mhurhangee/ep-ind-claims huggingface dataset:
A light emitting sealed body comprising: a housing which stores a discharge gas and is provided with a first opening to which first light is configured to be incident along a first optical axis and a second opening from which second light is configured to be emitted along a second optical axis, wherein the first light is laser light configured to maintain plasma generated in the discharge gas and the second light is light from the plasma; a first window portion that hermetically seals the first opening and transmits the first light; a second window portion which hermetically seals the second opening and transmits the second light, and a first electrode and a second electrode which face each other with an intersection between the first optical axis and the second optical axis interposed therebetween, wherein the housing is formed of a light shielding material which does not transmit the first light and the second light, wherein an internal space is defined by the housing, the first window portion, and the second window portion and the internal space is filled with the discharge gas, wherein the first opening and the second opening are disposed so that the first optical axis and the second optical axis intersectable with each other, characterized in that the housing is formed of a metal material, and wherein the first electrode is fixed to the housing via an insulation member and is electrically separated from the housing and the second electrode is electrically connected to the housing. a housing which stores a discharge gas and is provided with a first opening to which first light is configured to be incident along a first optical axis and a second opening from which second light is configured to be emitted along a second optical axis, wherein the first light is laser light configured to maintain plasma generated in the discharge gas and the second light is light from the plasma; a first window portion that hermetically seals the first opening and transmits the first light; a second window portion which hermetically seals the second opening and transmits the second light, and a first electrode and a second electrode which face each other with an intersection between the first optical axis and the second optical axis interposed therebetween, wherein the housing is formed of a light shielding material which does not transmit the first light and the second light, wherein an internal space is defined by the housing, the first window portion, and the second window portion and the internal space is filled with the discharge gas, wherein the first opening and the second opening are disposed so that the first optical axis and the second optical axis intersectable with each other, characterized in that the housing is formed of a metal material, and wherein the first electrode is fixed to the housing via an insulation member and is electrically separated from the housing and the second electrode is electrically connected to the housing.
Wear protection plate for a rotor blade root of a rotor blade of a gas turbine, in particular an aircraft gas turbine, the plate having a base and two side walls (24a, 24b) connected to the base, wherein the side walls (24a, 24b) face one another and are shaped such that they are substantially complementary to an outer contour of a relevant rotor blade root, and the wear protection plate being designed to be received, in the installed state, between the relevant rotor blade root and a rotor blade root receptacle of a rotor, in particular between the relevant rotor blade root and an axial securing element arranged in the rotor blade root receptacle, characterized in that the side walls (24a, 24b), at at least one of their respective axial ends, protrude in each case with a side end portion (30a, 30b) beyond an axial end region of the base in a direction corresponding to the axial direction of the gas turbine in the installed state, and in that a guide portion is connected to the axial end region of the base, which guide portion is curved, in the direction of the axial side end portions (30a, 30b) of the side walls (24a, 24b) starting from the base.
A thick film composition for use in low temperature co-fired ceramic circuits comprising, based on weight percent total thick film composition: (a) 30-98 weight percent finely divided particles selected from noble metals, alloys of noble metals and mixtures thereof, (b) 0.2-20 weight percent of one or more refractory glass compositions with a specific viscosity (log η) in the range or 6-7.6 at the maximum firing temperature of 800 to 950°C, wherein said refractory glass compositions comprise, based on weight percent total glass composition, 40-60% SiO 2, 10-20% Al 2 O 3, 10-15% B 2 O 3, 15-25% CaO, and 1-5% balance network modifying ions selected from ions of Ca, Ba, Ti, Fe, Mg, Na, K, and mixtures thereof; and 0.1-5 weight percent of an additional inorganic binder selected from (i) metal oxides; (ii) precursors of metal oxides; (iii) non-oxide borides; (iv) non-oxide silicides; and (v) mixtures thereof; dispersed in (c) organic medium. (a) 30-98 weight percent finely divided particles selected from noble metals, alloys of noble metals and mixtures thereof, (b) 0.2-20 weight percent of one or more refractory glass compositions with a specific viscosity (log η) in the range or 6-7.6 at the maximum firing temperature of 800 to 950°C, wherein said refractory glass compositions comprise, based on weight percent total glass composition, 40-60% SiO 2, 10-20% Al 2 O 3, 10-15% B 2 O 3, 15-25% CaO, and 1-5% balance network modifying ions selected from ions of Ca, Ba, Ti, Fe, Mg, Na, K, and mixtures thereof; and 0.1-5 weight percent of an additional inorganic binder selected from (i) metal oxides; (ii) precursors of metal oxides; (iii) non-oxide borides; (iv) non-oxide silicides; and (v) mixtures thereof; dispersed in (c) organic medium.
A Drum (202A, 202B) for a printing device for printing a sheet-shaped substrate, having a drum shell which can be driven in rotation about a longitudinal drum axis and has a shell surface to which at least one sheet-shaped substrate can be fixed, at least in certain regions, with a first fixing device for temporarily fixing a first substrate area of the sheet-shaped substrate to the drum shell, and with a vacuum fixing device for temporarily fixing a second substrate area of the sheet-shaped substrate to the drum shell by means of a vacuum, wherein the vacuum fixing device comprises at least one vacuum insert which is accommodated in a recess of the drum shell, which is mounted to slide along the shell surface concentrically with respect to the drum longitudinal axis between two stops, and temporarily provides a negative pressure on its side of the shell surface for fixing the second substrate region characterized in that the at least one vacuum insert is supported by a spring, and that the spring is configured to exert a restoring force on the vacuum insert in a direction opposite to the direction of rotation of the drum shell. having a drum shell which can be driven in rotation about a longitudinal drum axis and has a shell surface to which at least one sheet-shaped substrate can be fixed, at least in certain regions, with a first fixing device for temporarily fixing a first substrate area of the sheet-shaped substrate to the drum shell, and with a vacuum fixing device for temporarily fixing a second substrate area of the sheet-shaped substrate to the drum shell by means of a vacuum, wherein the vacuum fixing device comprises at least one vacuum insert which is accommodated in a recess of the drum shell, which is mounted to slide along the shell surface concentrically with respect to the drum longitudinal axis between two stops, and temporarily provides a negative pressure on its side of the shell surface for fixing the second substrate region characterized in that the at least one vacuum insert is supported by a spring, and that the spring is configured to exert a restoring force on the vacuum insert in a direction opposite to the direction of rotation of the drum shell.
A method for controlling at least two parameters or at least two objects using at least two capacity sensing user input elements respectively assigned to the at least two parameters or the at least two objects, where a simultaneous change of the at least two parameters or the at least two objects is selected by touching the input elements and initiated or continued by first operating and then releasing a single one of the input elements, the change of the at least two parameters or the at least two objects being continued after release of the single one input element, and where the change is stopped by touching the single one input element.
A method for producing a large-area, heatable floor covering, wherein the floor covering contains at least one screed layer in which is laid at least one pipeline for transporting a fluid, which comprises the steps of: a) forming a screed layer from a malleable or fluent, granular or liquid material, which has a surface profile having one or multiple grooves (10, 12, 13, 14); b) laying the pipeline in the grooves of the surface profile; and c) forming a sealing layer by covering the pipe with a sealing material, characterised in that, during application of the sealing layer, a fluid flows through the pipe for the purpose of stabilizing and cooling or heating the pipeline and/or that the surface profile is formed at least partially at the same time as the forming of the screed layer and/or is at least partially incorporated into the still malleable screed material after the forming of the screed layer. a) forming a screed layer from a malleable or fluent, granular or liquid material, which has a surface profile having one or multiple grooves (10, 12, 13, 14); b) laying the pipeline in the grooves of the surface profile; and c) forming a sealing layer by covering the pipe with a sealing material,
A method for gear skiving a workpiece, wherein: in a first step, the geometry of a tool, in particular of a skiving wheel, is measured for the machining of the workpiece in a state clamped in an apparatus for gear skiving machining; in a subsequent further step, machining kinematics are determined for the gear skiving in dependence on the measured geometry of the tool; and the absolute location of a cutting edge of the tool in the apparatus is determined in the first step, characterized in that the spatial extent of the cutting edge is additionally determined beside a determination of the location of the cutting edge in the first step, with both the axial location of the blade relative to the contact surface of the tool at the tool mount and the rotational position on the spindle being determined in the first step on the determination of the absolute location of the cutting edge of the tool. in a first step, the geometry of a tool, in particular of a skiving wheel, is measured for the machining of the workpiece in a state clamped in an apparatus for gear skiving machining; in a subsequent further step, machining kinematics are determined for the gear skiving in dependence on the measured geometry of the tool; and the absolute location of a cutting edge of the tool in the apparatus is determined in the first step, characterized in that the spatial extent of the cutting edge is additionally determined beside a determination of the location of the cutting edge in the first step, with both the axial location of the blade relative to the contact surface of the tool at the tool mount and the rotational position on the spindle being determined in the first step on the determination of the absolute location of the cutting edge of the tool.
An aerial cableway system, comprising at least two stations between which vehicles, in particular cars, can travel as they are pulled by a cable, wherein a boarding area for passengers to board the vehicles and a deboarding area for passengers to deboard the vehicles are provided in the stations, comprising a sensor which can be activated by a vehicle entering a station, and comprising a controller which can be activated by the sensor, characterised in that at least one delimited area arranged in the station and having a first and a second restrictor (9, 11), as seen in the direction of access towards the vehicle, is provided, in that the first restrictor for access to the delimited area is opened only when the second restrictor for leaving the delimited area is closed, and in that the second restrictor for leaving the delimited area is opened only when the first restrictor for access to the delimited area is closed.
A quilting machine comprising: a looper from which thread is provided to form stitches in a web; and an adjuster configured to provide a controlled length of the thread between the looper and a cutter of the quilting machine, the controlled length of the thread being sufficient to reduce a likelihood that the looper will become unthreaded after the thread has been cut with the cutter, the adjuster having a plurality of selectable positions including a first position, a second position, and a third position between the first position and the second position, the adjuster configured to, when moved from the first position to the second position: capture the thread at a point between the looper and a last formed stitch in the web, and pull a predetermined amount of thread from the looper, characterized by an actuator including a neutral state which is coupled to the adjuster, and a biasing mechanism configured to urge the adjuster to the third position when the actuator is in the neutral state. a looper from which thread is provided to form stitches in a web; and an adjuster configured to provide a controlled length of the thread between the looper and a cutter of the quilting machine, the controlled length of the thread being sufficient to reduce a likelihood that the looper will become unthreaded after the thread has been cut with the cutter, the adjuster having a plurality of selectable positions including a first position, a second position, and a third position between the first position and the second position, the adjuster configured to, when moved from the first position to the second position: capture the thread at a point between the looper and a last formed stitch in the web, and pull a predetermined amount of thread from the looper, characterized by capture the thread at a point between the looper and a last formed stitch in the web, and pull a predetermined amount of thread from the looper, characterized by an actuator including a neutral state which is coupled to the adjuster, and a biasing mechanism configured to urge the adjuster to the third position when the actuator is in the neutral state.
An automated fiber bending machine comprising: a heating source configured to emit a laser beam and heat one or more silica fibers; a beam deflection module configured to direct the laser beam to the one or more silica fibers; a robotic articulating arm assembly comprising: two independent arms (132, 134) each arm having a first end and a second end and rotating about an axis; a shaft configured to mount the second end of each arm and rotate the arms about the same axis; at least one servomotor (142, 144) attached to each arm (132, 134), each motor mounted with a spur gear (136, 138) configured to drive the arms; at least one gripper in each arm configured to hold the fiber in position; and a control system configured to direct the heat source to heat a bend portion of the fiber and to actuate the servomotors (142, 144) to displace the arms (132, 134) angularly and bend the fiber at the bend portion to a predetermined bend diameter. a heating source configured to emit a laser beam and heat one or more silica fibers; a beam deflection module configured to direct the laser beam to the one or more silica fibers; a robotic articulating arm assembly comprising: two independent arms (132, 134) each arm having a first end and a second end and rotating about an axis; a shaft configured to mount the second end of each arm and rotate the arms about the same axis; at least one servomotor (142, 144) attached to each arm (132, 134), each motor mounted with a spur gear (136, 138) configured to drive the arms; at least one gripper in each arm configured to hold the fiber in position; and two independent arms (132, 134) each arm having a first end and a second end and rotating about an axis; a shaft configured to mount the second end of each arm and rotate the arms about the same axis; at least one servomotor (142, 144) attached to each arm (132, 134), each motor mounted with a spur gear (136, 138) configured to drive the arms; at least one gripper in each arm configured to hold the fiber in position; and a control system configured to direct the heat source to heat a bend portion of the fiber and to actuate the servomotors (142, 144) to displace the arms (132, 134) angularly and bend the fiber at the bend portion to a predetermined bend diameter.
An isolated immunogenic peptide comprising three or more fused repeats of the amino acid sequence NQVYYRP (SEQ ID NO:15), wherein one or more of the repeats is present in an inverted orientation.
A weighing device configured to weigh articles of an article group accommodated in a container, the weighing device comprising: a gripping unit configured to grip a portion of the articles from the article group within the container; a weighing unit configured to measure a weight value of the articles gripped by the gripping unit; and a control unit configured to control operation of the gripping unit, wherein when a prescribed condition is fulfilled by at least one of an operating distance of the gripping unit and a weighing result from the weighing unit, the control unit configured to control operation of the gripping unit so as to return the articles gripped by the gripping unit to the container. a gripping unit configured to grip a portion of the articles from the article group within the container; a weighing unit configured to measure a weight value of the articles gripped by the gripping unit; and a control unit configured to control operation of the gripping unit, wherein when a prescribed condition is fulfilled by at least one of an operating distance of the gripping unit and a weighing result from the weighing unit, the control unit configured to control operation of the gripping unit so as to return the articles gripped by the gripping unit to the container.
Hot-extraction paper consisting substantially of cellulose and manufacturing adjuvants necessary for cellulose production, such as pH modifiers based on acids and/or bases, characterized in that the paper comprises exclusively cellulose having fibre lengths of at least 2.0 mm in length-weighted average, in particular of at least 2.5 mm in length-weighted average and the paper has isotropic stretching properties which are substantially equal in machine direction and cross directions and amount to at least 7.5%, in particular at least 8.5%.
A communication apparatus (101, 201) connectable to a communication network, comprising: notification means configured to notify the presence of the communication apparatus using a communication channel assigned to the communication apparatus among communication channels available for a wireless communication, wherein in a first period during which the notification means notifies the presence of the communication apparatus, the communication apparatus is capable of receiving a search signal from another communication apparatus and of sending to said another communication apparatus a search response signal in response to said search signal; search means configured to search for another communication apparatus by transmitting a search signal using a search channel, wherein the search channel is one of the communication channels available for a wireless communication; and control means configured to control such that the first period and a second period for the search means to search another apparatus are alternately repeated, wherein the control means is configured to control the search means so as to search another communication apparatus using a second communication channel as the search channel after executing a search of another communication apparatus using a first communication channel as the search channel, wherein the search channel used for a search by the search means is changed intermittently, and the control means is configured to control the notification means so that a length of the first period is random. notification means configured to notify the presence of the communication apparatus using a communication channel assigned to the communication apparatus among communication channels available for a wireless communication, wherein in a first period during which the notification means notifies the presence of the communication apparatus, the communication apparatus is capable of receiving a search signal from another communication apparatus and of sending to said another communication apparatus a search response signal in response to said search signal; search means configured to search for another communication apparatus by transmitting a search signal using a search channel, wherein the search channel is one of the communication channels available for a wireless communication; and control means configured to control such that the first period and a second period for the search means to search another apparatus are alternately repeated, wherein the control means is configured to control the search means so as to search another communication apparatus using a second communication channel as the search channel after executing a search of another communication apparatus using a first communication channel as the search channel, wherein the search channel used for a search by the search means is changed intermittently, and the control means is configured to control the notification means so that a length of the first period is random.