mhurhangee/ep-ind-claims huggingface dataset:
A pipeline or pipe system configured for use in a subsea location comprising: a metallic pipe section having a wall comprising a metallic material; and a deformation absorber coupled to the metallic pipe section and comprising a composite pipe section having a wall comprising a composite material formed of at least a matrix comprising a polyether ether ketone and a plurality of reinforcing fibres embedded within the matrix, wherein the composite material is constructed to cause the deformation absorber to sustain a greater level of strain than the metallic pipe section when the pipeline is subject to deformation by a load event such that a larger proportion of deformation within the pipeline caused by a load event is focussed within the deformation absorber, wherein the composite pipe section is constructed to bend in a lateral direction during deformation of the pipe system caused by an axial load, and wherein the composite pipe section comprises a homogeneous pipe construction and wherein the composite pipe section defines a substantially straight pipe section prior to deformation by a load event. a metallic pipe section having a wall comprising a metallic material; and a deformation absorber coupled to the metallic pipe section and comprising a composite pipe section having a wall comprising a composite material formed of at least a matrix comprising a polyether ether ketone and a plurality of reinforcing fibres embedded within the matrix, wherein the composite material is constructed to cause the deformation absorber to sustain a greater level of strain than the metallic pipe section when the pipeline is subject to deformation by a load event such that a larger proportion of deformation within the pipeline caused by a load event is focussed within the deformation absorber, wherein the composite pipe section is constructed to bend in a lateral direction during deformation of the pipe system caused by an axial load, and
A resilient spectacles hinge comprising two flat hinge members (1, 2) rotationally coupled to one another by linking means (7,5) one hinge member having a oriented perpendicularly to the hingeaxis to accommodate a resilient member and a stud arranged to actuate the resilient member; the other hinge member having a stopper positioned aside the positioning hole, such that it fits within the slot and in combination with the stud determines the degree of over-open position that can be tolerated by the resilient hinge.
An aqueous oral care fluoride treatment composition comprising: 0.1 wt-% to 3.0 wt-% of a crosslinked poly acid having carboxylic acid side groups; a pharmaceutically acceptable buffer; 1.0 wt-% to 2.5 wt-% of sodium fluoride; and 0.025 wt-% to 1.75 wt-% of a multivalent cation salt comprising: a multivalent cation selected from Ca, Zn, Al, and a combination thereof; and a counterion selected from chloride, nitrate, gluconate, lactate, acetate, sulfate, hydrates thereof and combinations thereof; and at least 60 wt-% water; wherein the weight percentages are based on the total weight of the aqueous composition. 0.1 wt-% to 3.0 wt-% of a crosslinked poly acid having carboxylic acid side groups; a pharmaceutically acceptable buffer; 1.0 wt-% to 2.5 wt-% of sodium fluoride; and 0.025 wt-% to 1.75 wt-% of a multivalent cation salt comprising: a multivalent cation selected from Ca, Zn, Al, and a combination thereof; and a counterion selected from chloride, nitrate, gluconate, lactate, acetate, sulfate, hydrates thereof and combinations thereof; and a multivalent cation selected from Ca, Zn, Al, and a combination thereof; and a counterion selected from chloride, nitrate, gluconate, lactate, acetate, sulfate, hydrates thereof and combinations thereof; and at least 60 wt-% water; wherein the weight percentages are based on the total weight of the aqueous composition.
Training-/gymnastics apparatus to be actuated by a user by means of circular movements with both hands (1, 3), wherein a first rotating device and a second rotating device are present, wherein, at the first and the second rotating devices (11,13), in each case, a handle (21, 23) is present for grabbing by a hand of the user and for rotating the respective rotating device (11, 13), wherein the first rotating device and the second rotating device, in each case, interact with a rotational resistance device and wherein the rotating devices (11, 13) are mechanically rotationally coupled to each other, characterized in that a rotation angle offset of the two handles (21, 23) is adjustable.
A process of digital inkjet printing an image directly on a 100% cotton fabric surface, the process comprising: contacting at least a part of the surface with a wetting composition so as to provide a wet part of the surface; applying a liquid ink composition, by an inkjet printing head, on said wet part of the surface, so as to form an image on said part of the surface; and curing the image subsequent to said applying; wherein said contacting is effected in-line of said applying by means of a spray nozzle liquid applicator; characterised in that the ink composition comprises 80% by weight ethylene glycol butyl ether acetate, 4% by weight cyclohexanone, 10% by weight dipropylene glycol methyl ether, and 6% by weight Microlith Black preparation; and in that: (a) the wetting composition is 100% butanol and is applied at a density of 0.4 g/cm 2, and the curing takes place at a temperature between 150°C and 180°C for 180 seconds by means of an infrared curing unit; or (b) the wetting composition comprises 97% isopropanol and 3% SCX 8383 acrylic emulsion and is applied at a density of 0.4 g/cm 2, and the curing takes place at a temperature between 150°C and 170°C for 60 seconds by means of an infrared curing unit. contacting at least a part of the surface with a wetting composition so as to provide a wet part of the surface; applying a liquid ink composition, by an inkjet printing head, on said wet part of the surface, so as to form an image on said part of the surface; and curing the image subsequent to said applying; wherein said contacting is effected in-line of said applying by means of a spray nozzle liquid applicator; characterised in that the ink composition comprises 80% by weight ethylene glycol butyl ether acetate, 4% by weight cyclohexanone, 10% by weight dipropylene glycol methyl ether, and 6% by weight Microlith Black preparation; and in that: (a) the wetting composition is 100% butanol and is applied at a density of 0.4 g/cm 2, and the curing takes place at a temperature between 150°C and 180°C for 180 seconds by means of an infrared curing unit; or (b) the wetting composition comprises 97% isopropanol and 3% SCX 8383 acrylic emulsion and is applied at a density of 0.4 g/cm 2, and the curing takes place at a temperature between 150°C and 170°C for 60 seconds by means of an infrared curing unit. (a) the wetting composition is 100% butanol and is applied at a density of 0.4 g/cm 2, and the curing takes place at a temperature between 150°C and 180°C for 180 seconds by means of an infrared curing unit; or (b) the wetting composition comprises 97% isopropanol and 3% SCX 8383 acrylic emulsion and is applied at a density of 0.4 g/cm 2, and the curing takes place at a temperature between 150°C and 170°C for 60 seconds by means of an infrared curing unit.
A molded case circuit breaker including an electronic trip unit for determining whether a fault current of an overcurrent, an instantaneous current, or a ground fault current has occurred and providing an indication command signal of the fault current, characterized in that the molded case circuit breaker comprising: a relay assembly including a plurality of fault indicating relays installed in the molded case circuit breaker and configured to generate a fault current indication signal by opening or closing a contact when the indication command signal of a fault current is received from the electronic trip unit, and a signal output terminal configured to output a fault type indication signal of the fault indicating relays to the outside of the molded case circuit breaker, the relay assembly being configured as a single module detachably attached to the interior of the molded case circuit breaker. a relay assembly including a plurality of fault indicating relays installed in the molded case circuit breaker and configured to generate a fault current indication signal by opening or closing a contact when the indication command signal of a fault current is received from the electronic trip unit, and a signal output terminal configured to output a fault type indication signal of the fault indicating relays to the outside of the molded case circuit breaker, the relay assembly being configured as a single module detachably attached to the interior of the molded case circuit breaker.
A device for the inkjet printing of fluids, in particular glazes, onto tiles comprising: a body comprising a feed channel of a printing fluid, which feed channel is closed by a base comprising at least one outlet nozzle of said printing fluid, a valve comprising electromagnetic actuating means adapted to generate a magnetic field and a shutter comprising at least one sensitive element made of a material suitable for interacting with said magnetic field for the movement of the shutter itself, said valve being operatively associated with said outlet nozzle to determine an open condition corresponding to an open position of said shutter wherein said outlet nozzle is arranged in communication with said feed channel and a closed condition corresponding to a closed position of said shutter, wherein said shutter closes communication between said outlet nozzle and said feed channel, a membrane arranged in said body and delimiting said feed channel, wherein said membrane is interposed between said feed channel and said electromagnetic actuating means and wherein said shutter is solidly constraint with said membrane; a closing portion of said membrane facing said outlet nozzle defines said shutter; characterized in that said sensitive element is arranged within said membrane. a body comprising a feed channel of a printing fluid, which feed channel is closed by a base comprising at least one outlet nozzle of said printing fluid, a valve comprising electromagnetic actuating means adapted to generate a magnetic field and a shutter comprising at least one sensitive element made of a material suitable for interacting with said magnetic field for the movement of the shutter itself, said valve being operatively associated with said outlet nozzle to determine an open condition corresponding to an open position of said shutter wherein said outlet nozzle is arranged in communication with said feed channel and a closed condition corresponding to a closed position of said shutter, wherein said shutter closes communication between said outlet nozzle and said feed channel, a membrane arranged in said body and delimiting said feed channel, wherein said membrane is interposed between said feed channel and said electromagnetic actuating means and wherein said shutter is solidly constraint with said membrane; a closing portion of said membrane facing said outlet nozzle defines said shutter; characterized in that said sensitive element is arranged within said membrane.
A turbine engine component having an airfoil portion with a suction side, said component comprising: a cooling microcircuit (32; 32') embedded within a wall structure forming said suction side; said cooling microcircuit (32; 32') having at least one cooling film hole (36; 36') positioned ahead of a gage point for creating a flow of cooling fluid over an exterior surface of said suction side which travels past said gage point; and further comprising at least one inlet passage (40; 40') for receiving cooling fluid from a source of said cooling fluid, wherein said cooling microcircuit (32; 32') extends beyond said gage point to provide cooling along said suction side beyond said gage point (32; 32'), characterised in that each said inlet passage (40; 40') is curved to bend the cooling fluid at high velocity so as to accelerate the cooling fluid as the cooling fluid enters the cooling microcircuit (32; 32'). a cooling microcircuit (32; 32') embedded within a wall structure forming said suction side; said cooling microcircuit (32; 32') having at least one cooling film hole (36; 36') positioned ahead of a gage point for creating a flow of cooling fluid over an exterior surface of said suction side which travels past said gage point; and further comprising at least one inlet passage (40; 40') for receiving cooling fluid from a source of said cooling fluid, wherein said cooling microcircuit (32; 32') extends beyond said gage point to provide cooling along said suction side beyond said gage point (32; 32'), characterised in that each said inlet passage (40; 40') is curved to bend the cooling fluid at high velocity so as to accelerate the cooling fluid as the cooling fluid enters the cooling microcircuit (32; 32').
An assembly of a cooling system for cooling at least one server rack arranged in a room, wherein at least one cold aisle arranged on a first side of the server rack is provided and wherein one hot aisle arranged on a second side of the server rack is provided, wherein at least one supply air duct supplying cooling air to the cold aisle and having at least one inflow opening (48a, 48b, 48c, 48d, 48e) leading from the supply air duct to the cold aisle is provided on the ceiling side of the room for cooling the at least one server rack and wherein an exhaust air duct conveying air from the hot aisle and having at least one exhaust air opening (50a, 50b, 50c, 50d) leading from the hot aisle to the exhaust air duct is provided in the hot aisle on the ceiling side of the room, wherein at least one cooling device (54a, 54b, 54c, 54d) is arranged in the supply air duct, in the exhaust air duct or in at least one connecting duct (52a, 52b, 52c, 52d) leading from the exhaust air duct to the supply air duct, wherein the supply air duct is connected to a supply air line for a direct free cooling and several server racks are arranged in a row (12a, 12b, 12c) and several cooling devices (54a, 54b, 54c, 54d) are arranged in several connecting ducts (52a, 52b, 52c, 52d), each leading from the exhaust air duct to the supply air duct, wherein the cooling devices (54a, 54b, 54c, 54d) are also arranged in a row directly above the server racks.
Method for data transmission in a network, preferably a real-time network, wherein a first subscriber transmits data symbols in data frames to a second subscriber and the second subscriber forwards and/or processes the data frame, characterized in that the second subscriber instructs the first subscriber to pause the transmission of the data frames with a granularity of one data symbol, when there is a delay in the forwarding and/or processing of the data frame, and in that the first subscriber continues to transmit the data frames with a granularity of one data symbol after the pause.
An apparatus comprising: an aircraft structure; at least one hinge (20, 22) coupled to said aircraft structure; a control surface coupled to said at least one hinge (20, 22); a rotary actuator comprising a housing and an output shaft rotatable relative to said housing, the output shaft being coupled to said control surface for causing pivoting of said control surface about a hinge line; and a first reaction link (34; 52) having a first end coupled to said housing of said rotary actuator for transmitting reaction forces to said aircraft structure during pivoting of said control surface; characterized in that: the at least one hinge comprises first and second hinges (20, 22); the first end of the first reaction link (34; 52) is rotatably coupled to the housing of the rotary actuator; and the apparatus further comprises a second reaction link (36; 54) having a first end rotatably coupled to said housing of said rotary actuator for transmitting reaction forces to said aircraft structure. an aircraft structure; at least one hinge (20, 22) coupled to said aircraft structure; a control surface coupled to said at least one hinge (20, 22); a rotary actuator comprising a housing and an output shaft rotatable relative to said housing, the output shaft being coupled to said control surface for causing pivoting of said control surface about a hinge line; and a first reaction link (34; 52) having a first end coupled to said housing of said rotary actuator for transmitting reaction forces to said aircraft structure during pivoting of said control surface; characterized in that: the at least one hinge comprises first and second hinges (20, 22); the first end of the first reaction link (34; 52) is rotatably coupled to the housing of the rotary actuator; and the apparatus further comprises a second reaction link (36; 54) having a first end rotatably coupled to said housing of said rotary actuator for transmitting reaction forces to said aircraft structure. the at least one hinge comprises first and second hinges (20, 22); the first end of the first reaction link (34; 52) is rotatably coupled to the housing of the rotary actuator; and the apparatus further comprises a second reaction link (36; 54) having a first end rotatably coupled to said housing of said rotary actuator for transmitting reaction forces to said aircraft structure.
A nozzle for hydraulic blow molding of a preform into a plastic container, the nozzle comprising: a nozzle body having a main bore extending therethrough from an inlet for introducing a molding medium into the main bore to an outlet for ejecting the molding medium, portions of the main bore defining a valve seat; a seal pin received in the main bore and moveable between a closed position and an opened position, the seal pin including portions defining a sealing surface and further having a central bore extending therethrough from an entrance orifice to an exit orifice, the exit orifice being provided within a nipple on a distal end of the seal pin,, the molding medium flowing through the central bore and being ejected from the exit orifice,, and a valve associated with the central bore, the valve being moveable between an open position and a closed position, in the closed position, the valve preventing the flow of the molding medium in liquid form through the central bore and into the preform, characterized in that, in the closed position of the seal pin, the sealing surface engages the valve seat and closes off the main bore from the outlet, and in the opened position of the seal pin, the sealing surface is disengaged from the valve seat and the nipple is withdrawn from the nozzle outlet, the exit orifice opening into the main bore. a nozzle body having a main bore extending therethrough from an inlet for introducing a molding medium into the main bore to an outlet for ejecting the molding medium, portions of the main bore defining a valve seat; a seal pin received in the main bore and moveable between a closed position and an opened position, the seal pin including portions defining a sealing surface and further having a central bore extending therethrough from an entrance orifice to an exit orifice, the exit orifice being provided within a nipple on a distal end of the seal pin,, the molding medium flowing through the central bore and being ejected from the exit orifice,, and a valve associated with the central bore, the valve being moveable between an open position and a closed position, in the closed position, the valve preventing the flow of the molding medium in liquid form through the central bore and into the preform, characterized in that, in the closed position of the seal pin, the sealing surface engages the valve seat and closes off the main bore from the outlet, and in the opened position of the seal pin, the sealing surface is disengaged from the valve seat and the nipple is withdrawn from the nozzle outlet, the exit orifice opening into the main bore.
Industrial truck, in particular pallet truck, with a drive part and a load part that can be raised relative to the drive part, wherein the load part has at least one wheel arm, which is provided with at least one load roller, wherein, in order to raise the wheel arm, a linkage, which is operatively connected to the load roller, and a lever arrangement actuating the linkage are provided, wherein the lever arrangement has a first lever, which is borne pivotably on the drive part with a first bearing point and is borne pivotably on the load part with a second bearing point, and a second lever, which is borne pivotably on the load part with a bearing point and is coupled to the linkage with a coupling point, characterized in that the lever arrangement comprises an intermediate lever, which is connected to a coupling point of the first lever and a further coupling point of the second lever.
Apparatus for displaying an augmented reality on a display of a hand held device having a camera, the apparatus comprising a context identification unit for identifying a camera view from at least one real image captured by the camera, a virtual image retrieval unit for selecting and displaying a virtual image in the display and a virtual image positioning unit for positioning the virtual image in the display, characterised in that the apparatus is arranged in use to display the virtual image, which comprises content from an electronically captured, real world video image from a different reality, that is cut out from that different reality and transplanted into the one captured by the camera, whilst a user views the image captured by the camera, and wherein the positioning of the virtual image by the positioning unit includes anchoring the virtual image, and sizing the virtual image, with respect to the camera view determined by the context identification unit, to create the illusion that content of the virtual image is present in the field of view of the camera in real time in the display.