mhurhangee/ep-ind-claims huggingface dataset:
Circuit arrangement for operating an LED module (53, 113), comprising: - a DC voltage source (30, 89), - a first current source (35, 95), wherein the LED module (53, 113) comprises a plurality of serially connected LEDs (11 - 25), wherein the first current source (35, 95) is serially connected to all of the LEDs (11 - 25) of the LED module (53, 113), - a second current source (36, 96) being serially connected to a first sub-set (33, 93) of the LEDs (11 - 24) of the LED module (53, 113), wherein the LEDs (11 - 24) of the first sub-set (33, 93) are serially connected, and wherein the LED module (53, 113) comprises at least one LED, which is not part of the first sub-set (33, 93), and switching means for switching between a first state in which the first current source is operative and the second current source is not operative, and a second state in which the first current source is not operative and the second current source is operative, characterized in that the circuit arrangement further comprises sensing means being configured to sense a voltage drop across the entire LED module (53, 113) and a voltage drop across the first current source in the first state, or a voltage drop across the second current source in the second state, wherein the sensing means is designed to trigger the switching based on the sensed voltage drops, wherein in the second state, the at least one LED is bypassed. - a DC voltage source (30, 89), - a first current source (35, 95), wherein the LED module (53, 113) comprises a plurality of serially connected LEDs (11 - 25), wherein the first current source (35, 95) is serially connected to all of the LEDs (11 - 25) of the LED module (53, 113), - a second current source (36, 96) being serially connected to a first sub-set (33, 93) of the LEDs (11 - 24) of the LED module (53, 113), - a second current source (36, 96) being serially connected to a first sub-set (33, 93) of the LEDs (11 - 24) of the LED module (53, 113), wherein the LEDs (11 - 24) of the first sub-set (33, 93) are serially connected, and wherein the LED module (53, 113) comprises at least one LED, which is not part of the first sub-set (33, 93), and switching means for switching between a first state in which the first current source is operative and the second current source is not operative, and a second state in which the first current source is not operative and the second current source is operative, characterized in that the circuit arrangement further comprises sensing means being configured to sense a voltage drop across the entire LED module (53, 113) and a voltage drop across the first current source in the first state, or a voltage drop across the second current source in the second state, wherein the sensing means is designed to trigger the switching based on the sensed voltage drops, wherein in the second state, the at least one LED is bypassed.
A control valve assembly comprising: an inlet for receiving compressed air from a supply line; an outlet for supplying compressed air to a transfer line; and a control valve for selectively placing the inlet in fluid communication with the outlet; characterised in that the control valve assembly is configured to be removably disposed in a wheel hub; wherein the control valve assembly comprises securing means for releasably securing the control valve assembly to the wheel hub and the control valve is a pneumatically actuated latching control valve. an inlet for receiving compressed air from a supply line; an outlet for supplying compressed air to a transfer line; and a control valve for selectively placing the inlet in fluid communication with the outlet; characterised in that the control valve assembly is configured to be removably disposed in a wheel hub; wherein the control valve assembly comprises securing means for releasably securing the control valve assembly to the wheel hub and the control valve is a pneumatically actuated latching control valve.
A manual pulling instrument comprising: an expandable and compressible bellows which is configured to generate by expansion and compression an airflow flowing towards reeds, and a flow control comprising a valve arrangement which is arranged to control the flow towards reeds to be fed with the airflow according to a music, and a flow rectification arrangement which is arranged to effect the same direction of flow towards reeds when the bellows is expanded and when the bellows is compressed; wherein the valve arrangement comprises a number of reed valves (4a1, 4a2,... 4a16), each of which controlling a flow towards an individual reed or at best a few reeds to be fed jointly with the airflow according to a sound, and wherein the flow rectification arrangement comprises a number of valves for the airflow rectification (4b1, 4b2, 4b3, 4b4), wherein the number of reed valves (4a1, 4a2,... 4a16) is greater than the number of valves for airflow rectification (4b1, 4b2, 4b3, 4b4), and wherein a group of valves for airflow rectification is assigned in such a way to a larger group of reed valves for the joint rectification of the airflow therethrough that the airflow through the entirety of all reed valves of the group is jointly rectified; characterized in that the reed valves (4a1, 4a2,... 4a16) are current-actuated and a plurality of current-actuated reed valves is jointly arranged in a valve block, and wherein the reeds and/or the valve block are/is formed with fiber-reinforced plastics, in particular carbon fiber materials. an expandable and compressible bellows which is configured to generate by expansion and compression an airflow flowing towards reeds, and a flow control comprising a valve arrangement which is arranged to control the flow towards reeds to be fed with the airflow according to a music, and a flow rectification arrangement which is arranged to effect the same direction of flow towards reeds when the bellows is expanded and when the bellows is compressed; wherein the valve arrangement comprises a number of reed valves (4a1, 4a2,... 4a16), each of which controlling a flow towards an individual reed or at best a few reeds to be fed jointly with the airflow according to a sound, and wherein the flow rectification arrangement comprises a number of valves for the airflow rectification (4b1, 4b2, 4b3, 4b4), wherein the number of reed valves (4a1, 4a2,... 4a16) is greater than the number of valves for airflow rectification (4b1, 4b2, 4b3, 4b4), and wherein a group of valves for airflow rectification is assigned in such a way to a larger group of reed valves for the joint rectification of the airflow therethrough that the airflow through the entirety of all reed valves of the group is jointly rectified; characterized in that the reed valves (4a1, 4a2,... 4a16) are current-actuated and a plurality of current-actuated reed valves is jointly arranged in a valve block, and wherein the reeds and/or the valve block are/is formed with fiber-reinforced plastics, in particular carbon fiber materials.
Household appliance with a control facility and a touch-sensitive operating facility, wherein the household appliance has at least one sensor (2,3,4,5,6), with which it is possible to measure at least one property of an external input unit, which touches the operating facility or is located at a distance x therefrom, where x is less than a predefined maximum distance x max, wherein the control facility is configured to evaluate the at least one measured property with regard to the kind and the state of the external input unit and to control the household appliance as a function of the kind and state of the external input unit, wherein the state corresponds to the individual state of a user of the household appliance, wherein the external input unit is a human body, a part of a human body or an elongated input object guided by a human body part.
A tool intended for raising a vehicle relative to a reference plane on which the vehicle is intended to move, the tool being formed by a single-piece part having a branch extending essentially along a main axis, intended to be placed between the vehicle and the reference plane and to be operated by an operator substantially in a rotational movement about the main axis of the branch, in a section of the branch at right angles to the main axis and extending along the main axis, two overall distances D1 and D2 are defined that are angularly offset from one another, the first distance D1 being less than the second distance D2, the distance D1 being intended to be less than a distance D that can separate the vehicle from the reference plane and the distance D2 being intended to be greater than the distance D, the tool comprising a handle that can be dismantled from the branch and that makes it possible, in a mounted position, to rotate the branch about its main axis, characterized in that the handle and the branch comprise magnetic elements (40, 41, 42, 43) cooperating with one another to maintain the handle and the branch in a dismantled position.
A system for an aircraft comprising: a titanium bottle section of an inner fixed structure of a fan duct, wherein the titanium bottle section includes at least two sections configured to house an engine; and at least one bifurcation panel of the inner fixed structure of the fan duct, wherein the at least one bifurcation panel is coupled to the bottle section, wherein the at least one bifurcation panel includes a material that is different from titanium, characterised in that the system further comprises: at least one v-blade configured to couple the bottle section and the engine at a forward end of the engine. a titanium bottle section of an inner fixed structure of a fan duct, wherein the titanium bottle section includes at least two sections configured to house an engine; and at least one bifurcation panel of the inner fixed structure of the fan duct, wherein the at least one bifurcation panel is coupled to the bottle section, wherein the at least one bifurcation panel includes a material that is different from titanium, characterised in that the system further comprises: at least one v-blade configured to couple the bottle section and the engine at a forward end of the engine.
A cutting system to cut wood panels or the like, the system comprising a machine to cut wood panels or the like comprising, in turn, a support structure defining a substantially horizontal support surface for the panels; a cutting station; a feeding device to feed the panels along the support surface and through the cutting station in a first direction; and a cutting device, which is mounted in the cutting station so as to move in a second direction, that is transverse to the first direction, and perform the cut of the panels; and being characterised in that it comprises, furthermore, at least one pick and place assembly, which is mounted under the support surface, extends through the support surface, projects above the support surface, and is mobile in the second direction so as to move the panels on the support surface in the second direction itself.
An air-conditioning apparatus comprising: a heat medium circulating device that connects a plurality of heat medium feeding devices circulating a heat medium related to heating or cooling by heating or cooling means and a plurality of use side heat exchangers (26a to 26d) exchanging heat between air which is heat exchange target and the heat medium by piping to constitute a heat medium circulation circuit, and a control device, characterized in that the control device is configured such that it selects a use side heat exchanger (26a to 26d) absorbing heat into the heat medium and a use side heat exchanger (26a to 26d) emitting heat from the heat medium and controls to circulate the heat medium through both of the absorbing use side heat exchanger (26a to 26d) and the emitting use side heat exchanger (26a to 26d), when determining that the heating or cooling means cannot perform heating or cooling using the heat medium. a heat medium circulating device that connects a plurality of heat medium feeding devices circulating a heat medium related to heating or cooling by heating or cooling means and a plurality of use side heat exchangers (26a to 26d) exchanging heat between air which is heat exchange target and the heat medium by piping to constitute a heat medium circulation circuit, and a control device, characterized in that the control device is configured such that it selects a use side heat exchanger (26a to 26d) absorbing heat into the heat medium and a use side heat exchanger (26a to 26d) emitting heat from the heat medium and controls to circulate the heat medium through both of the absorbing use side heat exchanger (26a to 26d) and the emitting use side heat exchanger (26a to 26d), when determining that the heating or cooling means cannot perform heating or cooling using the heat medium.
Use of a continuous hydrogenated or non-hydrogenated amorphous silicon layer for the attaching of a probe, in an analysis method chosen from among a method for following up biochemical synthesis, a method for detecting molecules, a method for detecting an interaction between molecules and a molecular screening method, by fluorescence and/or by surface plasmon resonance, wherein said layer has a thickness less than 200 nm.
An electrical assembly, configured to form an electromagnetic shield for an electrical equipment comprising electrical components, comprising: - a housing; - a cover closing said housing such that the housing and the cover are configured to house the electrical components; - mechanical fixing elements configured to attach the cover together with outer walls of the housing; the housing, the cover, and the mechanical fixing elements being made of an electrically conductive material, the mechanical fixing elements being adapted to realize an electrical connection between the housing and the cover, - at least one indent arranged either on a face of the cover facing the housing or on an upper edge of the outer walls of the housing facing the cover, the at least one indent being configured to ensure an additional electrical connection between the cover and the housing and being located at a distance from at least one of the mechanical fixing elements characterized in that the at least one indent is located between two consecutive mechanical fixing elements of the mechanical fixing elements. - a housing; - a cover closing said housing such that the housing and the cover are configured to house the electrical components; - mechanical fixing elements configured to attach the cover together with outer walls of the housing; the housing, the cover, and the mechanical fixing elements being made of an electrically conductive material, the mechanical fixing elements being adapted to realize an electrical connection between the housing and the cover, - at least one indent arranged either on a face of the cover facing the housing or on an upper edge of the outer walls of the housing facing the cover, the at least one indent being configured to ensure an additional electrical connection between the cover and the housing and being located at a distance from at least one of the mechanical fixing elements
An ionization gauge comprising an anode having a rod shape, and a cathode including a cathode plate including a through hole through which the anode extends, a discharge space being defined by the anode and the cathode, characterized in that a shape of the through hole on a section along an axial direction of the anode includes at least two concave portions each sandwiched between two convex portions. a discharge space being defined by the anode and the cathode, characterized in that a shape of the through hole on a section along an axial direction of the anode includes at least two concave portions each sandwiched between two convex portions.
An aqueous binder composition comprising (i) water, (ii) at least one sequestrant which forms a complex with one or more multivalent cations, (iii) at least one carbohydrate, (iv) at least one polymeric binder reactant and further (v) a reaction product of a urea compound and an aldehyde-containing compound. (i) water, (ii) at least one sequestrant which forms a complex with one or more multivalent cations, (iii) at least one carbohydrate, (iv) at least one polymeric binder reactant and further (v) a reaction product of a urea compound and an aldehyde-containing compound.
A flow classification method, comprising: classifying multiple rules in a rule set to obtain one or more rule subsets according to one or more selected characteristics; performing hash storage according to each classified rule subset; and during rule lookup, performing hash lookup in each of hash storage units in a storage array according to hash key values of the rules, characterized in that, the storage array comprises a plurality of hash storage units in rows and a plurality of hash storage units in columns, and wherein performing hash lookup comprises performing serial pipeline lookup on the hash storage units of each row and performing parallel lookup on the hash storage units of each column, wherein the rules in the rule set are formed by one or more characteristics, and each characteristic is represented by a characteristic value; and wherein classifying the multiple rules in the rule set to obtain the one or more rule subsets according to the one or more selected characteristics comprises: for a first characteristic or first group of characteristics in the rule set, selecting and combining all rules with different characteristic values into a first type of rule subset, wherein the first characteristic or the first group of characteristics supports a hash lookup manner. classifying multiple rules in a rule set to obtain one or more rule subsets according to one or more selected characteristics; performing hash storage according to each classified rule subset; and during rule lookup, performing hash lookup in each of hash storage units in a storage array according to hash key values of the rules, characterized in that, the storage array comprises a plurality of hash storage units in rows and a plurality of hash storage units in columns, and wherein performing hash lookup comprises performing serial pipeline lookup on the hash storage units of each row and performing parallel lookup on the hash storage units of each column, wherein the rules in the rule set are formed by one or more characteristics, and each characteristic is represented by a characteristic value; and wherein classifying the multiple rules in the rule set to obtain the one or more rule subsets according to the one or more selected characteristics comprises: for a first characteristic or first group of characteristics in the rule set, selecting and combining all rules with different characteristic values into a first type of rule subset, wherein the first characteristic or the first group of characteristics supports a hash lookup manner.
Design system for assisting with the design of a kitchen layout and comprising: - a plurality of objects for representing on a reduced scale, a plurality of layout elements of said kitchen, said objects all being on one same reduced scale with respect to the layout elements; - a support comprising a surface of which at least one portion is capable of supporting said objects; - position determining means, said objects and said position determining means being configured such that the latter is capable of determining a position for each of the objects placed on said portion; - conversion means for converting position information of the objects placed on said portion in position information in said kitchen of the layout elements represented by said objects; - layout determination means for determining a project for arranging said kitchen based on the position information of the layout elements in said kitchen obtained by said conversion means and based on at least one technical constraint of a kitchen layout, the layout determination means being capable of modifying the position and/or the orientation of the layout means provided by the position information coming from the conversion means in order to satisfy the at least one technical constraint; and - an outputting means to provide information on said layout project of said kitchen determined by said layout determination means; said layout project and said information on said layout project comprising a plan indicating a position in said kitchen of the layout elements and/or a list of layout elements. - a plurality of objects for representing on a reduced scale, a plurality of layout elements of said kitchen, said objects all being on one same reduced scale with respect to the layout elements; - a support comprising a surface of which at least one portion is capable of supporting said objects; - position determining means, said objects and said position determining means being configured such that the latter is capable of determining a position for each of the objects placed on said portion; - conversion means for converting position information of the objects placed on said portion in position information in said kitchen of the layout elements represented by said objects; - layout determination means for determining a project for arranging said kitchen based on the position information of the layout elements in said kitchen obtained by said conversion means and based on at least one technical constraint of a kitchen layout, the layout determination means being capable of modifying the position and/or the orientation of the layout means provided by the position information coming from the conversion means in order to satisfy the at least one technical constraint; and - an outputting means to provide information on said layout project of said kitchen determined by said layout determination means;
A nacelle housing of a nacelle of a wind turbine, comprising: - a ventilation opening of a cooling system of the wind turbine, - a cover closing the ventilation opening, the cover being configured to allow an airflow through the cover and the ventilation opening, and - a service hatch for hoisting a load into or out of the nacelle housing, wherein the service hatch is provided by the ventilation opening and the cover, wherein the cover is configured as a service door of the service hatch that can be opened to allow the hoisting of a load through the ventilation opening into or out of the nacelle housing, characterized in that the service door comprises a grating, a grille or plural openings to allow the airflow through the service door and the ventilation opening when the service door is closed. - a ventilation opening of a cooling system of the wind turbine, - a cover closing the ventilation opening, the cover being configured to allow an airflow through the cover and the ventilation opening, and - a service hatch for hoisting a load into or out of the nacelle housing, wherein the service hatch is provided by the ventilation opening and the cover, wherein the cover is configured as a service door of the service hatch that can be opened to allow the hoisting of a load through the ventilation opening into or out of the nacelle housing, characterized in that the service door comprises a grating, a grille or plural openings to allow the airflow through the service door and the ventilation opening when the service door is closed.