mhurhangee/ep-ind-claims huggingface dataset:
A combination stencil printer and dispenser for depositing viscous material on a substrate, the combination stencil printer and dispenser comprising: a frame; a stencil coupled to the frame; a substrate support coupled to the frame to support a substrate in a print position; a print head coupled to the frame to deposit and print viscous material over the stencil, the print head being configured to move across the stencil; a cleaning assembly coupled to the frame to wipe excess viscous material from a bottom surface of the stencil, the cleaning assembly including a wiper assembly and a movement mechanism coupled to the frame and the wiper assembly to move the wiper assembly across the stencil in a first direction, characterized by a dispenser coupled to the cleaning assembly to dispense viscous material on the substrate when the substrate is in the print position. a frame; a stencil coupled to the frame; a substrate support coupled to the frame to support a substrate in a print position; a print head coupled to the frame to deposit and print viscous material over the stencil, the print head being configured to move across the stencil; a cleaning assembly coupled to the frame to wipe excess viscous material from a bottom surface of the stencil, the cleaning assembly including a wiper assembly and a movement mechanism coupled to the frame and the wiper assembly to move the wiper assembly across the stencil in a first direction, characterized by a dispenser coupled to the cleaning assembly to dispense viscous material on the substrate when the substrate is in the print position.
An aqueous dishwashing composition comprising: a) 0.01 to 20% by weight alkene amide; b) 0.01 to 20% by weight glycol ether of formula: R 1 O(R 2 O) n R 3; where, - R 1 is a linear or branched alkyl or phenyl group having 1 to 8 carbon atoms; - R 2 is ethyl or isopropyl; - n is 1,2,3; - R 3 is hydrogen or a linear or branched alkyl or phenyl group having 1 to 10 carbon atoms; c) 0.1 to 50% by weight surfactant; and d) 20 to 90% by weight water. a) 0.01 to 20% by weight alkene amide; b) 0.01 to 20% by weight glycol ether of formula: R 1 O(R 2 O) n R 3; where, - R 1 is a linear or branched alkyl or phenyl group having 1 to 8 carbon atoms; - R 2 is ethyl or isopropyl; - n is 1,2,3; - R 3 is hydrogen or a linear or branched alkyl or phenyl group having 1 to 10 carbon atoms; - R 1 is a linear or branched alkyl or phenyl group having 1 to 8 carbon atoms; - R 2 is ethyl or isopropyl; - n is 1,2,3; - R 3 is hydrogen or a linear or branched alkyl or phenyl group having 1 to 10 carbon atoms; c) 0.1 to 50% by weight surfactant; and d) 20 to 90% by weight water.
Valve in a high-pressure pump of a fuel injection system having a magnetic actuator, which has a magnet coil, a magnet armature that can perform a stroke motion, and a pole core, wherein the magnet armature and the pole core together delimit a working air gap, and the magnet armature can come into contact at least indirectly with the pole core, wherein the valve also has a valve element which can be moved between an open position and a closed position, and which is at least indirectly in mechanical contact with the magnet armature, wherein a separate magnet armature insert arranged in the magnet armature and/or a separate pole core insert arranged in the pole core is/are provided in the region of contact of the magnet armature with the pole core, via which insert/s the magnet armature comes into contact with the pole core, wherein the magnet armature insert is introduced into a first recess in the magnet armature, said recess facing the pole core, and/or that the pole core insert is introduced into a third recess in the pole core, said recess facing the magnet armature, and the valve is characterized in that the magnet armature insert has a first collar on the side facing the pole core, said collar projecting in an axial direction from the surface of the magnet armature which faces the pole core and/or having a first enlarged outside diameter in comparison with the outside diameter of the magnet armature insert in the remaining region thereof, wherein the pole core insert has a second collar on the side facing the magnet armature, said collar projecting in an axial direction from the surface of the pole core which faces the magnet armature and/or having a second enlarged outside diameter in comparison with the outside diameter of the pole core insert in the remaining region thereof.
A method for forming fence conductors in a semiconductor integrated circuit die, said method comprising the steps of: depositing a first dielectric on a face of a semiconductor substrate having a predefined thickness; creating at least one trench in the first dielectric having a depth less than said thickness of the first dielectric; depositing a conductive film on the first dielectric including walls and a bottom of the at least one trench; removing portions of the conductive film from a face of the first dielectric and the bottom of the at least one trench, wherein only the conductive film remains on the walls of the at least one trench; depositing a second dielectric between the conductive film on the walls of the at least one trench; and removing a portion of the second dielectric to expose top portions of the conductive film on the walls of the at least one trench. depositing a first dielectric on a face of a semiconductor substrate having a predefined thickness; creating at least one trench in the first dielectric having a depth less than said thickness of the first dielectric; depositing a conductive film on the first dielectric including walls and a bottom of the at least one trench; removing portions of the conductive film from a face of the first dielectric and the bottom of the at least one trench, wherein only the conductive film remains on the walls of the at least one trench; depositing a second dielectric between the conductive film on the walls of the at least one trench; and removing a portion of the second dielectric to expose top portions of the conductive film on the walls of the at least one trench.
A solenoid valve assembly adapted to control product flow through a dispensing system, the solenoid valve assembly comprising: a stopper and a plunger, disposed within a housing; wherein the plunger has a first surface, and the stopper has a second surface, characterised in that said first and second surfaces are facing each other, and when the solenoid valve is activated during use said first and second surfaces are in contact with each other; and wherein a portion of the plunger and/or stopper are non-planer such that at least one flow pathway is provided on at least one of the said first and second surfaces when the first and second axial surfaces are in contact with one another. a stopper and a plunger, disposed within a housing; wherein the plunger has a first surface, and the stopper has a second surface, characterised in that said first and second surfaces are facing each other, and when the solenoid valve is activated during use said first and second surfaces are in contact with each other; and wherein a portion of the plunger and/or stopper are non-planer such that at least one flow pathway is provided on at least one of the said first and second surfaces when the first and second axial surfaces are in contact with one another.
A mobile communication method comprising: a step A of a mobile station transmitting (S1002, S1008) a connection setup request signal containing a radio access capability of the mobile station to a network device of a first communication scheme, upon detecting a predetermined trigger while camping on in a cell of the first communication scheme; a step B of the network device of the first communication scheme transmitting (S1004, S1010) an instruction signal to the mobile station in a case where the radio access capability of the mobile station is contained in the received connection setup request signal; the instruction signal instructing the mobile station to make an attempt to set up a connection in a cell of a second communication scheme; and a step C of the mobile station setting up the connection in the cell of the second communication scheme in response to the received instruction signal, wherein in the step A, the mobile station transmits a connection setup request signal not containing said radio access capability of the mobile station in a case where the mobile station detects the predetermined trigger but either the attempt to setup the connection in the cell of the second communication scheme has been made a predetermined number of times or more within a predetermined period of time, or access to the cell of the second communication scheme is restricted. a step A of a mobile station transmitting (S1002, S1008) a connection setup request signal containing a radio access capability of the mobile station to a network device of a first communication scheme, upon detecting a predetermined trigger while camping on in a cell of the first communication scheme; a step B of the network device of the first communication scheme transmitting (S1004, S1010) an instruction signal to the mobile station in a case where the radio access capability of the mobile station is contained in the received connection setup request signal; the instruction signal instructing the mobile station to make an attempt to set up a connection in a cell of a second communication scheme; and a step C of the mobile station setting up the connection in the cell of the second communication scheme in response to the received instruction signal, wherein in the step A, the mobile station transmits a connection setup request signal not containing said radio access capability of the mobile station in a case where the mobile station detects the predetermined trigger but either the attempt to setup the connection in the cell of the second communication scheme has been made a predetermined number of times or more within a predetermined period of time, or access to the cell of the second communication scheme is restricted.
A bun handling system, comprising: a cassette comprising opposed side walls, a front wall, an open rear face opposite the front wall, and a floor between the opposed side walls; wherein a cover extends between the opposed side walls above the floor, wherein the cover is movable relative to the opposed side walls and the floor; and characterised in that a slot is defined through the floor from the open rear face in a direction towards the front wall. a cassette comprising opposed side walls, a front wall, an open rear face opposite the front wall, and a floor between the opposed side walls; wherein a cover extends between the opposed side walls above the floor, wherein the cover is movable relative to the opposed side walls and the floor; and characterised in that a slot is defined through the floor from the open rear face in a direction towards the front wall.
A method for planning and/or controlling an energy delivery to a consumer and/or an energy feed into an energy distribution network, wherein first messages with respect to expected present and/or planned rates and/or network utilizations, and also with respect to a value for probability of the occurrence of the relevant rates and/or network utilizations are created and sent by a first energy supplier, wherein second messages with respect to expected present and/or planned rates and/or network utilizations, and also with respect to a value for a probability of the occurrence of the relevant rates and/or network utilizations are created and sent by a second energy supplier, wherein the first and second messages are received by a first control unit, wherein the energy demand of a consumer connected to a controllable switching device and a timeframe for covering this energy demand are communicated to the first control unit, wherein the first control unit ascertains a time plan for the energy delivery to the consumer on the basis of the first messages and/or the second messages, and the switching device is interconnected within the predefined timeframe according to the ascertained time plan.
Package for a food product, in particular for a confectionery hollow body, in particular in egg form, with a curved envelope consisting of two split shells, made of preformed thin metal foil, the split shells of which form a hollow interior for accommodating the product, and the split shells are connected to one another at their adjoining edges at a dividing plane, branching outwards from at least one of the split shells from the edge is a tear tab which is formed in a single piece with the metal foil of the split shell, characterized in that the tear tab of metal foil itself forms the only tearing means for forming a tear line which extends inwards from the tear tab across the joint of the split shells, the tear tab being configured such that when it is grasped by a user with the fingers and pulled across the edges, it tears the envelope at its transition point from the tear tab to the curved envelope, and a tear strip is formed by means of which the envelope is torn open, wherein at least one tearing formation is provided in the region of the transition point from the tear tab to the connecting edge.
A perfusion system for the perfusion of an organ, the system comprising: a perfusion fluid circuit for circulating perfusion fluid through the organ; oxygenation means for adding oxygen into the perfusion fluid; an oxygen supply arranged to supply oxygen to the oxygenation means, wherein the oxygen supply comprises an oxygen concentrator, the oxygen concentrator comprising an inlet arranged to receive gas in the form of air, and nitrogen extraction means arranged to extract nitrogen from the gas thereby to increase the oxygen concentration of the gas; an air supply arranged to supply air to the oxygenation means whereby the oxygenation means can extract carbon dioxide from the perfusion fluid; carbon dioxide measuring means arranged to measure the carbon dioxide content in the perfusion fluid; an air control valve arranged to control the flow rate of air from the air supply to the oxygenation means; an oxygen control valve arranged to control the flow rate of oxygen from the oxygen concentrator to the oxygenation means; oxygen measuring means arranged to measure the oxygen content in the perfusion fluid; and control means arranged to monitor the measured oxygen content and to control the oxygen control valve in response to the measured oxygen content thereby to maintain the oxygen content within a target range, and to monitor the measured carbon dioxide content and to control the air control valve in response to the measured carbon dioxide content thereby to maintain the carbon dioxide content within a target range.
Sample-and-hold circuit comprising a plurality of sample-and-hold branches arranged in parallel and each comprising a buffer and a sample-and-hold block comprising one or more sample-and-hold cells wherein said sample-and-hold circuit further comprises a clock and timing circuit arranged for setting for each sample-and-hold block an adaptable time delay to be applied to the sample-and-hold block before the sampling operation is enabled and for setting for each sample-and-hold block an adaptable sampling phase indicating when within a sampling clock period the sampling actually occurs, whereby the time delay of at least one sample-and-hold block can be set to a value bigger than one sampling clock period, characterized in that said clock and timing circuit is also arranged for adapting a sampling frequency applied in said sample-and-hold block of a sample-and-hold branch of said plurality. a clock and timing circuit arranged for setting for each sample-and-hold block an adaptable time delay to be applied to the sample-and-hold block before the sampling operation is enabled and for setting for each sample-and-hold block an adaptable sampling phase indicating when within a sampling clock period the sampling actually occurs, whereby the time delay of at least one sample-and-hold block can be set to a value bigger than one sampling clock period, characterized in that said clock and timing circuit is also arranged for adapting a sampling frequency applied in said sample-and-hold block of a sample-and-hold branch of said plurality.
An exhaust gas purification apparatus for an internal combustion engine comprising: an NOx selective catalytic reduction catalyst that is arranged in an exhaust passage of the internal combustion engine and selectively reduces NOx in an exhaust gas by using ammonia as a reducing agent; an addition valve that is arranged in said exhaust passage at the upstream side of said NOx selective catalytic reduction catalyst and adds ammonia or a precursor of ammonia into the exhaust gas; a temperature acquisition device configured to acquire a temperature of said NOx selective catalytic reduction catalyst; an air fuel ratio acquisition device configured to acquire an air fuel ratio of the exhaust gas flowing into said NOx selective catalytic reduction catalyst; characterized in that a control device is configured to make an amount of ammonia or the precursor of ammonia to be added into the exhaust gas from said addition valve larger, when the air fuel ratio acquired by said air fuel ratio acquisition device is small, than when it is large, in cases where the temperature acquired by said temperature acquisition device is equal to or higher than a predetermined temperature at which ammonia is oxidized. an NOx selective catalytic reduction catalyst that is arranged in an exhaust passage of the internal combustion engine and selectively reduces NOx in an exhaust gas by using ammonia as a reducing agent; an addition valve that is arranged in said exhaust passage at the upstream side of said NOx selective catalytic reduction catalyst and adds ammonia or a precursor of ammonia into the exhaust gas; a temperature acquisition device configured to acquire a temperature of said NOx selective catalytic reduction catalyst; an air fuel ratio acquisition device configured to acquire an air fuel ratio of the exhaust gas flowing into said NOx selective catalytic reduction catalyst; characterized in that a control device is configured to make an amount of ammonia or the precursor of ammonia to be added into the exhaust gas from said addition valve larger, when the air fuel ratio acquired by said air fuel ratio acquisition device is small, than when it is large, in cases where the temperature acquired by said temperature acquisition device is equal to or higher than a predetermined temperature at which ammonia is oxidized.
A method comprising: presenting first process-related information to an operator at a mobile extension, the mobile extension associated with an operator console that displays information associated with an industrial process and with a control system associated with the industrial process; and receiving second process-related information from the operator at the mobile extension for the control system; receiving state information from the operator console at the mobile extension, the state information associated with operations of the operator console; moving the mobile extension away from its associated operator console; characterized in that; providing an indication at the operator console whether the mobile extension is currently in use and limiting the types of commands that can be invoked by a local user at the operator console; identifying distance of the mobile extension from the operator console; providing the distance information and updated activity information of the mobile extension to the operator console, wherein at least part of the first process-related information that is presented to the operator at the mobile extension or at least part of the second process-related information that is received from the operator is based on a location of the mobile extension, and wherein the location of the mobile extension is defined as a distance of the mobile extension from the operator console. presenting first process-related information to an operator at a mobile extension, the mobile extension associated with an operator console that displays information associated with an industrial process and with a control system associated with the industrial process; and receiving second process-related information from the operator at the mobile extension for the control system; receiving state information from the operator console at the mobile extension, the state information associated with operations of the operator console; moving the mobile extension away from its associated operator console; characterized in that; providing an indication at the operator console whether the mobile extension is currently in use and limiting the types of commands that can be invoked by a local user at the operator console; identifying distance of the mobile extension from the operator console; providing the distance information and updated activity information of the mobile extension to the operator console, wherein at least part of the first process-related information that is presented to the operator at the mobile extension or at least part of the second process-related information that is received from the operator is based on a location of the mobile extension, and wherein the location of the mobile extension is defined as a distance of the mobile extension from the operator console.
A diamond grit bur for cutting enamel fabricated using a metal blank where the tip of the metal blank starts from a point and widens with a first angle from 40 to 80 degrees, where this first angle extends for a length of 0.25 mm to 0.6 mm, where the first angle changes to a second angle, where the second angle is from 25 degrees to 40 degrees, where this second angle extends until the metal blank has a diameter of 0.8 mm to 1.2 mm, where the sides of the blank become parallel and where this metal blank is then coated with diamond grit.
A method of making a wall in soil, the method comprising at least the following succession of steps: · forming a trench (14, 14') in the soil; · filling said trench (14, 14') with a self-hardening material; · supplying at least one prefabricated element (241, 242, 241') comprising two plates (26a, 26b) connected together by connection means; and positioning said prefabricated element (241, 242, 241') in said trench (14, 14') filled with said self-hardening material. · forming a trench (14, 14') in the soil; · filling said trench (14, 14') with a self-hardening material; · supplying at least one prefabricated element (241, 242, 241') comprising two plates (26a, 26b) connected together by connection means; and positioning said prefabricated element (241, 242, 241') in said trench (14, 14') filled with said self-hardening material.