mhurhangee/ep-ind-claims huggingface dataset:
Control system of an electro-hydraulic open center control valve for operating a hydraulic actuator of an organ (A, B) of a work or agricultural vehicle, powered by a pump, the control system comprising - a control lever of the organ configured to generate a first signal proportional to a position of the control lever, - processing means (CPU, AMP) configured to generate a control signal of the control valve, proportionally to said first signal, - wherein the processing means (CPU, AMP) are configured to detect the overcoming of a predetermined position of the control lever of the organ and consequently to increase the control signal and then to set a positive offset to the control signal, as long as the position of the control lever of the organ exceeds said predetermined position, characterized in that, the control system comprises detection means configured to detect a movement of said hydraulic actuator as a result of the application of said control signal, wherein the processing means are operatively connected with said detection means and configured to measure a control signal value (Offset) at a starting of a movement of said hydraulic actuator and then to set the positive offset approximately equal to said control signal value (Offset). - a control lever of the organ configured to generate a first signal proportional to a position of the control lever, - processing means (CPU, AMP) configured to generate a control signal of the control valve, proportionally to said first signal, - wherein the processing means (CPU, AMP) are configured to detect the overcoming of a predetermined position of the control lever of the organ and consequently to increase the control signal and then to set a positive offset to the control signal, as long as the position of the control lever of the organ exceeds said predetermined position, characterized in that, the control system comprises detection means configured to detect a movement of said hydraulic actuator as a result of the application of said control signal, wherein the processing means are operatively connected with said detection means and configured to measure a control signal value (Offset) at a starting of a movement of said hydraulic actuator and then to set the positive offset approximately equal to said control signal value (Offset).
Method for producing an automotive structural part comprising a lowerside sill extending between a rear end and a front end and a lower front pillar extending substantially perpendicularly from the front end of the lowerside sill, characterized in that the method comprising the steps of: - providing an inner structural part blank having a L-shape and an outer structural part blank having a L-shape, said inner and outer structural part blanks being substantially planar, - hot stamping the inner structural part blank to form an inner automotive structural part having an inner lowerside sill part and an inner lower front pillar part made of a single part with the inner lowerside sill part, - hot stamping the outer structural part blank to form an outer automotive structural part having an outer lowerside sill part and an outer lower front pillar part made of a single part with the outer lowerside sill part, - assembling the inner automotive structural part and the outer automotive structural part to form the automotive structural part. - providing an inner structural part blank having a L-shape and an outer structural part blank having a L-shape, said inner and outer structural part blanks being substantially planar, - hot stamping the inner structural part blank to form an inner automotive structural part having an inner lowerside sill part and an inner lower front pillar part made of a single part with the inner lowerside sill part, - hot stamping the outer structural part blank to form an outer automotive structural part having an outer lowerside sill part and an outer lower front pillar part made of a single part with the outer lowerside sill part, - assembling the inner automotive structural part and the outer automotive structural part to form the automotive structural part.
A nebulizer mesh which is used, in a nebulizer for atomizing and nebulizing liquid, for atomizing the liquid, and has plural through holes, each of the through holes forming a cylindrical space portion on one surface side of the nebulizer mesh and forming an opening of the other surface side with gradually increasing the hole diameter from the cylindrical space portion of one surface side, characterized in that: - the nebulizer mesh is composed of a material comprising platinum as a main component, the content of platinum contained in said material is 50% by mass or more, - a thickness of the nebulizer mesh is from 10μm to 30μm, - the cylindrical space portion has a height of from 1μm to 8μm, - the cylindrical space portion has a diameter of from 2μm to 4μm, - particles nebulized from the nebulizer mesh has an average particle diameter of from 4μm to 5μm. - the nebulizer mesh is composed of a material comprising platinum as a main component, the content of platinum contained in said material is 50% by mass or more, - a thickness of the nebulizer mesh is from 10μm to 30μm, - the cylindrical space portion has a height of from 1μm to 8μm, - the cylindrical space portion has a diameter of from 2μm to 4μm, - particles nebulized from the nebulizer mesh has an average particle diameter of from 4μm to 5μm.
A method for operating a network system with at least one client device (4.1, 4.2), at least one management device and at least one printing device, - providing a first order from the client device (4.1,4.2) for execution by the at least one printing device, - storing the order in a memory device (10.1, 10.2) of the client device (4.1, 4.2), - transmitting of an order request from the client device (4.1, 4.2) to the management device, wherein the order of execution of the orders is managed by the management device, - transmitting of requests at first presettable time intervals from the client device (4.1, 4.2) to the management device to establish whether the printing device is available for executing the order from the client device (4.1, 4.2), and - transmitting of an enable signal from the management device to the client device (4.1, 4.2) only as a response to the request from the client device (4.1, 4.2) when the printing device is available for executing the order from the client device (4.1, 4.2), and - transmitting of the stored order from the client device (4.1, 4.2) directly to the printing device for execution of the order after receipt of the enable signal. - providing a first order from the client device (4.1,4.2) for execution by the at least one printing device, - storing the order in a memory device (10.1, 10.2) of the client device (4.1, 4.2), - transmitting of an order request from the client device (4.1, 4.2) to the management device, wherein the order of execution of the orders is managed by the management device, - transmitting of requests at first presettable time intervals from the client device (4.1, 4.2) to the management device to establish whether the printing device is available for executing the order from the client device (4.1, 4.2), and - transmitting of an enable signal from the management device to the client device (4.1, 4.2) only as a response to the request from the client device (4.1, 4.2) when the printing device is available for executing the order from the client device (4.1, 4.2), and - transmitting of the stored order from the client device (4.1, 4.2) directly to the printing device for execution of the order after receipt of the enable signal.
A control method of an air conditioner, wherein the air conditioner comprises an outdoor unit, one or more indoor units to heat an indoor space through refrigerant supplied from the outdoor unit, and a hot water generator to heat water through the refrigerant supplied from the outdoor unit, controlling supply of the refrigerant by a control unit so that the refrigerant is first supplied to one or more indoor units in operation from the outdoor unit, and is then supplied to the hot water generator, characterized by wherein the controlling supply of the refrigerant is executed by controlling an opening degree of a hot water expansion valve provided at the hot water generator; sensing a pressure at a discharge side of a compressor of the outdoor unit; controlling a supply of refrigerant to one or more of the one or more indoor units and the hot water generator based on the sensed pressure of the refrigerant at the discharge side of the compressor of the outdoor unit to prevent the refrigerant from cooling the one or more indoor units or the hot water generator by; identifying whether none of the one or more indoor units is in operation; identifying whether the pressure at the discharge side of a compressor of the outdoor unit is less than a reference pressure; and if the identified pressure at the discharge side of the compressor is less than the reference pressure and if anyone of the one or more one indoor units is identified as being in operation, then opening the hot water expansion valve to a minimum opening degree. controlling supply of the refrigerant by a control unit so that the refrigerant is first supplied to one or more indoor units in operation from the outdoor unit, and is then supplied to the hot water generator, characterized by wherein the controlling supply of the refrigerant is executed by controlling an opening degree of a hot water expansion valve provided at the hot water generator; sensing a pressure at a discharge side of a compressor of the outdoor unit; controlling a supply of refrigerant to one or more of the one or more indoor units and the hot water generator based on the sensed pressure of the refrigerant at the discharge side of the compressor of the outdoor unit to prevent the refrigerant from cooling the one or more indoor units or the hot water generator by; identifying whether none of the one or more indoor units is in operation; identifying whether the pressure at the discharge side of a compressor of the outdoor unit is less than a reference pressure; and if the identified pressure at the discharge side of the compressor is less than the reference pressure and if anyone of the one or more one indoor units is identified as being in operation, then opening the hot water expansion valve to a minimum opening degree.
An image forming apparatus (100, 200) comprising: a first image bearing member (1a, 1b, 1c) and a second image bearing member, toner images being formed on the first and second image bearing members; a belt member capable of contacting the first and second image bearing members; a moving member configured to move a surface of the belt member in a direction orthogonal to a direction of rotation of the belt member to produce a first state, in which the belt member contacts the first and second image bearing members, and a second state, in which the belt member contacts the second image bearing member and separates from the first image bearing member; a supporting roller rotatably contacting the belt member, an area of contact of the supporting roller and the belt member being changed by the movement of the moving member; and a supporting roller inclination device configured to incline the supporting roller to move the belt member in a rotational axis direction of the supporting roller, characterized in that the supporting roller inclination device is adapted such that it causes a maximum value of an inclination angle when the area of contact of the supporting roller and the belt member is small to be larger than a maximum value of an inclination angle when the area of contact of the supporting roller and the belt member is large. a first image bearing member (1a, 1b, 1c) and a second image bearing member, toner images being formed on the first and second image bearing members; a belt member capable of contacting the first and second image bearing members; a moving member configured to move a surface of the belt member in a direction orthogonal to a direction of rotation of the belt member to produce a first state, in which the belt member contacts the first and second image bearing members, and a second state, in which the belt member contacts the second image bearing member and separates from the first image bearing member; a supporting roller rotatably contacting the belt member, an area of contact of the supporting roller and the belt member being changed by the movement of the moving member; and a supporting roller inclination device configured to incline the supporting roller to move the belt member in a rotational axis direction of the supporting roller, characterized in that the supporting roller inclination device is adapted such that it causes a maximum value of an inclination angle when the area of contact of the supporting roller and the belt member is small to be larger than a maximum value of an inclination angle when the area of contact of the supporting roller and the belt member is large.
Air outlet arrangement, in particular for a motor vehicle, having an air outlet which has at least one air guiding louvre with an outflow edge and an inflow edge, the air guiding louvre being mounted by way of its inflow edge such that it can be pivoted about a rotational axis which is assigned to the outflow edge, and having a decorative device which has at least one stationary decorative louvre, characterized in that the at least one stationary decorative louvre has a visible edge which extends as a prolongation of the outflow edge, and in that the air guiding louvre is mounted on the decorative louvre such that it can be pivoted about the rotational axis.
A convergent/divergent nozzle system for a gas turbine engine comprising: a static structure including a multiple of convergent flap rails, an aft section of each of said multiple of convergent flap rails curving toward an engine axis; a synchronization ring adjacent said static structure, said synchronization ring of a completely integral unitary structure including an inner ring radially spaced and axially spaced forward from an outer ring via a multiple of struts, said multiple of convergent flap rails extending at least partially between said inner ring and said outer ring; the multiple of struts arranged in pairs such that each strut is defined along an axis that intersects with said engine axis; a multiple of convergent flaps engaged with said synchronization ring and said static structure, each of said multiple of convergent flaps being pivotally coupled to said inner ring at an inner hinge interface and at least one of said multiple of convergent flap rails of said static structure, a forward section of each of said multiple of convergent flap rails is circumferentially segmented; and a multiple of divergent flaps, each of said multiple of divergent flaps being respectively pivotally coupled to one of said multiple of convergent flaps, wherein the forward section of each of said multiple of convergent flap rails includes lightening apertures; and wherein said forward section of each of said multiple of convergent flap rails extends from a full ring aft section of said static structure. a static structure including a multiple of convergent flap rails, an aft section of each of said multiple of convergent flap rails curving toward an engine axis; a synchronization ring adjacent said static structure, said synchronization ring of a completely integral unitary structure including an inner ring radially spaced and axially spaced forward from an outer ring via a multiple of struts, said multiple of convergent flap rails extending at least partially between said inner ring and said outer ring; the multiple of struts arranged in pairs such that each strut is defined along an axis that intersects with said engine axis; a multiple of convergent flaps engaged with said synchronization ring and said static structure, each of said multiple of convergent flaps being pivotally coupled to said inner ring at an inner hinge interface and at least one of said multiple of convergent flap rails of said static structure, a forward section of each of said multiple of convergent flap rails is circumferentially segmented; and a multiple of divergent flaps, each of said multiple of divergent flaps being respectively pivotally coupled to one of said multiple of convergent flaps, wherein the forward section of each of said multiple of convergent flap rails includes lightening apertures; and wherein said forward section of each of said multiple of convergent flap rails extends from a full ring aft section of said static structure.
A CB2 target agent for use in the treatment of ocular inflammation and/or ocular neuropathic pain in a subject in need thereof wherein the CB2 target agent is CBD-DMH and wherein said use comprises ocular administration of said target agent to the subject.
Device (1, 58, 62) for moving a movable furniture part in an opening direction in relation to a basic furniture structure of an item of furniture, wherein the movable furniture part by way of guide means is capable of being put in the opening direction and in a closing direction that is counter to the opening direction, wherein the device (1, 58, 62) has a force accumulator such that by way of the device (1, 58, 62) which is fitted to the item of furniture the movable furniture part in the case of an opening procedure by action of the force accumulator is capable of being put in the opening direction, wherein in the case of a movement of the movable furniture part in the closing direction, a charging procedure of the force accumulator is performed, wherein a front gap between the movable furniture part and the basic furniture structure is configured on the item of furniture in a closed state of the movable furniture part, wherein the front gap is adjustable by way of an adjustment assembly, wherein the movable furniture part is capable of being put in motion from the closed state in the closing direction, and wherein the movement length of the movable furniture part in the closing direction is designed in such a manner that the charged force accumulator is unlocked, characterized in that the adjustment assembly comprises an elastic member (21, 67), wherein the elastic member (21, 67) is elastically deformable, wherein the adjustment assembly comprises a setting element and a housing, wherein the adjustment assembly is configured on an attachment portion of an ejector of the device (1, 58, 62), wherein the adjustment assembly is disposed on the ejector in such a manner that in the case of a movement of the ejector, the adjustment assembly is conjointly moved, wherein the elastic member (21, 67) is present between the setting element and the housing of the adjustment assembly and/or wherein the elastic member (21, 67) is configured in the form of an elastic stop member on the setting element of the adjustment assembly and/or wherein the adjustment assembly by way of and/or by the use of the elastic member (21, 67) is disposed on the attachment portion of the ejector.
An oral film-form base comprising an organic solvent having a solubility parameter of 9.7 or higher an edible polymer soluble both in water and in this organics solvent, a foaming agent, and an auxiliary foaming agent, wherein the foaming agent is foamable in the presence of water, and the foaming agent and the auxiliary foaming agent each are insoluble in the organic solvent, have an average particle size of 0.1 to 60 μm, and are included in particle states.
Fuel injection assembly for a combustion engine having a central longitudinal axis and comprising: - an injector body axially extending from a fuel inlet end to a fuel outlet end, - an injector cup, which radially encloses the fuel inlet end of the injector body, - a spring clip, which mechanically couples the injector cup with the injector body, wherein the spring clip comprises -- a ground plate with a main extension plane extending perpendicular to the longitudinal axis, -- a recess extending inwards from one lateral end of the ground plate from an opening to a bottom part, -- at least one spring element fixedly coupled with the ground plate, - wherein the injector cup has a cutout and the ground plate of the spring clip extends into the cutout of the injector cup, characterized in that - the bottom part, in top view on the main extension plane, has a contour shaped as a circle segment which extends over an angle (α) between 270° to 180°, - the spring clip is snap-fixed with the injector body by means of the bottom part of the recess, - the spring element of the spring clip has a contact region with the injector cup, and the ground plate has a contact region with the injector body, so that the spring element is operable to exert a spring force on the injector body and to bias the injector body in axial direction away from the injector cup when the spring element is pre-loaded by the injector cup. - an injector body axially extending from a fuel inlet end to a fuel outlet end, - an injector cup, which radially encloses the fuel inlet end of the injector body, - a spring clip, which mechanically couples the injector cup with the injector body, wherein the spring clip comprises -- a ground plate with a main extension plane extending perpendicular to the longitudinal axis, -- a recess extending inwards from one lateral end of the ground plate from an opening to a bottom part, -- at least one spring element fixedly coupled with the ground plate, -- a ground plate with a main extension plane extending perpendicular to the longitudinal axis, -- a recess extending inwards from one lateral end of the ground plate from an opening to a bottom part, -- at least one spring element fixedly coupled with the ground plate, - wherein the injector cup has a cutout and the ground plate of the spring clip extends into the cutout of the injector cup, - the bottom part, in top view on the main extension plane, has a contour shaped as a circle segment which extends over an angle (α) between 270° to 180°, - the spring clip is snap-fixed with the injector body by means of the bottom part of the recess, - the spring element of the spring clip has a contact region with the injector cup, and the ground plate has a contact region with the injector body, so that the spring element is operable to exert a spring force on the injector body and to bias the injector body in axial direction away from the injector cup when the spring element is pre-loaded by the injector cup.
A hand held test instrument for determining immediate network topology, comprising: an interface for connection with a network under test; a tester; and a display device; the instrument characterized in that: the tester is configured to detect a link pulse from a device in the network; the tester is configured to capture initial frames in response to detection of the link pulse; the tester is configured to analyze the captured initial frames to determine whether the initial frames are discovery protocol (xDP) or spanning tree packets and, if so, to determine that the instrument is connected to a nearest managed switch; and the display device is configured to report to a user that the instrument is connected to a nearest managed switch. an interface for connection with a network under test; a tester; and a display device; the tester is configured to detect a link pulse from a device in the network; the tester is configured to capture initial frames in response to detection of the link pulse; the tester is configured to analyze the captured initial frames to determine whether the initial frames are discovery protocol (xDP) or spanning tree packets and, if so, to determine that the instrument is connected to a nearest managed switch; and the display device is configured to report to a user that the instrument is connected to a nearest managed switch.