mhurhangee/ep-ind-claims huggingface dataset:
A welding apparatus comprising: a machine-side connection housing comprising a machine-side connection configured to provide a welding consumable or an electrical connection to a torch head; a fume extraction connection housing comprising a fume extraction connection connectable to a fume extraction device; characterised in that the welding apparatus further comprises: a flexible connection arranged between the machine-side connection housing and the fume extraction connection housing; a seal comprising a first orifice (705a-e) arranged between the fume extraction connection and the machine-side connection; and a conduit, configured to connect the machine-side connection to a torch head, arranged to pass through the first orifice (705a-e), through the flexible connection and through the fume extraction connection housing to a torch head. a machine-side connection housing comprising a machine-side connection configured to provide a welding consumable or an electrical connection to a torch head; a fume extraction connection housing comprising a fume extraction connection connectable to a fume extraction device; characterised in that the welding apparatus further comprises: a flexible connection arranged between the machine-side connection housing and the fume extraction connection housing; a seal comprising a first orifice (705a-e) arranged between the fume extraction connection and the machine-side connection; and a conduit, configured to connect the machine-side connection to a torch head, arranged to pass through the first orifice (705a-e), through the flexible connection and through the fume extraction connection housing to a torch head. a flexible connection arranged between the machine-side connection housing and the fume extraction connection housing; a seal comprising a first orifice (705a-e) arranged between the fume extraction connection and the machine-side connection; and a conduit, configured to connect the machine-side connection to a torch head, arranged to pass through the first orifice (705a-e), through the flexible connection and through the fume extraction connection housing to a torch head.
A fast recovery method for a Spanning Tree Protocol, STP-based backup port, the method comprising: detecting that a failure occurs on a port of an STP-based device, wherein the STP-based device is connected to devices for transmitting Bridge Protocol Data Unit, BPDU messages and runs a Rapid Spanning Tree Protocol, RSTP or a Multiple Spanning Tree Protocol, MSTP; and determining whether there is a backup port taking a failed port as a master port, and when it is determined that there is such a backup port, changing said backup port to a master port; characterized by: when it is detected that a failure occurs on a port of an STP-based device, recording a port Identity, ID, of a failed port; and the determining whether there is a backup port taking a failed port as a master port comprises: determining whether in a port priority vector there is a port having a specified port field, i.e., port ID that is the same as the ID of the failed port, and when it is determined that there is such a port, determining said port as the backup port taking the failed port as a master port. detecting that a failure occurs on a port of an STP-based device, wherein the STP-based device is connected to devices for transmitting Bridge Protocol Data Unit, BPDU messages and runs a Rapid Spanning Tree Protocol, RSTP or a Multiple Spanning Tree Protocol, MSTP; and determining whether there is a backup port taking a failed port as a master port, and when it is determined that there is such a backup port, changing said backup port to a master port; characterized by: when it is detected that a failure occurs on a port of an STP-based device, recording a port Identity, ID, of a failed port; and the determining whether there is a backup port taking a failed port as a master port comprises: determining whether in a port priority vector there is a port having a specified port field, i.e., port ID that is the same as the ID of the failed port, and when it is determined that there is such a port, determining said port as the backup port taking the failed port as a master port.
A process for producing a geopolymer, comprising the following steps: - combustion at 850 to 1000 °C of oil shale, - grinding of the combustion product, - addition of an alkaline activator, - addition of water thereby producing a geopolymer mixture, and - hardening, wherein in the geopolymer mixture the mol ratio of Si:Al is adjusted to 2-5, the mol ratio of K:Al to 0.6-0.7, the mol ratio of Si:K to 3-10, the mol ratio of Ca:Al to 0.1-0.4, and the mol ratio of Si:Ca to 4.9-41 before the hardening, characterized in that the oil shale has a Ca content of at least 10 % (w/w). - combustion at 850 to 1000 °C of oil shale, - grinding of the combustion product, - addition of an alkaline activator, - addition of water thereby producing a geopolymer mixture, and - hardening,
A method for controlling a power in a wireless power transmission assembly, the method comprising: outputting a direct current voltage to wireless power transmission apparatus, the direct current voltage generated from an alternative power source in an adaptor; wherein the adaptor and the wireless power transmission apparatus are connected by a plus line, a ground line, and a communication line, and characterized by further comprising: changing the size of the direct current voltage output by the adaptor to the wireless power transmission apparatus based on a voltage change communication signal, if the wireless power transmission apparatus transmits the voltage change communication signal to the adaptor, wherein the voltage change communication signal is based on a charging state signal from a wireless power receiving apparatus, and the step of changing the size of the direct current voltage in the adaptor based on a voltage change communication signal of the wireless power transmission apparatus transmits the voltage change communication signal to the adaptor, comprises: changing the size of the direct current voltage in the adaptor based on an amplitude modulation signal or a serial communication signal, the amplitude modulation signal or the serial communication signal transmitted through the communication line. outputting a direct current voltage to wireless power transmission apparatus, the direct current voltage generated from an alternative power source in an adaptor; wherein the adaptor and the wireless power transmission apparatus are connected by a plus line, a ground line, and a communication line, and characterized by further comprising: changing the size of the direct current voltage output by the adaptor to the wireless power transmission apparatus based on a voltage change communication signal, if the wireless power transmission apparatus transmits the voltage change communication signal to the adaptor, wherein the voltage change communication signal is based on a charging state signal from a wireless power receiving apparatus, and the step of changing the size of the direct current voltage in the adaptor based on a voltage change communication signal of the wireless power transmission apparatus transmits the voltage change communication signal to the adaptor, comprises: changing the size of the direct current voltage in the adaptor based on an amplitude modulation signal or a serial communication signal, the amplitude modulation signal or the serial communication signal transmitted through the communication line.
A polyarylene sulfide resin composition for extrusion molding, the composition comprising: a resin component, the resin component consisting of a polyarylene sulfide resin and an epoxy group-containing olefin based copolymer, wherein the composition includes or does not include a colorant, wherein the polyarylene sulfide resin has a peak molecular weight of 50000 or more, wherein a ratio of a mass of the resin component relative to a total mass of the polyarylene sulfide resin composition is 95% by mass or more, wherein a mass of the epoxy group-containing olefin based copolymer is 33 parts by mass or more and 55 parts by mass or less when a mass of the polyarylene sulfide resin is considered as 100 parts by mass, wherein the epoxy group-containing olefin based copolymer includes a structural unit derived from an α-olefin (A2a), a structural unit derived from a glycidyl ester of an α,β-unsaturated acid (A2b), and a structural unit derived from (meth)acrylic acid ester (A2c), wherein ratios of a mass of the structural unit (A2b) and a mass of the structural unit (A2c) relative to a mass of the epoxy group-containing olefin based copolymer are 2% by mass or more and 5% by mass or less and 20% by mass or more and 40% by mass or less, respectively, the composition having a nominal tensile strain at break of 40% or more as measured according to ISO527-1, 2. a resin component, the resin component consisting of a polyarylene sulfide resin and an epoxy group-containing olefin based copolymer, wherein the composition includes or does not include a colorant, wherein the polyarylene sulfide resin has a peak molecular weight of 50000 or more, wherein a ratio of a mass of the resin component relative to a total mass of the polyarylene sulfide resin composition is 95% by mass or more, wherein a mass of the epoxy group-containing olefin based copolymer is 33 parts by mass or more and 55 parts by mass or less when a mass of the polyarylene sulfide resin is considered as 100 parts by mass, wherein the epoxy group-containing olefin based copolymer includes a structural unit derived from an α-olefin (A2a), a structural unit derived from a glycidyl ester of an α,β-unsaturated acid (A2b), and a structural unit derived from (meth)acrylic acid ester (A2c), wherein ratios of a mass of the structural unit (A2b) and a mass of the structural unit (A2c) relative to a mass of the epoxy group-containing olefin based copolymer are 2% by mass or more and 5% by mass or less and 20% by mass or more and 40% by mass or less, respectively, the composition having a nominal tensile strain at break of 40% or more as measured according to ISO527-1, 2.
A three-dimensional binder jetting printing system comprising a metering apparatus for metering a powder material, the metering apparatus comprising: a hopper with walls (1156a, 1156b) configured to contain a powder material and defining an opening sized and positioned to enable the powder material to flow therethrough; a metering roller located beneath the opening of the hopper, the metering roller and a given wall of the walls (1156a, 1156b) of the hopper spaced apart by a gap therebetween at the opening, the gap in combination with rotation of the metering roller causing a flow of the powder material to flow from under the given wall (1156a, 1156b) of the hopper at a predictable rate and wherein no powder flows in the absence of rotation of the metering roller; and a tool configured to force flow of the powder material off the metering roller at the predictable rate to supply the three-dimensional printing system with the powder material for printing a three-dimensional object, the tool positioned at the given wall (1156a, 1156b) where the flow emerges due to the rotation. a hopper with walls (1156a, 1156b) configured to contain a powder material and defining an opening sized and positioned to enable the powder material to flow therethrough; a metering roller located beneath the opening of the hopper, the metering roller and a given wall of the walls (1156a, 1156b) of the hopper spaced apart by a gap therebetween at the opening, the gap in combination with rotation of the metering roller causing a flow of the powder material to flow from under the given wall (1156a, 1156b) of the hopper at a predictable rate and wherein no powder flows in the absence of rotation of the metering roller; and a tool configured to force flow of the powder material off the metering roller at the predictable rate to supply the three-dimensional printing system with the powder material for printing a three-dimensional object, the tool positioned at the given wall (1156a, 1156b) where the flow emerges due to the rotation.
A rack corner steering mechanism comprising an input gear and a rack steering assembly driven by the input gear, the rack steering assembly comprises a plunger and a plurality of rack units which are successively movably connected to an end of the plunger and arranged in a corner shape, wherein the plunger is a straight bar and is moved along a straight trajectory, a side wall of the plunger close to the input gear is a first tooth surface to be engaged with the input gear, a side wall of each of the rack units close to the input gear is a second tooth surface to be engaged with the input gear, that rack unit of the rack units adjacent to the plunger is obliquely connected to the end of the plunger, each of the other rack units is successively connected to the end of its preceding rack unit, and the rack corner steering mechanism is configured such that when the second tooth surface of a rack unit is engaged with the input gear, this rack unit is rotated to be brought in line with the plunger; and wherein the rack corner steering mechanism further comprises a housing, a retainer, and a cylinder, the housing has a corner, the cylinder is arranged at a front side of the corner, the plunger is inserted into the cylinder, each rack unit is located at the corner, the input gear is fixed on the retainer; characterized in that the retainer comprises a pipe orifice portion with a C-shaped cross-section and two fixing portions extending upward from two ends of the pipe orifice portion, the pipe orifice portion is connected to the cylinder to allow the plunger and each rack unit to pass through, the input gear is fixed between said two fixing portions, and the rack corner steering mechanism is configured such that the input gear may be rotated to drive the plunger to move forward and enter the cylinder, and then to move straightly along the cylinder.
A package (10,30,50) comprising: a body (12,32,52) defining an interior configured to house a consumable product and comprising a bottom surface defining a recessed portion having a shape; and a lid (16,34,56) comprising a surface defining a projection (22,36) having a shape and a size that corresponds to a shape and size of the recessed portion on the body (12,32,52), and a color that corresponds to a type of the consumable product housed by the body, characterised in that the package (10,30,50) further comprises a feeding pad comprising a substantially flat surface having at least one projection having a shape and a size that corresponds to a shape and size of the recessed portion of the body (12,32,52), the lid (26,34) or the body and lid. a body (12,32,52) defining an interior configured to house a consumable product and comprising a bottom surface defining a recessed portion having a shape; and a lid (16,34,56) comprising a surface defining a projection (22,36) having a shape and a size that corresponds to a shape and size of the recessed portion on the body (12,32,52), and a color that corresponds to a type of the consumable product housed by the body, characterised in that the package (10,30,50) further comprises a feeding pad comprising a substantially flat surface having at least one projection having a shape and a size that corresponds to a shape and size of the recessed portion of the body (12,32,52), the lid (26,34) or the body and lid.
Method allowing knowledge of a first datum by a user registered with a blockchain to be proven, said method being implemented by a trusted entity registered on said blockchain and comprising steps of: - obtaining said first datum outside of said blockchain; - generating a second datum from said first datum; - sending, outside of said blockchain, said second datum to said user; and - publishing said second datum on said blockchain after publication of the second datum in the blockchain by a terminal of the user. - obtaining said first datum outside of said blockchain; - generating a second datum from said first datum; - sending, outside of said blockchain, said second datum to said user; and - publishing said second datum on said blockchain after publication of the second datum in the blockchain by a terminal of the user.
A cleaning liquid for removing an organosiloxane-based thin film, a hard mask, a dry etching residue and a photoresist, wherein the cleaning liquid comprises 10 to 30% by mass of hydrogen peroxide, 0.005 to 10% by mass of a quaternary ammonium hydroxide, 0.005 to 5% by mass of potassium hydroxide, 0.000005 to 0.005% by mass of an amino polymethylene phosphonic acid and water, wherein the concentration of sodium included in the cleaning liquid is 0.1 ppm or less.
An electrode structure for a vacuum circuit breaker, the electrode structure comprising: a contact plate that works as an arcing part; a contact base provided behind the contact plate, for generating an axial magnetic field to be applied to an arc occurring on the contact plate; and an outer circumferential section film being provided on the periphery of the contact base at least up to an edge of the contact plate; wherein the outer circumferential section film is made of conductive material having a melting point higher than the melting point of the contact plate; characterised in that the outer circumferential section film is a layer formed only from the edge of the contact plate to the axial-middle part on the periphery of the contact base, and the outer circumferential section film does not extend beyond the edge of the contact plate in a horizontal direction perpendicular to said axial magnetic field. a contact plate that works as an arcing part; a contact base provided behind the contact plate, for generating an axial magnetic field to be applied to an arc occurring on the contact plate; and an outer circumferential section film being provided on the periphery of the contact base at least up to an edge of the contact plate; wherein the outer circumferential section film is made of conductive material having a melting point higher than the melting point of the contact plate; characterised in that the outer circumferential section film is a layer formed only from the edge of the contact plate to the axial-middle part on the periphery of the contact base, and the outer circumferential section film does not extend beyond the edge of the contact plate in a horizontal direction perpendicular to said axial magnetic field.
A seat back assembly comprising: (a) a seat back comprising a recess, said recess formed by a back surface surrounded on at least three sides by a lip, wherein the seat back is pivotally coupled to a pivot shaft; and (b) a tray table assembly comprising: (i) a table body configured to substantially fit within the recess; and (ii) at least one arm comprising a first end and a second end, wherein the first end is pivotally coupled to the table body characterised in that the second end of said arm is pivotally coupled to the pivot shaft exterior of a location where the seat back is pivotally coupled to the pivot shaft and an extension is used to couple the first end of the at least one arm to the table body so as to allow the table body to stow substantially within the recess. (a) a seat back comprising a recess, said recess formed by a back surface surrounded on at least three sides by a lip, wherein the seat back is pivotally coupled to a pivot shaft; and (b) a tray table assembly comprising: (i) a table body configured to substantially fit within the recess; and (ii) at least one arm comprising a first end and a second end, wherein the first end is pivotally coupled to the table body characterised in that the second end of said arm is pivotally coupled to the pivot shaft exterior of a location where the seat back is pivotally coupled to the pivot shaft and an extension is used to couple the first end of the at least one arm to the table body so as to allow the table body to stow substantially within the recess. (i) a table body configured to substantially fit within the recess; and (ii) at least one arm comprising a first end and a second end, wherein the first end is pivotally coupled to the table body characterised in that the second end of said arm is pivotally coupled to the pivot shaft exterior of a location where the seat back is pivotally coupled to the pivot shaft and an extension is used to couple the first end of the at least one arm to the table body so as to allow the table body to stow substantially within the recess.
A method for editing a programme for controlling a plurality of actions of a mobile robot belonging to the group of actions of a behaviour type and actions of a motion type, said plurality of actions belonging to at least one Main action frame (50, 60), said method comprising: - a step of connecting said at least one Main action frame to at least one event chosen from the group of preceding events and succeeding events, said at least one Main action frame belonging to a Control box; and - a step of defining a Timeline of the Control box applicable to said at least one Main action frame, said Timeline representing a time constraint to which are subjected the actions of the robot defined in the Control box into which said Timeline is inserted, and synchronising the actions of the Control box; said method being characterised in that it further comprises a step of taking into account a speed parameter of progress of the Timeline defined by a number of frames per unit of time, said parameter being either defined by a user or being set at a given value. - a step of connecting said at least one Main action frame to at least one event chosen from the group of preceding events and succeeding events, said at least one Main action frame belonging to a Control box; and - a step of defining a Timeline of the Control box applicable to said at least one Main action frame, said Timeline representing a time constraint to which are subjected the actions of the robot defined in the Control box into which said Timeline is inserted, and synchronising the actions of the Control box;