mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for preparing an emulsion coated screen for a screen printing machine having a screen bed for receiving a screen comprises: a housing containing a print head on a moveable carriage for printing on a first side of an emulsion coated screen, the print head in fluid communication with a reservoir containing a supply of an ultraviolet blocking agent, the print head configured for relative movement with the screen bed; and, a source of ultraviolet light attached to the housing containing the print head and positioned to expose the first side of a screen to ultraviolet light after printing by the print head. a housing containing a print head on a moveable carriage for printing on a first side of an emulsion coated screen, the print head in fluid communication with a reservoir containing a supply of an ultraviolet blocking agent, the print head configured for relative movement with the screen bed; and, a source of ultraviolet light attached to the housing containing the print head and positioned to expose the first side of a screen to ultraviolet light after printing by the print head.
Foldable wall structure for extending the interior of portable constructions, in particular of a camper van, having a first foldable wall, which forms a base panel of the wall structure in the folded-out state, and a second foldable wall, which forms a top panel of the wall structure in the folded-out state, wherein the wall structure has a third wall that is translationally movable relative to the folded-in first wall, which forms an outer wall of the wall structure in the moved state, and the wall structure has a foldable fourth wall as well as a foldable fifth wall, which form a first and a second side panel of the wall structure in the folded-out state, and the wall structure has a frame structure, characterised in that the first wall and the second wall are arranged aligned at least substantially parallel to each other in the folded-in state and form a receiving chamber between them, in which the third wall and/or the fourth wall and/or the fifth wall is received.
An electronic device fabrication system, comprising: a first printing system configured to deposit a first patterned organic layer on a substrate, the first printing system located in a first processing environment, the first processing environment comprising a controlled environment established to remain below specified limits of particulate contamination level, water vapor content, and ozone content; an enclosed thermal treatment module including a stacked configuration of thermally-controlled regions, the thermally-controlled regions offset from each other and each configured to accommodate a substrate including providing one or more of a specified substrate temperature or a specified substrate temperature uniformity, the enclosed thermal treatment module providing a controlled second processing environment, the second processing environment comprising a controlled environment established to remain below specified limits of particulate contamination level, water vapor content, oxygen content, and ozone content; and a substrate transfer module configured to receive the substrate from the first printing system and configured to provide the substrate to the second processing environment within the enclosed thermal treatment module; wherein the oxygen content of the first processing environment during the printing of the substrate in the first printing system is at least 100 times greater than the oxygen content of the second processing environment during the thermal treating of the substrate in the enclosed thermal treatment module. a first printing system configured to deposit a first patterned organic layer on a substrate, the first printing system located in a first processing environment, the first processing environment comprising a controlled environment established to remain below specified limits of particulate contamination level, water vapor content, and ozone content; an enclosed thermal treatment module including a stacked configuration of thermally-controlled regions, the thermally-controlled regions offset from each other and each configured to accommodate a substrate including providing one or more of a specified substrate temperature or a specified substrate temperature uniformity, the enclosed thermal treatment module providing a controlled second processing environment, the second processing environment comprising a controlled environment established to remain below specified limits of particulate contamination level, water vapor content, oxygen content, and ozone content; and a substrate transfer module configured to receive the substrate from the first printing system and configured to provide the substrate to the second processing environment within the enclosed thermal treatment module; wherein the oxygen content of the first processing environment during the printing of the substrate in the first printing system is at least 100 times greater than the oxygen content of the second processing environment during the thermal treating of the substrate in the enclosed thermal treatment module.
A method for generating a haptically enabled message by a mobile terminal device, comprising the steps of: receiving a user generated input; mapping the user generated input to a predetermined haptic effect and a corresponding haptic feedback command; inserting the haptic feedback command into a message comprising text; and sending the message, characterized in that: while the user is inputting text for the purposes of creating a message, the user generated input is received via a gesture comprising movement of the mobile terminal device that generates an accelerometer output; the accelerometer output is mapped to the predetermined haptic effect; the corresponding haptic feedback command is inserted into the message at a point which corresponds to when the user initiated the gesture and the predetermined haptic effect is played back on the mobile terminal device when the user generated input has been received and the accelerometer output has been mapped to the predetermined haptic effect. receiving a user generated input; mapping the user generated input to a predetermined haptic effect and a corresponding haptic feedback command; inserting the haptic feedback command into a message comprising text; and sending the message, characterized in that: while the user is inputting text for the purposes of creating a message, the user generated input is received via a gesture comprising movement of the mobile terminal device that generates an accelerometer output; the accelerometer output is mapped to the predetermined haptic effect; the corresponding haptic feedback command is inserted into the message at a point which corresponds to when the user initiated the gesture and the predetermined haptic effect is played back on the mobile terminal device when the user generated input has been received and the accelerometer output has been mapped to the predetermined haptic effect. while the user is inputting text for the purposes of creating a message, the user generated input is received via a gesture comprising movement of the mobile terminal device that generates an accelerometer output; the accelerometer output is mapped to the predetermined haptic effect; the corresponding haptic feedback command is inserted into the message at a point which corresponds to when the user initiated the gesture and the predetermined haptic effect is played back on the mobile terminal device when the user generated input has been received and the accelerometer output has been mapped to the predetermined haptic effect.
A method of operating and cleaning a torch ignitor for continuous ignition comprising: issuing a fuel-lean flow through a combustion chamber of a torch ignitor; and heating interior surfaces of the torch ignitor, wherein the fuel-lean flow reacts with carbon deposits on the interior surfaces to remove the carbon deposits; wherein the torch ignitor is aboard an aircraft and wherein issuing the fuel-lean flow and heating the interior surfaces are performed as a self-cleaning cycle intermittently during flight of the aircraft, wherein the self-cleaning cycle is repeated as a series of self-cleaning cycles and further comprising issuing an air fuel mixture into the combustion chamber that has a higher fuel air ratio than the fuel-lean flow, intermittently between the self-cleaning cycles, and wherein issuing the air fuel mixture into the combustion chamber that has a higher fuel air ratio than the fuel-lean flow includes issuing a flame from the combustion chamber of the torch ignitor into a combustion space of a main combustor of a gas turbine engine of the aircraft. issuing a fuel-lean flow through a combustion chamber of a torch ignitor; and heating interior surfaces of the torch ignitor, wherein the fuel-lean flow reacts with carbon deposits on the interior surfaces to remove the carbon deposits; wherein the torch ignitor is aboard an aircraft and wherein issuing the fuel-lean flow and heating the interior surfaces are performed as a self-cleaning cycle intermittently during flight of the aircraft, wherein the self-cleaning cycle is repeated as a series of self-cleaning cycles and further comprising issuing an air fuel mixture into the combustion chamber that has a higher fuel air ratio than the fuel-lean flow, intermittently between the self-cleaning cycles, and wherein issuing the air fuel mixture into the combustion chamber that has a higher fuel air ratio than the fuel-lean flow includes issuing a flame from the combustion chamber of the torch ignitor into a combustion space of a main combustor of a gas turbine engine of the aircraft.
A hand held device extending along an axial direction, comprising a casing presenting a first distal end and a second distal end opposite the first distal end along the axial direction, a first head that is movable axially between a position for use in which the first head projects from the casing from the first end and a retracted position in which the first head is retracted inside the casing, a second head that is movable axially between a position for use in which the second head projects from the casing from the second end and a retracted position in which the second head is retracted inside the casing, and a single side button that is configured to bring the first head and the second head, independently of each other, from the retracted position to the position for use and vice versa, the side button cooperating with a first ratchet mechanism in order to cause the first head to pass from the retracted position to the position for use and vice versa, and with a second ratchet mechanism in order to cause the second head to pass from the retracted position to the position for use and vice versa, wherein each ratchet mechanism (18A, 18B) respectively comprises a first and a second piston (18AA, 18BA), a first and a second rotary cam (18AB, 18BB), a first and a second stationary cam (18AC, 18BC) respectively receiving the first and the second rotary cam (18AB, 18BB), and a first and a second spring (18AD, 18BD).
A sock, comprising - a sole part, which is adapted, when the sock is donned, to cover the sole of a foot; - a toe part, which is adapted, when the sock is donned, to completely receive the toe area of the foot together with the sole part; - an instep part, which is adapted, when the sock is donned, to cover, at least partly, the back of the foot; - a heel part, which is adapted, when the sock is donned, to cover the heel of the foot; and - an ankle fastening part, which is adapted, when the sock is donned, to releasably fasten the sock at the ankle of the foot, wherein at least one of the parts (100, 200, 300, 400, 500, 510, 600, 610) of the sock is made of a stretch material, wherein the stretch material has only a single stretch direction (L STRETCH), which, in the contracted state of the stretch material, runs substantially parallel to a closing edge in a cuff area of the heel part, and wherein the stretch direction (L STRETCH) intersects substantially vertical a cutting edge section adjacent to the leg area of the heel part. - a sole part, which is adapted, when the sock is donned, to cover the sole of a foot; - a toe part, which is adapted, when the sock is donned, to completely receive the toe area of the foot together with the sole part; - an instep part, which is adapted, when the sock is donned, to cover, at least partly, the back of the foot; - a heel part, which is adapted, when the sock is donned, to cover the heel of the foot; and - an ankle fastening part, which is adapted, when the sock is donned, to releasably fasten the sock at the ankle of the foot,
A method for producing sintered ore comprising: a charging step of charging a sintering raw material including fine ore and a carbonaceous material onto a moving pallet to form a sintering bed; an ignition step of igniting the carbonaceous material in the surface of the sintering bed with an ignition furnace; a gaseous fuel feeding step of feeding a gaseous fuel into the air above the sintering bed so that the gaseous fuel is fed as a diluted gaseous fuel having a concentration of a lower flammable limit concentration or less; and a sintering step of sucking the diluted gaseous fuel and air with a wind box disposed under the pallet into the sintering bed, combusting the carbonaceous material in the sintering bed and combusting the diluted gaseous fuel in the sintering bed in which the carbonaceous material has been combusted, to thereby perform sintering, wherein the amount of carbonaceous material in the sintering raw material is reduced in comparison with the case where the gaseous fuel is not fed, characterized in that the amount of carbonaceous material is reduced at a replacement ratio in a range of 1.5 to 10, the replacement ratio being defined by the following expression: Replacement ratio = B / A, where A is the combustion heat of the gaseous fuel fed, and B is the combustion heat equivalent to the amount of carbonaceous material reduced. a charging step of charging a sintering raw material including fine ore and a carbonaceous material onto a moving pallet to form a sintering bed; an ignition step of igniting the carbonaceous material in the surface of the sintering bed with an ignition furnace; a gaseous fuel feeding step of feeding a gaseous fuel into the air above the sintering bed so that the gaseous fuel is fed as a diluted gaseous fuel having a concentration of a lower flammable limit concentration or less; and a sintering step of sucking the diluted gaseous fuel and air with a wind box disposed under the pallet into the sintering bed, combusting the carbonaceous material in the sintering bed and combusting the diluted gaseous fuel in the sintering bed in which the carbonaceous material has been combusted, to thereby perform sintering, wherein the amount of carbonaceous material in the sintering raw material is reduced in comparison with the case where the gaseous fuel is not fed, characterized in that the amount of carbonaceous material is reduced at a replacement ratio in a range of 1.5 to 10, the replacement ratio being defined by the following expression: Replacement ratio = B / A, where A is the combustion heat of the gaseous fuel fed, and B is the combustion heat equivalent to the amount of carbonaceous material reduced.
A pneumatically actuated hand tool for mechanically generating and delivering a driving force to a fastener, said hand tool comprising: a tool housing; a trigger assembly; and a mechanical force generation and delivery system structured and operable to mechanically generate and deliver a driving force to a fastener, the mechanical force generation and delivery system comprising: a leaf spring disposed within the housing and fixedly connected at a proximal end to the housing; a spring lifter assembly disposed within the housing, the spring lifter assembly including a spring lifter pawl disengagably connectable to a distal end of the leaf spring, characterized in that there is provided a pneumatic actuation device operatively connected to the mechanical force generation and delivery system, the pneumatic actuation device being structured and operable to actuate the mechanical force generation and delivery system such that the mechanical force generation and delivery system mechanically generates and delivers the driving force, further characterized in that the trigger assembly is structured and operable to control a flow of forced air into the pneumatic actuation device, and yet further characterized in that the mechanical force generation and delivery system comprises a fork connector operatively connecting the pneumatic actuation device to the spring lifter assembly such that actuation of the pneumatic actuation device causes the spring lifter assembly to energize the leaf spring and subsequently release energy from the energized leaf spring, thereby driving a driver blade to dispense the fastener from the tool. a tool housing; a trigger assembly; and a mechanical force generation and delivery system structured and operable to mechanically generate and deliver a driving force to a fastener, the mechanical force generation and delivery system comprising: a leaf spring disposed within the housing and fixedly connected at a proximal end to the housing; a spring lifter assembly disposed within the housing, the spring lifter assembly including a spring lifter pawl disengagably connectable to a distal end of the leaf spring, a leaf spring disposed within the housing and fixedly connected at a proximal end to the housing; a spring lifter assembly disposed within the housing, the spring lifter assembly including a spring lifter pawl disengagably connectable to a distal end of the leaf spring,
A composition comprising glucan, silica, mineral clay, and mannan for use in a method of promoting reduction of heat-induced stress in an animal that has or is at risk of developing heat-induced stress, wherein administering the composition to the animal for an effective period of time promotes reduction of heat-induced stress.
A system for carrying out a treatment of the head of hair, especially a shampooing operation, to be connected to at least one water inlet, comprising: - at least one source of cosmetic product (P1; P2), - an adjustment device making it possible to modify at least one usage characteristic of at least one product conveyed to the head of hair, - a user interface, enabling said user: ∘ to select a setting, the system being configured to act on the adjustment device as a function of the selected setting, and ∘ to input at least one item of information relating to a treatment result obtained with the selected setting, - a means for generating a product recommendation and/or a treatment recommendation on the basis at least of the knowledge of the selected setting and of said at least one item of information input by the user relating to the treatment result. - at least one source of cosmetic product (P1; P2), - an adjustment device making it possible to modify at least one usage characteristic of at least one product conveyed to the head of hair, - a user interface, enabling said user: ∘ to select a setting, the system being configured to act on the adjustment device as a function of the selected setting, and ∘ to input at least one item of information relating to a treatment result obtained with the selected setting, ∘ to select a setting, the system being configured to act on the adjustment device as a function of the selected setting, and ∘ to input at least one item of information relating to a treatment result obtained with the selected setting, - a means for generating a product recommendation and/or a treatment recommendation on the basis at least of the knowledge of the selected setting and of said at least one item of information input by the user relating to the treatment result.
A method for determining the relative amount of a protein in a sample comprising a population of proteins, the method comprising separating the population of proteins in the sample by capillary electrophoresis in a separation matrix comprising a haloalkane compound, exposing the separated sample to ultraviolet light to both (i) react the haloalkane compound with tryptophan residues in the proteins to form fluorescent protein compounds and (ii) immobilize the population of proteins to a wall of a capillary electrophoresis tube, detecting the fluorescence of the formed fluorescent compounds. separating the population of proteins in the sample by capillary electrophoresis in a separation matrix comprising a haloalkane compound, exposing the separated sample to ultraviolet light to both (i) react the haloalkane compound with tryptophan residues in the proteins to form fluorescent protein compounds and (ii) immobilize the population of proteins to a wall of a capillary electrophoresis tube, detecting the fluorescence of the formed fluorescent compounds.
A regulating system for rings, comprising at least an annular outer ring structure with substantially circular shape, comprising at least one groove or a housing formed preferably for most of the length of the inner circumference of the ring and a plurality of internal calibrating devices substantially with shape of a circular crown portion, wherein each of said devices is substantially realized in a single piece, each of said devices being flexible and being adapted to engage in said groove or housing internally realized in said annular structure, each of said devices being concentric with said annular structure, and being completely housed within the annular structure, maintaining the correct balance and positioning of the ring on a user's finger, said devices having different degrees of curvature and bending or jumble on the inside part of said devices which modify the thickness of said devices to modify the size of the annular structure, said devices being interchangeable between them, characterized by the fact that said devices comprises at least one or a plurality of carvings to provide more flexibility to said devices.
Method for producing a vehicle seat fitting, wherein a plain bearing bush is pressed in an axial direction into a receiving member of a first fitting member, wherein the pressed-in plain bearing bush has a radially protruding securing region, wherein the securing region is formed before or after the pressing-in operation by material of the plain bearing bush being displaced in a non-cutting manner, and in that the wall thickness (b) of the plain bearing bush is less than 1.5 mm, wherein, when the securing region is formed, the material of the plain bearing bush is displaced into an annular recess of the first fitting member.
A nasal continuous positive airway pressure (nCPAP) device for use with an nCPAP system, wherein: a generator body defines a patient side and an exhaust side, and forming first and second fluid flow circuits (40a, 40b) each including a tube (42a, 42b) defining a passageway (44a, 44b)_forming an axial centerline, wherein the tubes are arranged juxtaposed and extend from a proximal end (46a, 46b), at which the passageway is open to the patient side, to a distal end, at which the passageway is open to the exhaust side, wherein one or both of the first and second fluid flow circuits (40a, 40b) includes three or more nozzles fluidly connected to the passageway, each of the nozzles extending from an inlet end to an outlet end having a reduced diameter as compared to the inlet end. a generator body defines a patient side and an exhaust side, and forming first and second fluid flow circuits (40a, 40b) each including a tube (42a, 42b) defining a passageway (44a, 44b)_forming an axial centerline, wherein the tubes are arranged juxtaposed and extend from a proximal end (46a, 46b), at which the passageway is open to the patient side, to a distal end, at which the passageway is open to the exhaust side, wherein one or both of the first and second fluid flow circuits (40a, 40b) includes three or more nozzles fluidly connected to the passageway, each of the nozzles extending from an inlet end to an outlet end having a reduced diameter as compared to the inlet end.