mhurhangee/patent-ind-claim-en huggingface dataset:
A combination weighing device comprising a plurality of conveying devices arranged radially about a distribution part (DF) disposed in an upper part in a center of the apparatus, each conveying device including a respective trough and being adapted to convey articles in the trough in a conveyance direction, each conveying device being characterized by a restricting plate to restrict a flow of the articles in the trough in the conveyance direction, wherein an angle at which the restricting plate faces the articles is variable, and wherein a device frame is disposed above the plurality of conveying devices so as to surround the distribution part, and the restricting plates of the conveying devices are attached to the device frame.
A method implemented in a wireless device, the method comprising: receiving criteria including both a type of communication and a user signal; receiving a response to be stored as a pre-determined response; storing , in a response collection including multiple pre-determined responses and corresponding criteria, both the pre-determined response and the criteria for subsequent sending of the pre-determined response when a communication and user signal satisfying the criteria are received, the stored criteria including both the type of the communication and the user signal; receiving a communication of the type from a different device; receiving the user signal from a user of the wireless device; identifying, based at least in part on both the type and the user signal, the pre-determined response; and sending, to the different device, the pre-determined response. receiving criteria including both a type of communication and a user signal; receiving a response to be stored as a pre-determined response; storing , in a response collection including multiple pre-determined responses and corresponding criteria, both the pre-determined response and the criteria for subsequent sending of the pre-determined response when a communication and user signal satisfying the criteria are received, the stored criteria including both the type of the communication and the user signal; receiving a communication of the type from a different device; receiving the user signal from a user of the wireless device; identifying, based at least in part on both the type and the user signal, the pre-determined response; and sending, to the different device, the pre-determined response.
A method of forming a multilayer structure comprising: coextruding: a first layer comprising: polypropylene or polyethylene; and a first chemical foaming agent; and a second layer on a side of the first layer, the second layer comprising: 5-50 wt.% recycled, crosslinked polyolefin foam material; 50-95 wt.% polypropylene, polyethylene, or a combination of polypropylene and polyethylene; and a second chemical foaming agent. a first layer comprising: polypropylene or polyethylene; and a first chemical foaming agent; and polypropylene or polyethylene; and a first chemical foaming agent; and a second layer on a side of the first layer, the second layer comprising: 5-50 wt.% recycled, crosslinked polyolefin foam material; 50-95 wt.% polypropylene, polyethylene, or a combination of polypropylene and polyethylene; and a second chemical foaming agent. 5-50 wt.% recycled, crosslinked polyolefin foam material; 50-95 wt.% polypropylene, polyethylene, or a combination of polypropylene and polyethylene; and a second chemical foaming agent.
An injection moulded polymer valve port for a pneumatic force holding unit in a breath actuated metered dose inhaler, said valve port comprising an annular boss defining a valve orifice channel, wherein valve port further comprises two or more radially outwardly extending projections defining a path through which polymer passed to form the boss during injection moulding, characterised in that the radially outwardly extending projections are substantially uniformly circumferentially separated, preferably wherein the boss has a longitudinal axis which passes through the valve orifice channel, and wherein two radially outwardly extending projections and the valve orifice channel lie in a common plane coincident with the longitudinal axis.
Wall element for a frame of a drawer , wherein the frame comprises a frame body , wherein the wall element is designed to be plugged from above onto the frame body , wherein the wall element has connecting means for fastening the wall element to the frame body , wherein a connecting member of the connecting means is joined into a cavity of the wall element , wherein the connecting means have attachment means for releasably attaching the wall element to a drawer front and/or a drawer rear wall and/or to a corner upright of the frame, wherein, in the plugged-on state of the wall element on the frame, the attachment means is accessible on a respective end side of the wall element , wherein one attachment means is in the form of a flexible, in particular resilient tab , wherein the wall element is configured in the form of an angled and/or bent sheet-metal part, such that the wall element is of U-shaped configuration in cross section, characterized in that the connecting means comprise a first stud-like connecting member (50 - 53) which is joined on opposite inner sides of the cavity to the wall element , and wherein the connecting means comprise a second connecting member which can be connected to the first stud-like connecting member (50 - 53) in such a way that the second connecting member is fixed in the cavity of the wall element in a positionally fixed manner.
Lifting gear, in particular lever hoist , comprising a housing , in which a load sprocket and a drive shaft driving the load sprocket via a gear are rotationally mounted, and a drive , a load pressure brake and a safety brake , wherein a load chain is movable over the load sprocket , characterised in that the safety brake has a locking disc having locking teeth and a control disc having control cams and an arrester hook , wherein the locking disc and the control disc are twistable in relation to one another, wherein the twisting is limited by a turning stroke limit and wherein the arrester hook is arranged to as to be pivotably movable and has at a front end a latch contour and at a rear end a touch contour , wherein the touch contour rests on the control disc under the influence of a spring element and the latch contour can be brought lockingly into engagement with a locking tooth of the locking disc and an unlocking mechanism is provided for returning locking disc and control disc into their start position, wherein the unlocking mechanism has a return button and a blocking body , wherein the blocking body can be brought into an unlocking position (E) by operating the return button in which the locking disc is held by the blocking body such that the control disc is rotatable relative to the locking disc and is movable into the start position.
A method for producing a polycarbonate resin comprising a structural unit represented by general formula below, wherein a molecular weight distribution value (Mw/Mn) is 6.0 or less and a content of oligomers having a molecular weight of less than 1,000 is 0.50 mass% or less, wherein the Mw/Mn and the content of oligomers are determined as indicated in the description: wherein R 1-26 represent hydrogen, fluorine, chlorine, bromine, iodine, a C1-9 alkyl group, a C6-12 aryl group, a C1-5 alkoxy group, a C2-5 alkenyl group or a C7-17 aralkyl group, and wherein the method comprises a step of mixing a diol compound represented by general formula below and a nitrogen-containing compound represented by general formula below in an amount of less than 0.10 mass% relative to the diol compound, wherein R 1-26 represent the same as in the general formula ; wherein n represents any one of 2, 3 and 4, Y represents an ethyl group, a propyl group, a butyl group or a benzyl group, and X represents Cl, Br, OH or HSO 4 , adding an organic solvent and a molecular weight control agent to a reaction solution containing the diol compound, the nitrogen-containing compound and phosgene, and emulsifying the resulting solution for a time shorter than 15 minutes. wherein R 1-26 represent hydrogen, fluorine, chlorine, bromine, iodine, a C1-9 alkyl group, a C6-12 aryl group, a C1-5 alkoxy group, a C2-5 alkenyl group or a C7-17 aralkyl group, and wherein the method comprises a step of mixing a diol compound represented by general formula below and a nitrogen-containing compound represented by general formula below in an amount of less than 0.10 mass% relative to the diol compound, wherein R 1-26 represent the same as in the general formula ; wherein n represents any one of 2, 3 and 4, Y represents an ethyl group, a propyl group, a butyl group or a benzyl group, and X represents Cl, Br, OH or HSO 4 , adding an organic solvent and a molecular weight control agent to a reaction solution containing the diol compound, the nitrogen-containing compound and phosgene, and emulsifying the resulting solution for a time shorter than 15 minutes.
An RNA-protein complex comprising the following to : an RNA comprising the following sequences (i) to (iii): (i) a sequence forming an RNA-protein binding motif, (ii) two sequences each consisting of seven or more nucleotides, and (iii) a siRNA sequence; an RNA comprising the following sequences (a) to (d): (a) a sequence forming an RNA-protein binding motif, together with (i), (b) two or more sequences each consisting of 14 or more nucleotides, which are continuously complementary to the two sequences each consisting of seven or more nucleotides described in (ii), (c) a 5'-terminal sequence, and (d) a 3'-terminal sequence, wherein (c) the 5'-terminal sequence and (d) the 3'-terminal sequence are continuously complementary to the sequences each consisting of seven or more nucleotides described in (ii); at least one protein forming an RNA-protein binding motif with the RNAs formed by (i) and (a); and an RNA comprising a sequence complementary to the siRNA sequence described in (iii). an RNA comprising the following sequences (i) to (iii): (i) a sequence forming an RNA-protein binding motif, (ii) two sequences each consisting of seven or more nucleotides, and (iii) a siRNA sequence; (i) a sequence forming an RNA-protein binding motif, (ii) two sequences each consisting of seven or more nucleotides, and (iii) a siRNA sequence; an RNA comprising the following sequences (a) to (d): (a) a sequence forming an RNA-protein binding motif, together with (i), (b) two or more sequences each consisting of 14 or more nucleotides, which are continuously complementary to the two sequences each consisting of seven or more nucleotides described in (ii), (c) a 5'-terminal sequence, and (d) a 3'-terminal sequence, wherein (c) the 5'-terminal sequence and (d) the 3'-terminal sequence are continuously complementary to the sequences each consisting of seven or more nucleotides described in (ii); (a) a sequence forming an RNA-protein binding motif, together with (i), (b) two or more sequences each consisting of 14 or more nucleotides, which are continuously complementary to the two sequences each consisting of seven or more nucleotides described in (ii), (c) a 5'-terminal sequence, and (d) a 3'-terminal sequence, wherein (c) the 5'-terminal sequence and (d) the 3'-terminal sequence are continuously complementary to the sequences each consisting of seven or more nucleotides described in (ii); (c) the 5'-terminal sequence and (d) the 3'-terminal sequence are continuously complementary to the sequences each consisting of seven or more nucleotides described in (ii); at least one protein forming an RNA-protein binding motif with the RNAs formed by (i) and (a); and an RNA comprising a sequence complementary to the siRNA sequence described in (iii).
A method in a User Equipment, UE, for control of Bandwidth Part, BWP, switching, comprising: - determining that the UE has an active configured grant in a non-default BWP; and - refraining from switching from the non-default BWP to a default BWP while the configured grant is active, wherein said determining comprises: - determining that there is a Physical Uplink Shared Channel, PUSCH, or Physical Downlink Shared Channel, PDSCH, transmission; and wherein said refraining comprises: - restarting a BWP inactivity timer. - determining that the UE has an active configured grant in a non-default BWP; and - refraining from switching from the non-default BWP to a default BWP while the configured grant is active, wherein said determining comprises: - determining that there is a Physical Uplink Shared Channel, PUSCH, or Physical Downlink Shared Channel, PDSCH, transmission; and wherein said refraining comprises: - restarting a BWP inactivity timer. - determining that there is a Physical Uplink Shared Channel, PUSCH, or Physical Downlink Shared Channel, PDSCH, transmission; and - restarting a BWP inactivity timer.
A fuel cell system including a solid oxide fuel cell configured to receive a supply of an anode gas and a cathode gas to generate electric power, the fuel cell system comprising: an anode discharge passage through which an anode off-gas discharged from the fuel cell flows; a cathode discharge passage through which a cathode off-gas discharged from the fuel cell flows; a joining portion where the anode discharge passage and the cathode discharge passage join; a gas supply unit configured to supply a fuel gas using a fuel stored in a fuel tank into the anode discharge passage during a system stop; and a temperature-sensing unit configured to detect or estimate a temperature of the fuel cell, wherein the gas supply unit is configured such that a fuel gas is supplied to the anode discharge passage when the temperature of the fuel cell is higher than a reference temperature at which an anode electrode of the fuel cell is not oxidized during the system stop. an anode discharge passage through which an anode off-gas discharged from the fuel cell flows; a cathode discharge passage through which a cathode off-gas discharged from the fuel cell flows; a joining portion where the anode discharge passage and the cathode discharge passage join; a gas supply unit configured to supply a fuel gas using a fuel stored in a fuel tank into the anode discharge passage during a system stop; and a temperature-sensing unit configured to detect or estimate a temperature of the fuel cell, wherein the gas supply unit is configured such that a fuel gas is supplied to the anode discharge passage when the temperature of the fuel cell is higher than a reference temperature at which an anode electrode of the fuel cell is not oxidized during the system stop.
A stack of intermediate temperature metal supported, solid oxide fuel cell units arranged in a stack wherein each fuel cell unit comprises a metal support substrate with electrochemically active layers , a spacer and an interconnect , wherein the metal support substrate , the spacer and the interconnect have bolt holes for compression bolts of the stack , at least one fuel inlet port and at least one fuel outlet port for fuel entry and exit into and out of the cell unit , and at least one air outlet , wherein bolt voids are formed within the stack by the alignment of the respective bolt holes for the compression bolts in the stack and a further void by the alignment of the respective air outlets , characterised in that the bolt voids for the compression bolts are vented, either to the environment surrounding the stack or into an air outlet , to prevent build up of moisture, leaked or diffused hydrogen, or leaked ions, in the air in the bolt voids ; and by • the venting being provided by slots provided in the bolt holes of any of the metal support substrate , the spacer and the interconnect ; • and/ or • in the case where gaskets are located between neighbouring cell units in the stack , the gaskets having at least one fuel port aligning with fuel inlet or outlet chimneys in the cell units either side thereof, and at least one further bolt hole aligning with the bolt holes for the compression bolt in the stack either side thereof, the venting being provided by slots provided in the bolt holes of the gaskets . • the venting being provided by slots provided in the bolt holes of any of the metal support substrate , the spacer and the interconnect ; • and/ or • in the case where gaskets are located between neighbouring cell units in the stack , the gaskets having at least one fuel port aligning with fuel inlet or outlet chimneys in the cell units either side thereof, and at least one further bolt hole aligning with the bolt holes for the compression bolt in the stack either side thereof, the venting being provided by slots provided in the bolt holes of the gaskets .
A system for content presentation, comprising: a memory ; and a processor , wherein the memory stores instructions executable by the processor to cause the system to: obtain an indication of a user's motion through a space in which a user is located adjust a presentation speed based on the indication of motion; and present a content item associated with a location within the space, wherein the content item is presented using the adjusted presentation speed; characterized in that the content item includes information that relates to, refers to, describes and/or provides information about the location or an object located at the location. a memory ; and a processor , wherein the memory stores instructions executable by the processor to cause the system to: obtain an indication of a user's motion through a space in which a user is located adjust a presentation speed based on the indication of motion; and present a content item associated with a location within the space, wherein the content item is presented using the adjusted presentation speed; characterized in that the content item includes information that relates to, refers to, describes and/or provides information about the location or an object located at the location. obtain an indication of a user's motion through a space in which a user is located adjust a presentation speed based on the indication of motion; and present a content item associated with a location within the space, wherein the content item is presented using the adjusted presentation speed; characterized in that the content item includes information that relates to, refers to, describes and/or provides information about the location or an object located at the location.
A connector assembly comprising: a connector housing ; a secondary lock ; and a spring comprising at least one spring arm being operationally connected to the secondary lock , whereby the secondary lock is movable between a first and a second position and the spring is adapted to bias the secondary lock into its second position when the connector housing is fully mated with a corresponding counter connector, characterized in that the spring is arranged at the connector housing that upon mating the at least one spring arm is moved together with the secondary lock against the mating direction, thereby putting the spring under tension, and wherein the spring automatically moves the secondary lock in the second position when the secondary lock is released. a connector housing ; a secondary lock ; and a spring comprising at least one spring arm being operationally connected to the secondary lock , whereby the secondary lock is movable between a first and a second position and the spring is adapted to bias the secondary lock into its second position when the connector housing is fully mated with a corresponding counter connector, characterized in that the spring is arranged at the connector housing that upon mating the at least one spring arm is moved together with the secondary lock against the mating direction, thereby putting the spring under tension, and wherein the spring automatically moves the secondary lock in the second position when the secondary lock is released.
A diffuser assembly for a turbine engine, the assembly comprising: a diffuser module with a combustor plenum and a mixing chamber ; the diffuser module configured to receive first and second airflows into the mixing chamber and direct a mixed airflow out of the mixing chamber ; and the diffuser module including a mixer configured to mix the first and the second airflows together within the mixing chamber to provide the mixed airflow; characterised in that : the diffuser assembly further comprises a hollow strut extending across an inlet passage of the diffuser module which inlet passage leads to the combustor plenum , wherein the hollow strut is configured to receive at least a portion of the mixed airflow from the mixing chamber. a diffuser module with a combustor plenum and a mixing chamber ; the diffuser module configured to receive first and second airflows into the mixing chamber and direct a mixed airflow out of the mixing chamber ; and the diffuser module including a mixer configured to mix the first and the second airflows together within the mixing chamber to provide the mixed airflow; characterised in that : the diffuser assembly further comprises a hollow strut extending across an inlet passage of the diffuser module which inlet passage leads to the combustor plenum , wherein the hollow strut is configured to receive at least a portion of the mixed airflow from the mixing chamber.
A refastenable disposable absorbent pant comprised by a chassis , left and right front side panels and left and right rear side panels , such that the front side panels are joined to the rear side panels , respectively, by means of a refastenable seal, such that the pant has an arrangement suitable to be pulled up and down through the legs, with a waist opening, a pair of leg openings and two side flanks, wherein: the chassis has a front part , a rear part and a crotch part between the front and rear parts , two transversal edges and two longitudinal edges , and the front and rear side panels have an inner face facing the user during use, an outer face , a proximal edge permanently attached to the chassis , a distal edge , a top edge and a bottom edge , wherein the left and right front panels are wider than the left and right rear panels , such that the refastenable seal is formed by joining, in a refastenable manner, the distal edges of each of the front and rear panels , so that the seal is placed at the rear part of the pant, between the side flanks and the longitudinal edges of the chassis and wherein the front panels have a width A and the rear panels have a width a such that the formula A/a > 1 is satisfied. the chassis has a front part , a rear part and a crotch part between the front and rear parts , two transversal edges and two longitudinal edges , and the front and rear side panels have an inner face facing the user during use, an outer face , a proximal edge permanently attached to the chassis , a distal edge , a top edge and a bottom edge , wherein the left and right front panels are wider than the left and right rear panels , such that the refastenable seal is formed by joining, in a refastenable manner, the distal edges of each of the front and rear panels , so that the seal is placed at the rear part of the pant, between the side flanks and the longitudinal edges of the chassis and wherein the front panels have a width A and the rear panels have a width a such that the formula A/a > 1 is satisfied.
An additive manufacturing system comprising a pulsed laser arranged to emit light towards a rotating reflecting element , wherein the rotating reflecting element is arranged to selectively reflect a laser pulse towards one of a plurality of light-redirecting elements , each light-redirecting element being arranged to receive and redirect the laser pulse towards a work surface , characterised in that the rotating reflecting element is configured to be tilted such that the laser can be redirected to reflecting elements located in different horizontal planes.