache ; characterized in that the second host is adapted to apply, in response to receiving the notification, read operations associated with cache data of the VM and issued by the VM to the first cache if said cache data is not present in the second cache . a first host comprising a first cache and associated with a virtual machine, VM ; and a second host comprising a second cache ; wherein the first host is adapted to send cache data of the first cache to the second host in response to a notification, said cache data associated with the VM and said notification indicating that the VM is to be migrated from the first host to the second host , and wherein the first host is adapted to send write operations associated with the VM to the second host in response to receiving the notification; and wherein the second host is adapted to apply write operations associated with cache data of the VM and issued by the VM to the second cache ; characterized in that the second host is adapted to apply, in response to receiving the notification, read operations associated with cache data of the VM and issued by the VM to the first cache if said cache data is not present in the second cache .
A data manager for distributing data of a data stream of a user equipment via a first wireless local area network link and a second wireless local area network link , the user equipment being configured to simultaneously communicate over the first wireless local area network link and the second wireless local area network link , the first wireless local area network link connecting the user equipment to a first access gateway , wherein the first access gateway is configured to connect to a first network access entity providing access to a communication network via a first communication link , the second wireless local area network link connecting the user equipment to a second access gateway , wherein the second access gateway is configured to connect to a second network access entity providing access to the communication network via a second communication link , the first wireless local area network link and the first communication link forming a first composite communication link, and the second wireless local area network link and the second communication link forming a second composite communication link, the data manager comprising: a network interface being configured to receive a first status signal indicating a link quality of the first composite communication link, and a second status signal indicating a link quality of the second composite communication link, and a processor being configured to determine a reduction of an amount of data of the data stream communicated over the first wireless local area network link and to determine an increase of an amount of data of the data stream communicated over the second wireless local area network link , if the second status signal indicates a higher link quality than a link quality that is indicated by the first status signal. a network interface being configured to receive a first status signal indicating a link quality of the first composite communication link, and a second status signal indicating a link quality of the second composite communication link, and a first status signal indicating a link quality of the first composite communication link, and a second status signal indicating a link quality of the second composite communication link, and a processor being configured to determine a reduction of an amount of data of the data stream communicated over the first wireless local area network link and to determine an increase of an amount of data of the data stream communicated over the second wireless local area network link , if the second status signal indicates a higher link quality than a link quality that is indicated by the first status signal. to determine a reduction of an amount of data of the data stream communicated over the first wireless local area network link and to determine an increase of an amount of data of the data stream communicated over the second wireless local area network link , if the second status signal indicates a higher link quality than a link quality that is indicated by the first status signal.
A method of manufacturing a cellulose product having a non-flat product shape by a pressure moulding apparatus comprising a forming mould , the forming mould having a forming surface defining said product shape, comprising the steps of: arranging a cellulose blank containing less than 45 weight percent water in said forming mould ; heating said cellulose blank to a forming temperature in the range of 100°C to 200°C; and pressing, said cellulose blank by means of said forming mould with a forming pressure acting on the cellulose blank across said forming surface, said forming pressure being in the range of 1 MPa to 100 MPa, wherein said forming mould comprises a massive flexible membrane which is applying the forming pressure on the cellulose blank when form in the cellulose product, wherein the massive flexible membrane is constructed with a thick membrane structure or made of a homogeneous body of a flexible material. arranging a cellulose blank containing less than 45 weight percent water in said forming mould ; heating said cellulose blank to a forming temperature in the range of 100°C to 200°C; and pressing, said cellulose blank by means of said forming mould with a forming pressure acting on the cellulose blank across said forming surface, said forming pressure being in the range of 1 MPa to 100 MPa, wherein said forming mould comprises a massive flexible membrane which is applying the forming pressure on the cellulose blank when form in the cellulose product, wherein the massive flexible membrane is constructed with a thick membrane structure or made of a homogeneous body of a flexible material.
Robot arm, having a plurality of joints and a plurality of links , each of which connects two adjacent joints in a fixed arrangement relative to one another, wherein at least one of the links has at least one first housing shell (6.1) and at least one second housing shell (6.2), and the first housing shell(6.1) is positively connected to the second housing shell (6.2) by connecting means to form a hollow link , characterized in that the connecting means have at least one zipper .