mhurhangee/ep-ind-claims huggingface dataset:
An article comprising: a substrate formed of a molybdenum-based alloy, the molybdenum-based alloy having a composition including molybdenum, silicon, and boron; and a barrier layer disposed on the substrate, the barrier layer formed of at least one noble metal selected from the group consisting of ruthenium, rhodium, palladium, silver, osmium, iridium, platinum, gold, and combinations thereof; and a copper metal interlayer disposed between the substrate and the barrier layer. a substrate formed of a molybdenum-based alloy, the molybdenum-based alloy having a composition including molybdenum, silicon, and boron; and a barrier layer disposed on the substrate, the barrier layer formed of at least one noble metal selected from the group consisting of ruthenium, rhodium, palladium, silver, osmium, iridium, platinum, gold, and combinations thereof; and a copper metal interlayer disposed between the substrate and the barrier layer.
An installation device of a reactor repair device configured to install the reactor repair device to an instrumentation nozzle provided in a hemispherical portion of a reactor vessel, the installation device comprising an installation jig configured to be connected to an upper portion of the reactor repair device; a lifting device (123, 127) configured to be able to suspend and support an upper portion of the installation jig and to lift the installation jig from a work floor; a moving device configured to be able to move the lifting device (123, 127) in two directions intersecting in a horizontal direction; and a position adjustment device configured to be able to move the installation jig in the horizontal direction in a state where the installation jig is supported by the lifting device (123, 127), characterized in that an air balancer configured to reduce a weight of the reactor repair device is provided to the installation jig.
Shoulder support (30, 38) for a string instrument, comprising a rest element for resting on the shoulder and/or chest of the player, wherein the rest element has a main part made of pressed wood that is obtained by compressing wood fibres in the fibre direction thereof.
A fastening component comprising a body, the body comprising fastening means intended to allow the assembly of the fastening component to a piece integrating complementary fastening means, an insertion tip arranged at one end of the body, the insertion tip comprising a tip-shaped top to enable at least part of the body to be inserted through fibers of a piece made of composite material by deflecting them without cutting them, an axial abutment intended to stop the insertion of the body through the piece made of composite material, and a breakable portion interposed between the insertion tip and said end of the body, the breakable portion being configured to break under the effect of a predetermined compressive force exerted on the insertion tip in order to detach the insertion tip from the body.
A refrigerator comprising: a cabinet in which an upper storage space and a lower storage space are defined; a door part opening and closing the lower storage space; and a drawer part provided behind the door part and inserted and withdrawn together with the door part, characterized in that the refrigerator comprises: a drawer-side device provided in the drawer part to elevate a food or a container within the drawer part; a door-side device provided in the door part to provide power for an operation of the drawer-side device; a power transmission member provided in the drawer part and having one end connected to an elevation device and the other end extending up to a front surface of the drawer part; and a connection device provided in the door part to connect the door-side device to the power transmission member so that power of the door-side device is transmitted to the drawer-side device, wherein at least a portion of the connection device is exposed to a rear surface of the door part so that a user manipulates the connection device, and when the user manipulates the connection device, the connection device operates to be separated from the power transmission member. a drawer-side device provided in the drawer part to elevate a food or a container within the drawer part; a door-side device provided in the door part to provide power for an operation of the drawer-side device; a power transmission member provided in the drawer part and having one end connected to an elevation device and the other end extending up to a front surface of the drawer part; and a connection device provided in the door part to connect the door-side device to the power transmission member so that power of the door-side device is transmitted to the drawer-side device, wherein at least a portion of the connection device is exposed to a rear surface of the door part so that a user manipulates the connection device, and when the user manipulates the connection device, the connection device operates to be separated from the power transmission member.
A method for drilling a plurality of subsea wells from a substantially stationary floating vessel, the plurality of subsea wells comprising a first subsea well with a first subsea wellhead and a second subsea well with a second subsea wellhead, the method comprising: connecting a drilling riser, that is at a first end thereof equipped with a drilling riser tensioner and a blowout preventer, to the first wellhead at a second, subsea end of the drilling riser using guidelines attached to the drilling riser said guidelines extending from the first subsea wellhead to the stationary floating vessel; moving the guidelines to a location of the second subsea well; disconnecting the drilling riser from the first wellhead; lifting the drilling riser together with its tensioner and blowout preventer by an amount sufficient to clear the first wellhead while maintaining the second end of the drilling riser in the vicinity of the seafloor; selectively tensioning the guidelines while moving the first end of the drilling riser in a substantially horizontal direction on the stationary floating vessel such that the first end of the riser is more nearly vertically aligned with the second wellhead; applying selected tension to the guidelines sufficient to align the second end of the drilling riser with the second wellhead; and lowering the drilling riser together with its tensioner and blowout preventer sufficiently to engage the second wellhead. connecting a drilling riser, that is at a first end thereof equipped with a drilling riser tensioner and a blowout preventer, to the first wellhead at a second, subsea end of the drilling riser using guidelines attached to the drilling riser said guidelines extending from the first subsea wellhead to the stationary floating vessel; moving the guidelines to a location of the second subsea well; disconnecting the drilling riser from the first wellhead; lifting the drilling riser together with its tensioner and blowout preventer by an amount sufficient to clear the first wellhead while maintaining the second end of the drilling riser in the vicinity of the seafloor; selectively tensioning the guidelines while moving the first end of the drilling riser in a substantially horizontal direction on the stationary floating vessel such that the first end of the riser is more nearly vertically aligned with the second wellhead; applying selected tension to the guidelines sufficient to align the second end of the drilling riser with the second wellhead; and lowering the drilling riser together with its tensioner and blowout preventer sufficiently to engage the second wellhead.
An ultrasound system comprising: an ultrasound transceiver configured to transmit ultrasound signals to an object including a sample volume and receive echo signals from the sample volume and at least one phantom gate from which a flow noise signal is detected; a processor configured to generate an ultrasound image based on the received echo signals; and a display configured to display the generated ultrasound image, wherein the processor detects the flow noise signal at the at least one phantom gate by using the echo signals and controls the display to display a visual indicator representing the detected flow noise signal, characterised in that if the flow noise signal is detected at the phantom gate, the system automatically controls the phantom gate to occur at a different location by automatically increasing or decreasing a pulse repetition frequency of the transmitted ultrasound signals without receiving a separate input from a user, or if the flow noise signal is detected at the phantom gate, the system automatically changes positions of an aperture and a pulsed Doppler line used for acquiring Doppler information at the sample volume without receiving the separate input from the user. an ultrasound transceiver configured to transmit ultrasound signals to an object including a sample volume and receive echo signals from the sample volume and at least one phantom gate from which a flow noise signal is detected; a processor configured to generate an ultrasound image based on the received echo signals; and a display configured to display the generated ultrasound image, wherein the processor detects the flow noise signal at the at least one phantom gate by using the echo signals and controls the display to display a visual indicator representing the detected flow noise signal, characterised in that if the flow noise signal is detected at the phantom gate, the system automatically controls the phantom gate to occur at a different location by automatically increasing or decreasing a pulse repetition frequency of the transmitted ultrasound signals without receiving a separate input from a user, or if the flow noise signal is detected at the phantom gate, the system automatically changes positions of an aperture and a pulsed Doppler line used for acquiring Doppler information at the sample volume without receiving the separate input from the user. if the flow noise signal is detected at the phantom gate, the system automatically controls the phantom gate to occur at a different location by automatically increasing or decreasing a pulse repetition frequency of the transmitted ultrasound signals without receiving a separate input from a user, or if the flow noise signal is detected at the phantom gate, the system automatically changes positions of an aperture and a pulsed Doppler line used for acquiring Doppler information at the sample volume without receiving the separate input from the user.
A modular assembly for dental applications comprising cheek and lip retracting means and a frame for preserving a mouth cavity open, characterized in that - cheek and lip retracting means are implemented in the form of a pair of detachable and replaceable adapter units; - the frame is a multi-junction bracket-shaped member with a bridge A-A' lying in a first horizontal plane and two adapter mount portions C-C' each positioned obliquely sideways with regards to bridge A-A' and lying in a second horizontal plane; - adapter mount portions C-C' are connected to opposite ends of the bridge A-A' by arms B-B'; - each adapter mount portion is configured to accommodate at least one light source; - each adapter unit comprises a semi-circular arched member with a groove arranged over a whole convex surface of the arch, and a projection appended to a concave surface of the arch; - each adapter unit comprises an aperture and a blind bore-type recess, via which each adapter unit is mounted onto a corresponding adapter mount portion of the frame; - each adapter mount portion is configured to receive a corresponding adapter unit so, that corresponding light sources are encased by projections of each adapter unit and grooves of each adapter unit face opposite directions. - cheek and lip retracting means are implemented in the form of a pair of detachable and replaceable adapter units; - the frame is a multi-junction bracket-shaped member with a bridge A-A' lying in a first horizontal plane and two adapter mount portions C-C' each positioned obliquely sideways with regards to bridge A-A' and lying in a second horizontal plane; - adapter mount portions C-C' are connected to opposite ends of the bridge A-A' by arms B-B'; - each adapter mount portion is configured to accommodate at least one light source; - each adapter unit comprises a semi-circular arched member with a groove arranged over a whole convex surface of the arch, and a projection appended to a concave surface of the arch; - each adapter unit comprises an aperture and a blind bore-type recess, via which each adapter unit is mounted onto a corresponding adapter mount portion of the frame; - each adapter mount portion is configured to receive a corresponding adapter unit so, that corresponding light sources are encased by projections of each adapter unit and grooves of each adapter unit face opposite directions.
Domestic appliance comprising a carcass and a door (3, 4) that is connected to the carcass, further comprising an opening mechanism, which acts on the door, and comprising at least one proximity sensor (6, 7), the control signal of which can be used to activate the opening mechanism, the proximity sensor (6, 7) being a radar sensor that is concealed from view, characterised in that the radar sensor (6, 7) is arranged on the underside of the door (3, 4) or on the underside of the domestic appliance equipped with the door (3, 4).
A method of performing time synchronization with another terminal apparatus in a terminal apparatus, the method comprising: receiving a sync signal comprising a reference time from the other terminal apparatus; transmitting (S103, S720) a response signal to the received sync signal to the other terminal apparatus; and performing (S104, S740) time synchronization with the other terminal apparatus based on a time difference that is calculated based on the reference time comprised in the sync signal and a reception time of the sync signal, wherein if the sync signal is continuously received from the other terminal apparatus for a preset threshold time, then the time synchronization is performed with the other terminal apparatus based on a time difference having a highest absolute value among time differences that are calculated to respectively correspond to the sync signal. receiving a sync signal comprising a reference time from the other terminal apparatus; transmitting (S103, S720) a response signal to the received sync signal to the other terminal apparatus; and performing (S104, S740) time synchronization with the other terminal apparatus based on a time difference that is calculated based on the reference time comprised in the sync signal and a reception time of the sync signal, wherein if the sync signal is continuously received from the other terminal apparatus for a preset threshold time, then the time synchronization is performed with the other terminal apparatus based on a time difference having a highest absolute value among time differences that are calculated to respectively correspond to the sync signal.
A shipping container for products convertible into a display configuration at a point of sale comprising: a top wall, a bottom wall, two side walls (12, 14), and two end walls (16, 18) all of which being foldably joined to one another to form an interior space to receive product having a predetermined height, each of the respective side walls (12, 14) includes a respective pair of spaced apart slots (36a - 36d) formed therein; each of the respective end walls (16, 18) includes a respective Z-shaped column (34a, 34b) being foldably joined to the upper edge of the respective end wall, wherein each of the respective Z-shaped columns includes a pair of locking tabs (30a - 30d) each of which being engaged with the corresponding slots (36a - 36d) on the respective side walls; and a built-in headspace formed by extending a width of the interior space of the container so as to compensate for the height of the products when the container is flipped on its side for displaying at the point of sale and permits a user to remove product from various layers of containers stacked upon one another without hindrance; and further comprising a tear away panel having a first major top flap and a portion of one of the side walls (12, 14) defined by perforated lines of weakness extending diagonally on one of the side wall. a top wall, a bottom wall, two side walls (12, 14), and two end walls (16, 18) all of which being foldably joined to one another to form an interior space to receive product having a predetermined height, each of the respective side walls (12, 14) includes a respective pair of spaced apart slots (36a - 36d) formed therein; each of the respective end walls (16, 18) includes a respective Z-shaped column (34a, 34b) being foldably joined to the upper edge of the respective end wall, wherein each of the respective Z-shaped columns includes a pair of locking tabs (30a - 30d) each of which being engaged with the corresponding slots (36a - 36d) on the respective side walls; and a built-in headspace formed by extending a width of the interior space of the container so as to compensate for the height of the products when the container is flipped on its side for displaying at the point of sale and permits a user to remove product from various layers of containers stacked upon one another without hindrance; and further comprising a tear away panel having a first major top flap and a portion of one of the side walls (12, 14) defined by perforated lines of weakness extending diagonally on one of the side wall.
A lifting device for a roof window, in particular for installation in an inclined roof surface, comprising a lifting arm, a spring assembly with a first coupling member, and a sledge system configured to be slidably connected to one part of the roof window and including a sledge and a second coupling member configured to cooperate with the first coupling member, in which a first end of the lifting arm is rotatably connected with the sledge system and a second end is configured to be connected to another part of the roof window, wherein the first end of the lifting arm is connected to the sledge system via an axle fixedly connected to said first end, and said axle comprises an at least partly essentially circular outer circumference, and two end faces, wherein said axle contacts the sledge system through at least one receiving hole (315,316) in at least one sledge wall portion (311, 312) of the sledge, wherein the sledge system furthermore includes a runner guided in the one part of the roof window, characterised in that said axle further contacts at least one cut-out (325,326) in wall portions (321, 322) of the runner. a lifting arm, a spring assembly with a first coupling member, and a sledge system configured to be slidably connected to one part of the roof window and including a sledge and a second coupling member configured to cooperate with the first coupling member, in which a first end of the lifting arm is rotatably connected with the sledge system and a second end is configured to be connected to another part of the roof window, wherein the first end of the lifting arm is connected to the sledge system via an axle fixedly connected to said first end, and said axle comprises an at least partly essentially circular outer circumference, and two end faces, wherein said axle contacts the sledge system through at least one receiving hole (315,316) in at least one sledge wall portion (311, 312) of the sledge, wherein the sledge system furthermore includes a runner guided in the one part of the roof window, characterised in that said axle further contacts at least one cut-out (325,326) in wall portions (321, 322) of the runner.
A method for bundling conveying streams at a material handling element and/or node (Ka..Kz, K1..K34) with several incoming conveyor segments (1a, 1b), at least one coupling to an outgoing conveyor segment, to which the incoming conveyor segments (1a, 1b) are merged, and several holding devices (4a, 4b) for stopping a conveying stream on the incoming conveyor segments (1a, 1b), characterized in that - for the conveyed objects, points in time of target arrival (TA1..TA3, TB1, TC1..TC3) are calculated, at which the conveyed objects are scheduled to arrive at a destination (23a..23c), - for a conveyed object waiting at a material handling element/node (Ka..Kz, K1..K34), a target run-through time (t1, t2, t6) is calculated, which the conveyed object needs for transport as scheduled from a current position to the destination (23a..23c), and the conveyed object is released at a point in time of release which corresponds essentially to the point in time of target arrival (TA1..TA3, TB1, TC1..TC3) minus the target run-through time (t1, t2, t6). - for the conveyed objects, points in time of target arrival (TA1..TA3, TB1, TC1..TC3) are calculated, at which the conveyed objects are scheduled to arrive at a destination (23a..23c), - for a conveyed object waiting at a material handling element/node (Ka..Kz, K1..K34), a target run-through time (t1, t2, t6) is calculated, which the conveyed object needs for transport as scheduled from a current position to the destination (23a..23c), and
A method of reducing recalcitrance in lignocellulosic material, the method comprising: exposing a lignocellulosic material having a variable lignin content to a dose of ionizing radiation comprising one or more than one type of ion, while adjusting one or more process parameters of the ionizing radiation to compensate for changes in the lignin content having been determined in the material to produce recalcitrance-reduced, irradiated lignocellulosic material having received a dose of ionizing radiation based on the lignin content of the material, the ionizing radiation dose ranging from 0.1 Mrad to 5.0 Mrad per 1% by weight of lignin, wherein the parameter is selected from the group consisting of a dose for the ionizing radiation, a dose rate for the ionizing radiation, an energy value for the ionizing radiation, and a selection of one or more than one type of ion for the ionizing radiation.