mhurhangee/patent-ind-claim-en huggingface dataset:
A transfer unit for single-use containers containing a dose of food preparation, said transfer unit comprising: - a conveyor device defining a plurality of housings for respective single-use containers (C) and configured for feeding said single-use containers (C) along a conveying direction; - transfer means having a plurality of first gripping units and a plurality of second gripping units , said transfer means being rotatable about an axis of rotation (R) for moving the first and second gripping units between a pick-up station , wherein said gripping units receive respective single-use containers (C) from the conveyor device , and a release station , wherein said gripping units release the respective single-use containers (C) to a receiving element , wherein each gripping unit of said first gripping units is positioned alternated with a respective gripping unit of said second gripping units , said first and second gripping units (205a; 205b) being positioned along a common axis parallel to the axis of rotation (R), the transfer unit being characterized in that said first gripping units and said second gripping units are movable relative to each other about the axis of rotation (R) in such a way as to vary an angular distance between the first and the second gripping units about the axis of rotation (R). - a conveyor device defining a plurality of housings for respective single-use containers (C) and configured for feeding said single-use containers (C) along a conveying direction; - transfer means having a plurality of first gripping units and a plurality of second gripping units , said transfer means being rotatable about an axis of rotation (R) for moving the first and second gripping units between a pick-up station , wherein said gripping units receive respective single-use containers (C) from the conveyor device , and a release station , wherein said gripping units release the respective single-use containers (C) to a receiving element ,
A preparation method of a polyarylene sulfide, comprising: a first step of preparing a sulfur source comprising a sulfide of an alkali metal and a mixed solvent of water and an amide-based compound by dehydrating a hydrosulfide of an alkali metal and a hydroxide of an alkali metal in the presence of an organic acid salt of an alkali metal at a temperature of 185 °C to 205 °C in a mixed solvent of water and an amide-based compound; and a second step of preparing a polyarylene sulfide by adding a dihalogenated aromatic compound and an amide-based compound to a reactor containing the sulfur source, and performing a polymerization reaction at a temperature of 225 °C to 245 °C, followed by a polymerization reaction at a temperature of 250 °C to 260 °C; wherein a dehydration liquid removed during the dehydration reaction of the first step contains 28% (v/v) to 32% (v/v) of the amide-based compound based on a total volume, and the dihalogenated aromatic compound is used in an amount of 1.04 to 1.08 equivalents based on 1 equivalent of the hydrosulfide of an alkali metal in the polymerization reaction of the second step. a second step of preparing a polyarylene sulfide by adding a dihalogenated aromatic compound and an amide-based compound to a reactor containing the sulfur source, and performing a polymerization reaction at a temperature of 225 °C to 245 °C, followed by a polymerization reaction at a temperature of 250 °C to 260 °C; wherein a dehydration liquid removed during the dehydration reaction of the first step contains 28% (v/v) to 32% (v/v) of the amide-based compound based on a total volume, and the dihalogenated aromatic compound is used in an amount of 1.04 to 1.08 equivalents based on 1 equivalent of the hydrosulfide of an alkali metal in the polymerization reaction of the second step.
An electromagnetic heating reactor for heating a fluid stream flowing continuously through a conduit within a microwave cavity , characterised in that the microwave cavity has a first rectangular cross-section at one end where fluid enters the cavity and a larger second rectangular cross-section at the other end of the cavity where fluid leaves the cavity and a continuously increasing cross-sectional area along its length (t) to the larger second rectangular cross section, and in that lengths (a, b) of all of the sides of the larger second rectangular cross-section are equal to or greater than that of the longer of the sides (d) of the first rectangular cross-section.
Two-component structural adhesive, comprising at least the following components: (i) at least one polyisocyanate containing free isocyanate groups and having a content of aliphatically bound NCO groups of 16.0 to 24.0 wt. %, which is essentially free of ester groups and/or ether groups and/or carbonate groups, where "essentially free of ester groups and/or ether groups and/or carbonate groups" means that in the two-component structural adhesive less than 15%, based on the total weight of the two-component structural adhesive, is used as reactive component in the preparation of isocyanate prepolymers in the context of component (i); (ii) at least one amino-functional polyaspartic ester of the general formula in which n = 2 and X is a 2-valent organic radical obtainable by removing the amino groups from a straight-chain or branched aliphatic diamine having up to 9 carbon atoms, and R 1 and R 2 represent a methyl or an ethyl group, wherein solvents are present in amounts of less than 5% by weight, based on the total weight of the structural adhesive, wherein the structural adhesive having a tensile shear strength in the cured state of at least 7 MPa, preferably at least 10 MPa, further preferably at least 12 MPa, the tensile shear strength being measured according to standard DIN/EN 1465 (2009-07) between two test specimens of roughened V2A steel. (i) at least one polyisocyanate containing free isocyanate groups and having a content of aliphatically bound NCO groups of 16.0 to 24.0 wt. %, which is essentially free of ester groups and/or ether groups and/or carbonate groups, where "essentially free of ester groups and/or ether groups and/or carbonate groups" means that in the two-component structural adhesive less than 15%, based on the total weight of the two-component structural adhesive, is used as reactive component in the preparation of isocyanate prepolymers in the context of component (i); (ii) at least one amino-functional polyaspartic ester of the general formula in which n = 2 and X is a 2-valent organic radical obtainable by removing the amino groups from a straight-chain or branched aliphatic diamine having up to 9 carbon atoms, and R 1 and R 2 represent a methyl or an ethyl group,
A frame loss concealment method performed by an audio decoder, the method comprising: analyzing (S11) sign changes of transform coefficients in received frames by determining a number of sign changes between corresponding transform coefficients in corresponding sub-vectors of consecutive non-erroneous frames that do not contain a transient, each sub-vector comprising multiple coefficients of a frequency band; accumulating (S12) the number of sign changes in corresponding sub-vectors over a predetermined number of consecutive non-erroneous frames that do not contain a transient; and reconstructing (S13) a lost frame by copying the transform coefficients from a previous non-erroneous frame, and if at least two previous consecutive non-erroneous frames immediately preceding the lost frame do not contain a transient: reversing signs of transform coefficients in sub-vectors having an accumulated number of sign changes that equals to or exceeds a predetermined threshold. analyzing (S11) sign changes of transform coefficients in received frames by determining a number of sign changes between corresponding transform coefficients in corresponding sub-vectors of consecutive non-erroneous frames that do not contain a transient, each sub-vector comprising multiple coefficients of a frequency band; accumulating (S12) the number of sign changes in corresponding sub-vectors over a predetermined number of consecutive non-erroneous frames that do not contain a transient; and reconstructing (S13) a lost frame by copying the transform coefficients from a previous non-erroneous frame, and if at least two previous consecutive non-erroneous frames immediately preceding the lost frame do not contain a transient: reversing signs of transform coefficients in sub-vectors having an accumulated number of sign changes that equals to or exceeds a predetermined threshold.
Installation for the treatment with lime of fumes from the incineration of household waste, comprising : - means for injecting lime into the incineration fumes; - dust filtering means capable of purifying the incineration fumes and producing residues from the purification of household waste incineration fumes, known as "REFIOM"; - a recirculation loop designed to recover some of the REFIOM produced by the filtration means and to reinject it upstream of the filtration means , the recirculation loop comprising : ∘ forming means configured to form a vertical REFIOM film of substantially constant thickness ; ∘ means for injecting water onto the REFIOM film arranged to moisten the REFIOM film in a direction secant to the REFIOM film ; ∘ mixing means arranged to homogenise the moistened REFIOM and then inject them into the incineration fumes mixed with lime upstream of the filtration means , in which the means for forming the REFIOM film comprise a truncated pyramid-shaped weir, the weir having a lower end with an internal width of between 30 mm and 50 mm, preferably equal to 40 mm. - means for injecting lime into the incineration fumes; - dust filtering means capable of purifying the incineration fumes and producing residues from the purification of household waste incineration fumes, known as "REFIOM"; - a recirculation loop designed to recover some of the REFIOM produced by the filtration means and to reinject it upstream of the filtration means , the recirculation loop comprising : ∘ forming means configured to form a vertical REFIOM film of substantially constant thickness ; ∘ means for injecting water onto the REFIOM film arranged to moisten the REFIOM film in a direction secant to the REFIOM film ; ∘ mixing means arranged to homogenise the moistened REFIOM and then inject them into the incineration fumes mixed with lime upstream of the filtration means , ∘ forming means configured to form a vertical REFIOM film of substantially constant thickness ; ∘ means for injecting water onto the REFIOM film arranged to moisten the REFIOM film in a direction secant to the REFIOM film ; ∘ mixing means arranged to homogenise the moistened REFIOM and then inject them into the incineration fumes mixed with lime upstream of the filtration means ,
An assembly including a powder container and a drive output section , the powder container comprising a powder storage unit configured to store powder, wherein the powder storage unit or a rotating member arranged inside the powder storage unit is rotatable by input of rotational drive of the drive output section of an image forming device in a state where the powder container is to be set in the image forming device , the powder container includes a container-side engagement portion on an end surface facing downstream in an insertion direction when the powder container is to be inserted in a direction parallel to a rotational center line of the rotational drive and set in the image forming device , the container-side engagement portion has a hole shape that is engageable with a body-side projection portion (215; 2151) of the drive output section , wherein the body-side projection portion (215; 2151) is configured to protrude upstream in the insertion direction, and the rotational drive is to be input by rotation of the drive output section in a state where the container-side engagement portion and the body-side projection portion (215; 2151) are engageable with each other, wherein the powder container further comprises an outlet and a cylindrically shaped cap member that is configured to cover an outer periphery at a front end of the powder container in the insertion direction, characterized in that the cap member has a cap front portion positioned downstream in the insertion direction and a cap rear portion positioned upstream in the insertion direction and larger in outer diameter than the cap front portion , wherein the outer peripheral surfaces of the cap front portion and the cap rear portion are curved surfaces without projections, wherein the outer peripheral surface of the cap front portion is configured to be positioned inside driving claws of the drive output section in the radial direction, in the state where the powder container is to be set in the image forming device , and the powder container is configured such that the cap member has a shape without a portion of the cap front portion and the cap rear portion extending outside a virtual straight line ε connecting a front end and a rear end on an outer peripheral section of the cap member .
Cable assembly for connecting a power cable to an electrical installation of a power network, the cable assembly comprising a) a power cable having a power-carrying conductor and an insulating layer , arranged around the power-carrying conductor ; b) a cable connection device comprising a conductor element having a first end portion , a second end portion , and a middle portion disposed between the first end portion and the second end portion , wherein the conductor element comprises a connector socket , arranged at the first end portion , for mating with a cable plug , the connector socket being integrally formed with the middle portion , wherein - the cable assembly further comprises a cable plug , attached to an end of the power-carrying conductor of the power cable and mated with the connector socket of the cable connection device, and wherein - the connector socket comprises a latch mechanism by which the connector socket is adapted to be permanently mated with the cable plug by inserting the cable plug into the connector socket , characterized in that the cable plug comprises notches and the connector socket comprises a plurality of electrically conductive lamellae, arranged in an inclined manner for engaging with the notches in the cable plug and for retaining the cable plug in the connector socket , such that the connector socket is adapted such that the cable plug , when mated with the connector socket , can be rotated relative to the connector socket . a) a power cable having a power-carrying conductor and an insulating layer , arranged around the power-carrying conductor ; b) a cable connection device comprising a conductor element having a first end portion , a second end portion , and a middle portion disposed between the first end portion and the second end portion , - the cable assembly further comprises a cable plug , attached to an end of the power-carrying conductor of the power cable and mated with the connector socket of the cable connection device, and wherein - the connector socket comprises a latch mechanism by which the connector socket is adapted to be permanently mated with the cable plug by inserting the cable plug into the connector socket , characterized in that the cable plug comprises notches and the connector socket comprises a plurality of electrically conductive lamellae, arranged in an inclined manner for engaging with the notches in the cable plug and for retaining the cable plug in the connector socket , such that the connector socket is adapted such that the cable plug , when mated with the connector socket , can be rotated relative to the connector socket .
Method for producing aggregates from fresh cement compositions, particularly in the form of concrete and residual concrete, comprising the addition of a) a water-absorbing agent and b) a crystallization deactivator to a non-set cement composition and mixing until a granular material has formed, characterized in that a carboxylic acid having a molar mass < 100 g/mol per acid group or an α-hydroxycarboxylic acid is used as the crystallization deactivator, with the proviso that no calcium aluminate hydrates are added in the method of the invention.
A dwell cycle crank mechanism for converting reciprocating linear motion to rotary motion comprising: a body ; a follower being substantially oval shaped; a top roller being substantially circular shaped having a bottom portion removed, said removed bottom portion being adapted to fit the top of said follower ; and a bottom roller being substantially circular shaped and having a top portion removed, said removed top portion being adapted to fit the bottom of said follower ; said top and bottom rollers (104 and 108) being positioned within the body where each roller is adapted to rotate for allowing said follower to ride between said rollers within said body in an S-shaped pattern . a body ; a follower being substantially oval shaped; a top roller being substantially circular shaped having a bottom portion removed, said removed bottom portion being adapted to fit the top of said follower ; and a bottom roller being substantially circular shaped and having a top portion removed, said removed top portion being adapted to fit the bottom of said follower ; said top and bottom rollers (104 and 108) being positioned within the body where each roller is adapted to rotate for allowing said follower to ride between said rollers within said body in an S-shaped pattern .
A method for analyzing a virtual network comprising at least one virtual appliance, the method comprising: generating a route tracing request packet comprising a time-to-live value, a source address of a source of the route tracing request packet, and an address of a destination of the route tracing request packet, wherein: the source and destination are in the virtual network; the route tracing request packet is configured to identify the at least one virtual appliance; the at least one virtual appliance is configured to examine the route tracing request packet for a time-to-live value indicating that the route tracing request packet has expired and send a time-to-live exceeded message to the source address, the time-to-live exceeded message including an identifier for the at least one virtual appliance; forwarding the route tracing request packet to the destination ; receiving the time-to-live exceeded message from the at least one virtual appliance; extracting, from the time-to-live exceeded message, data usable to determine network virtual appliances that were traversed by the route tracing request packet prior to expiration of the time-to-live value ; and reporting the network virtual appliances that were traversed by the route tracing request packet . generating a route tracing request packet comprising a time-to-live value, a source address of a source of the route tracing request packet, and an address of a destination of the route tracing request packet, wherein: the source and destination are in the virtual network; the route tracing request packet is configured to identify the at least one virtual appliance; the at least one virtual appliance is configured to examine the route tracing request packet for a time-to-live value indicating that the route tracing request packet has expired and send a time-to-live exceeded message to the source address, the time-to-live exceeded message including an identifier for the at least one virtual appliance; the source and destination are in the virtual network; the route tracing request packet is configured to identify the at least one virtual appliance; the at least one virtual appliance is configured to examine the route tracing request packet for a time-to-live value indicating that the route tracing request packet has expired and send a time-to-live exceeded message to the source address, the time-to-live exceeded message including an identifier for the at least one virtual appliance; forwarding the route tracing request packet to the destination ; receiving the time-to-live exceeded message from the at least one virtual appliance; extracting, from the time-to-live exceeded message, data usable to determine network virtual appliances that were traversed by the route tracing request packet prior to expiration of the time-to-live value ; and reporting the network virtual appliances that were traversed by the route tracing request packet .
A solvent borne pigment paste comprising an alkyd and one or more iron oxide pigments wherein the alkyd is obtainable by a process comprising the steps of a. producing an OH-functional alkyd from a non-drying oil or fatty acid, one or more polyols, and a first anhydride; wherein the non-drying oil or fatty acid has an iodine number ≤ 115; b. esterification of the OH-functional alkyd with trimellitic anhydride (TMA) at a temperature ≤ 220 °C to obtain an alkyd with esterified TMA residues, wherein at least 80% of the esterified TMA residues have two free carboxylic groups, preferably wherein at least 85%, 90%, 95%, or even at least 98% of the esterified TMA residues have two free carboxylic groups, wherein the acid value of the alkyd is between 15 and 30 mg KOH/g, wherein the iodine number is determined according to ISO 3961 and the acid value is determined according to ISO 2114. a. producing an OH-functional alkyd from a non-drying oil or fatty acid, one or more polyols, and a first anhydride; wherein the non-drying oil or fatty acid has an iodine number ≤ 115; b. esterification of the OH-functional alkyd with trimellitic anhydride (TMA) at a temperature ≤ 220 °C to obtain an alkyd with esterified TMA residues, wherein at least 80% of the esterified TMA residues have two free carboxylic groups, preferably wherein at least 85%, 90%, 95%, or even at least 98% of the esterified TMA residues have two free carboxylic groups,