mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator comprising: a cabinet defining a storage space; a door opening and closing the cabinet, the door comprising a main door and a sub door; an outer plate defining an outer appearance of the sub door and having a plate opening; a door liner having a door liner opening and coupled to the outer plate; a transparent display assembly comprising: a front panel mounted on the inner frame of the sub door; a rear panel covering the door liner opening of the sub door; an outer spacer maintaining a distance between the front panel and the rear panel and disposed along circumferences of the front panel and the rear panel to define a sealed space therein; a sealant applied to an outer surface of the outer spacer; a display disposed on a rear surface of the front panel in the sealed space; a display cable guided to the outside of the outer spacer; characterized in that the outer plate, the door liner and the transparent display assembly provide a space in which a foaming solution is filled when an insulation material is molded in the sub door, such that the sealant comes into direct contact with the foaming solution that is injected to mold the insulation material. a cabinet defining a storage space; a door opening and closing the cabinet, the door comprising a main door and a sub door; an outer plate defining an outer appearance of the sub door and having a plate opening; a door liner having a door liner opening and coupled to the outer plate; a transparent display assembly comprising: a front panel mounted on the inner frame of the sub door; a rear panel covering the door liner opening of the sub door; an outer spacer maintaining a distance between the front panel and the rear panel and disposed along circumferences of the front panel and the rear panel to define a sealed space therein; a sealant applied to an outer surface of the outer spacer; a display disposed on a rear surface of the front panel in the sealed space; a display cable guided to the outside of the outer spacer; a front panel mounted on the inner frame of the sub door; a rear panel covering the door liner opening of the sub door; an outer spacer maintaining a distance between the front panel and the rear panel and disposed along circumferences of the front panel and the rear panel to define a sealed space therein; a sealant applied to an outer surface of the outer spacer; a display disposed on a rear surface of the front panel in the sealed space; a display cable guided to the outside of the outer spacer; characterized in that the outer plate, the door liner and the transparent display assembly provide a space in which a foaming solution is filled when an insulation material is molded in the sub door, such that the sealant comes into direct contact with the foaming solution that is injected to mold the insulation material.
A carrier rail for a drawer bottom, the carrier rail including a vertical limb and a substantially horizontally extending limb which is arranged, in the position of use, in the lower region of the vertical limb, wherein arranged on the vertical limb, above the horizontally extending limb and spaced relative to the ends of the vertical limb, is a substantially horizontally extending leg, characterized in that the horizontally extending leg has an abutment portion projecting from the leg in a direction of the horizontally extending limb.
A method of evaluating single points of failure, SPoFs, in a computer network, the method executing on one or more processors and comprising: receiving at least a first polyline approximating a first network span and a second polyline approximating a second network span; for each point in a set of points representing geographic locations, determining a level of risk that an event at the point will affect at least the first polyline and the second polyline; determining an overall risk of failure by combining the level of risk for each point in the set of points; and outputting a report indicating at least one point determined to be a potential SPoF based on the level of risk for the at least one point. receiving at least a first polyline approximating a first network span and a second polyline approximating a second network span; for each point in a set of points representing geographic locations, determining a level of risk that an event at the point will affect at least the first polyline and the second polyline; determining an overall risk of failure by combining the level of risk for each point in the set of points; and outputting a report indicating at least one point determined to be a potential SPoF based on the level of risk for the at least one point.
Switching valve, in particular for the metering of a fluid for a delivery pump arranged downstream, having a flow duct, having an axially movable valve needle, having a valve element which can be acted on by the valve needle in an opening direction and which is arranged in the flow duct, wherein, when the valve element is actuated in the opening direction by the valve needle, the flow duct can at least temporarily be flowed through by the fluid counter to the opening direction of the valve element (return flow), wherein the flow duct has, upstream of the valve element as viewed in the return flow direction, a fluidically active shield which at least partially keeps the return flow away from a surface of the valve element, wherein the switching valve comprises at least one duct which connects a flow region situated outside the shield, in which flow region a relatively low static pressure prevails in the presence of a return flow, to a region situated within the shield, in that the valve element is in the form of a valve plate which has two axial end positions, specifically firstly a rest seat, against which the valve plate abuts when the switching valve is closed, and secondly an abutment for an open position of the switching valve, wherein the valve plate makes contact with the shield in said open position, characterized in that the duct is formed by an encircling gap between the valve element and the shield when the valve element is situated in its open position.
Electrical appliance for nail care, comprising a handle with a longitudinal axis A G and at least one nail-care plug-on part which can be attached to the handle in an interchangeable manner and has at least one working surface, wherein a vibration motor is arranged in the front part of the handle and in the immediate vicinity of the attached nail-care plug-on part, wherein the vibration motor is configured in the form of a vibration unit comprising an electric motor and an eccentric, wherein a plug-like coupling structure protrudes from the handle, which plug-like coupling structure forms an interface with a substantially mirror-inverted socket-like coupling structure of the nail-care plug-on part, wherein the interface has at least two stages with different circumferential geometry, wherein the vibration unit comprising the electric motor and the eccentric is arranged in the region of the interface, wherein the rotation axis of the electric motor (A M) and the longitudinal axis of the handle (A G) enclose an angle β of between 3° and 20°, and wherein the eccentric, as seen in cross section, protrudes into a front region of the handle, which front region is partially surrounded by the mouth of the nail-care plug-on part in any case.
Drinking vessel holder for a motor vehicle, with at least one pot-like receiving space which is delimited by an upper border facing an interior of the motor vehicle in the installed state, at least one elongate light guide (5, 5') being applied to the border, and with at least one illuminant, the light rays of which can be coupled into the light guide (5, 5') and decoupled again perpendicularly to its longitudinal extension, the light guide (5, 5') having a light guide cross-section at at least one point (S1, S2) extending in the longitudinal extension of the light guide (5, 5'), in which cross-section the propagation of the coupled light rays within and in the longitudinal extension of the light guide (5, 5') is interrupted at least in some regions by at least a second, opaque material component, the opaque material component being integrally bonded to the light guide (5, 5'), characterized in that at this point (S1, S2) either the entire light guide cross-section is filled by the opaque material component and, viewed in the longitudinal extension of the light guide, the surface formed by the opaque material component and a transparent surface of the light guide adjacent thereto and formed by a transparent material component are flush with one another or characterized in that viewed in the longitudinal extension of the light guide, the surface formed by the opaque material component and a transparent surface of the light guide adjacent thereto and formed by a transparent material component are flush with one another and at this point (S1, S2) the light guide cross-section is divided into a first part with the opaque material component and a second part with the transparent material component, where, viewed over the length of the point (S1, S2) extending in the longitudinal extension of the light guide, the opaque material component forms a part of a surface of the light guide and the transparent material component forms the remaining part of a surface of the light guide.
A lighting device for a vehicle, comprising: a lens; a light source device configured to emit light toward the lens; a first reflection unit on which light emitted by the light source device and passing through the lens is incident, the first reflection unit being provided on the front surface of the lens or in front of the lens and being configured to reflect light emitted by the light source device to pass through the lens; a reflective phosphor disposed behind the lens and configured to wavelength-convert light reflected by the first reflection unit and reflect the wavelength-converted light toward the lens for the wavelength-converted light to pass through the lens and to be emitted toward the front of the lens, characterized in that the lighting device further comprises: a second reflection unit being provided on the front surface of the lens or in front of the lens and being configured to reflect a part of the light, which is reflected by the reflective phosphor toward the lens, to pass through the lens; a sensing unit configured to sense light reflected by the second reflection unit; and a controller configured to control the light source device based on a sensing value of the sensing unit. a lens; a light source device configured to emit light toward the lens; a first reflection unit on which light emitted by the light source device and passing through the lens is incident, the first reflection unit being provided on the front surface of the lens or in front of the lens and being configured to reflect light emitted by the light source device to pass through the lens; a reflective phosphor disposed behind the lens and configured to wavelength-convert light reflected by the first reflection unit and reflect the wavelength-converted light toward the lens for the wavelength-converted light to pass through the lens and to be emitted toward the front of the lens, characterized in that the lighting device further comprises: a second reflection unit being provided on the front surface of the lens or in front of the lens and being configured to reflect a part of the light, which is reflected by the reflective phosphor toward the lens, to pass through the lens; a sensing unit configured to sense light reflected by the second reflection unit; and a controller configured to control the light source device based on a sensing value of the sensing unit. a second reflection unit being provided on the front surface of the lens or in front of the lens and being configured to reflect a part of the light, which is reflected by the reflective phosphor toward the lens, to pass through the lens; a sensing unit configured to sense light reflected by the second reflection unit; and a controller configured to control the light source device based on a sensing value of the sensing unit.
Jacking system for a jacking platform, having a jacking tower attached to said platform and a number of supporting legs, for relative movement of one of the legs in the jacking tower with respect to the platform, comprising a number of cross heads (5, 7, 11), wherein each cross head (5, 7, 11) is provided with a leg engaging mechanism that is arranged to engage respectively disengage with the leg, and a processor arranged to control the cross heads (7, 11) such that the relative movement of the leg is performed alternately by the cross heads (7, 11), and wherein the jacking system comprises two travelling cross heads (7, 11), wherein each travelling cross head (7, 11) is independently movable in longitudinal direction of the leg by means of at least one actuator (8, 12) and which travelling cross heads (7, 11) are positioned opposite one another such that one travelling cross head can be operated in pulling mode and the other travelling cross head can be operated in pushing mode, characterized in that, the jacking tower is further provided with a fixed crosshead having locking pins that can be received by leg engaging holes for fixing the leg to the tower.
Safety control device for switching at least one actuator on and safely off, having at least one input module for evaluating an input signal of a safety transmitter and for generating an output signal, and having at least one output module for safely actuating the actuator depending on the output signal of the input module, wherein the input signal comprises different signal parameters depending on the type of safety transmitter, wherein the safety control device comprises a setting unit with a memory in which the signal parameters for the input module are stored, and wherein the input module evaluates the input signal based on the signal parameters, characterized in that the input signal is a dynamic clock signal having test pulses and in that a first signal parameter represents the test period between the test pulses and a second signal parameter represents the test pulse duration.
A drawer part assembly, comprising: a first structural member defining a recess; a second structural member having an end portion; and a mounting fitting for mounting the first structural member and the second structural member together, the mounting fitting comprising: a first mounting portion; a second mounting portion substantially perpendicularly connected to the first mounting portion, the second mounting portion dividing the first mounting portion into a first portion and a second portion; wherein the second mounting portion is mountable to the first structural member; and wherein the first portion of the first mounting portion and the second mounting portion are mountable to the second structural member, and wherein the mounting fitting is attached to the first structural member, and wherein the second mounting portion of the mounting fitting is mounted in the recess of the first structural member, and the end portion of the second structural member is mounted between the first portion of the first mounting portion of the mounting fitting and the second mounting portion of the mounting fitting, characterized in that the first portion of the first mounting portion of the mounting fitting has at least one mounting feature, and at least one connecting member is arranged at the at least one mounting feature to connect with the second structural member. a first structural member defining a recess; a second structural member having an end portion; and a mounting fitting for mounting the first structural member and the second structural member together, the mounting fitting comprising: a first mounting portion; a second mounting portion substantially perpendicularly connected to the first mounting portion, the second mounting portion dividing the first mounting portion into a first portion and a second portion; wherein the second mounting portion is mountable to the first structural member; and wherein the first portion of the first mounting portion and the second mounting portion are mountable to the second structural member, a first mounting portion; a second mounting portion substantially perpendicularly connected to the first mounting portion, the second mounting portion dividing the first mounting portion into a first portion and a second portion; wherein the second mounting portion is mountable to the first structural member; and wherein the first portion of the first mounting portion and the second mounting portion are mountable to the second structural member, and wherein the mounting fitting is attached to the first structural member, and wherein the second mounting portion of the mounting fitting is mounted in the recess of the first structural member, and the end portion of the second structural member is mounted between the first portion of the first mounting portion of the mounting fitting and the second mounting portion of the mounting fitting, characterized in that the first portion of the first mounting portion of the mounting fitting has at least one mounting feature, and at least one connecting member is arranged at the at least one mounting feature to connect with the second structural member.
A screen printing machine comprising: a mask holding device configured to hold a mask; a squeegee device configured to apply and spread cream solder from above to the mask held by the mask holding device; a conveyance device configured to convey a board below the mask; a board holding-lifting-lowering device configured to hold the board conveyed by the conveyance device and perform positioning in an upward-downward direction with respect to the mask; a cleaning device configured to wipe and clean a lower surface of the mask; an imaging device configured to image a reference mark of the mask and a reference mark of the board; a driving device configured to move the imaging device and the cleaning device between the mask and the board holding-lifting-lowering device; and a control device configured to control each of the devices; characterized in that: the control device is further configured to set a lifting and lowering section of the board holding-lifting-lowering device defined by an upper surface height of the board to a reference height in accordance with a size of the imaging device, and lower the lifting and lowering section from the reference height in accordance with a size of the cleaning device when the cleaning device is moved. a mask holding device configured to hold a mask; a squeegee device configured to apply and spread cream solder from above to the mask held by the mask holding device; a conveyance device configured to convey a board below the mask; a board holding-lifting-lowering device configured to hold the board conveyed by the conveyance device and perform positioning in an upward-downward direction with respect to the mask; a cleaning device configured to wipe and clean a lower surface of the mask; an imaging device configured to image a reference mark of the mask and a reference mark of the board; a driving device configured to move the imaging device and the cleaning device between the mask and the board holding-lifting-lowering device; and a control device configured to control each of the devices; characterized in that: the control device is further configured to set a lifting and lowering section of the board holding-lifting-lowering device defined by an upper surface height of the board to a reference height in accordance with a size of the imaging device, and lower the lifting and lowering section from the reference height in accordance with a size of the cleaning device when the cleaning device is moved.
A production method of an aqueous composition comprising: (a) an amphiphilic compound comprising a vesicle-formable amphiphilic compound, (b) an aqueous component comprising alcohol and water, and (c) oil comprising oil separating from a vesicle-formable amphiphilic compound under mixing, wherein said vesicle-formable amphiphilic compound comprises silicone surfactant having HLB of 4 to 12, wherein said oil separating from a vesicle-formable amphiphilic compound under mixing comprises hydrocarbon oil, wherein said oil comprises silicone oil and/or a polar oil having IOB of 0.05 to 0.8, wherein component (b) includes vesicles formed from component (a) and oil drops containing component (c), and wherein the method comprises a step of mixing a silicone surfactant having HLB of 4 to 12 (a), an aqueous component comprising alcohol and water (b), and silicone oil and/or a polar oil having IOB of 0.05 to 0.8, a step of preparing an aqueous solution containing vesicles comprising component (a) and a step of mixing said aqueous solution and hydrocarbon oil (c). (a) an amphiphilic compound comprising a vesicle-formable amphiphilic compound, (b) an aqueous component comprising alcohol and water, and (c) oil comprising oil separating from a vesicle-formable amphiphilic compound under mixing,
Apparatus designed to determine and/or monitor at least a process variable of a medium in a vessel with at least - a unit capable of mechanical vibration, and - a drive/reception unit designed to excite the unit capable of mechanical vibration to produce mechanical vibrations using an electrical excitation signal and designed to receive and convert the mechanical vibrations into an electrical reception signal - a control unit, which is designed to generate the excitation signal on the basis of the reception signal, and to set a predefinable phase shift between the excitation signal and the reception signal, - a unit capable of electromagnetic vibration, - an active element designed to generate and/or maintain electromagnetic vibrations in the unit capable of electromagnetic vibration, wherein said active element forms an oscillator together with the unit capable of electromagnetic vibration, - a decoupling unit, which is designed to pick up an output signal via the active element, and - an evaluation unit, wherein said evaluation unit is designed to determine the at least one process variable from the reception signal and/or from the output signal, wherein at least a unit capable of mechanical vibration is provided in the form of a tuning fork with a first fork tine and a second fork tine and at least a unit capable of electromagnetic vibration with at least a first conductive track and a second conductive track, and wherein the first conductive track of at least one of the at least one unit capable of electromagnetic vibration is arranged at least partially in the interior of the first fork tine and the second conductive track of said unit capable of electromagnetic vibration is arranged at least partially in the interior of the second fork tine of the at least one unit capable of mechanical vibration, or wherein the first and the second conductive track of at least one of the at least one unit capable of electromagnetic vibration is arranged at least partially in the interior of the same fork tine (4a,4b) of one of the at least one unit capable of mechanical vibration, or wherein the first and/or the second conductive track of at least a unit capable of electromagnetic vibration is arranged inside a housing of the drive/reception unit. - a unit capable of mechanical vibration, and - a drive/reception unit designed to excite the unit capable of mechanical vibration to produce mechanical vibrations using an electrical excitation signal and designed to receive and convert the mechanical vibrations into an electrical reception signal - a control unit, which is designed to generate the excitation signal on the basis of the reception signal, and to set a predefinable phase shift between the excitation signal and the reception signal, - a unit capable of electromagnetic vibration, - an active element designed to generate and/or maintain electromagnetic vibrations in the unit capable of electromagnetic vibration, wherein said active element forms an oscillator together with the unit capable of electromagnetic vibration, - a decoupling unit, which is designed to pick up an output signal via the active element, and - an evaluation unit,