mhurhangee/ep-ind-claims huggingface dataset:
Legrest of an aircraft passenger seat having a device, wherein the device comprises a housing, wherein the housing has two housing halves (38, 39), wherein the two housing halves (38, 39) are pivotably movably connected to one another, wherein the device is arranged between upholstered locations on the legrest, wherein the housing is designed in such a way that a lifejacket for an aircraft passenger can be stowed therein, wherein a seat cover of the aircraft passenger seat is arranged on a first housing half of the two housing halves (38, 39), with the result that the device forms part of a useful surface of the legrest, wherein the device is arranged on a basic structure of the legrest, wherein the two housing halves are made from metal and/or a stable plastic, wherein each housing half has a main side element, wherein side elements protruding transversely in relation thereto are present on each of the main side elements, wherein two side elements of one housing half are spaced apart from one another and are formed opposite one another, wherein a spacing between the two spaced-apart and oppositely situated side elements of the first one of the two housing halves (38, 39) is greater than a spacing between the two spaced-apart and oppositely situated side elements of a second one of the two housing halves (38, 39), such that the side elements of the first and the second housing half (38, 39) overlap in a closed position of the housing, wherein the main side element of the second housing half rests directly on the basic structure or the basic structure forms the main side element of the second housing half.
A Josephson junction comprising an elongated hybrid nanostructure comprising superconductor and semiconductor materials and a weak link, wherein the weak link is formed by a semiconductor segment of the elongated hybrid nanostructure wherein the semiconductor material is exposed to provide a semiconductor weak link, wherein the length of the semiconductor segment with the weak link is between 100 and 250 nm, characterised in that the elongated hybrid nanostructure comprises a crystalline semiconductor nanostructure having at least one plane side facet and a crystalline structured first facet layer of a superconductor material deposited on at least one of said at least one side facet and the crystalline structure of the semiconductor nanostructure is epitaxially matched with the crystalline structure of the first facet layer on the interface between the two crystalline structures, and wherein the interface between the superconductor and semiconductor materials is configured such that a superconductor hard gap is induced in the semiconductor by proximity of the superconductor. wherein the length of the semiconductor segment with the weak link is between 100 and 250 nm, characterised in that the elongated hybrid nanostructure comprises a crystalline semiconductor nanostructure having at least one plane side facet and a crystalline structured first facet layer of a superconductor material deposited on at least one of said at least one side facet and the crystalline structure of the semiconductor nanostructure is epitaxially matched with the crystalline structure of the first facet layer on the interface between the two crystalline structures, and wherein the interface between the superconductor and semiconductor materials is configured such that a superconductor hard gap is induced in the semiconductor by proximity of the superconductor.
Electrical multi-layer component, - embodied as a multi-layer varistor, a ceramic multi-layer capacitor, a thermistor or as a multi-layer component comprising a ferrite ceramic, - having a ceramic main body, which comprises ceramic dielectric layers stacked one on top of another, - having metallization planes, which are arranged between the dielectric layers and are structured to form component structures (LA, ES), - having solder contacts on the underside of the main body, which are designed to fasten the multi-layer component on a printed circuit board by means of a soldered connection, characterized in that - a plated-through hole is passed through two directly adjacent sublayers of a dielectric layer and connected to the solder contacts, wherein the plated-through hole has vertical side walls and different diameters in each of the two sublayers, wherein the diameter of the plated-through hole in the sublayer further removed from the solder contact is greater than that of a sublayer located closer to the solder contact. - embodied as a multi-layer varistor, a ceramic multi-layer capacitor, a thermistor or as a multi-layer component comprising a ferrite ceramic, - having a ceramic main body, which comprises ceramic dielectric layers stacked one on top of another, - having metallization planes, which are arranged between the dielectric layers and are structured to form component structures (LA, ES), - having solder contacts on the underside of the main body, which are designed to fasten the multi-layer component on a printed circuit board by means of a soldered connection, - a plated-through hole is passed through two directly adjacent sublayers of a dielectric layer and connected to the solder contacts, wherein the plated-through hole has vertical side walls and different diameters in each of the two sublayers, wherein the diameter of the plated-through hole in the sublayer further removed from the solder contact is greater than that of a sublayer located closer to the solder contact.
An aerosol-forming article comprising, in axial flow arrangement, an aerosol-forming substrate, an upstream filter element, a spacer element and a terminal filter element, wherein the article further comprises a flow restrictor element upstream of the terminal filter element and downstream of the aerosol-forming substrate, wherein the flow restrictor element comprises a disc or rod having at least one axial perforation or channel; wherein the upstream filter element is a hollow bore filter element having a bore diameter which is greater than the diameter of the at least one axial perforation or channel of the flow restrictor; and characterised in that the terminal filter element (4, 5) is a hollow bore filter element. wherein the upstream filter element is a hollow bore filter element having a bore diameter which is greater than the diameter of the at least one axial perforation or channel of the flow restrictor; and characterised in that the terminal filter element (4, 5) is a hollow bore filter element.
A process for preparing an anhydrous crystalline polymorph of S-equol, represented by the structure: the process comprising reacting bis-pivaloyl-S-equol with a base, optionally in the presence of one or more solvents, followed by a crystallization step; wherein the anhydrous crystalline polymorph is characterized by an X-ray powder diffraction pattern having characteristic peaks expressed in degrees 2Θ at 11.49, 18.64, 18.89, 19.85, 21.09, 22.00 and 26.69 when determined using a diffractometer in reflection geometry in the range from degrees 2 Θ = 3 - 35 with increments of 0.0167 using Cu radiation at 20 °C.
Plug connector with a U-shaped or box-shaped cross-section, which is constructed as a straight, angular, corner or cross connector, for spacer cavity profile members for insulating glass panes, with a base part and two longitudinal side edges formed as limbs (3, 4) projecting from the base, wherein the base part together with the longitudinal side edges forms the body of the connector, wherein outwardly projecting and preferably resiliently deformable blades, which are formed to be inclined or bent, for each insertion section are arranged at the longitudinal sides, wherein the inclination or bending is formed to be rearward in the direction of insertion, characterised in that elevations are provided in the region of the ends of the limbs (3, 4) facing away from the base and that the elevations are constructed as longitudinal webs, the ends of which are chamfered.
Method for slicing food bars (A, B, C), having a slicing device which has multiple lanes (3' - 3""), into which in each case one food bar (A, B, C) is loaded and transported independently of the other lane or lanes (3' - 3"") in the direction of a rotationally driven cutting blade which cuts off food slices (A', B', C') in a cutting plane at the front end of each particular food bar (A, B, C), said food slices (A', B', C') being combined simultaneously into a plurality of portions per lane on a portioning means and transported away, wherein, during the cutting movements for slicing a complete portion, the same number of food slices is not cut off for all food bars and at least occasionally different food bars are sliced at the same time, wherein the number of unproductive cuts is selected individually for each lane, characterized in that for one portion, food slices (A', B', C') are cut off from a plurality of food bars, wherein the number of food slices per food bar is different, and in that during the last cutting movement, for each particular portion, a slice is cut off from all food bars.
Drive for a boat, in particular for a sailboat, comprising an electric motor, a propeller connected to the electric motor and a control device, wherein the control device is configured to operate the electric motor in the fourth quadrant in such a way that the electric motor regenerates a flow energy transmitted via the propeller to the electric motor into electrical power, characterised in that a sensor for determining the relative flow speed between the drive and the water is connected to the control device and/or a GPS sensor for determining the ground speed of the drive is connected to the control device, wherein the control device is configured to regulate the rotational speed of the propeller depending upon the determined relative flow speed and/or the ground speed, forming an open regulating loop, and a power sensor for determining the power output by the electric motor is provided, and a regulating device forms, along with the power sensor, a closed regulating loop for regulating the rotational speed of the propeller, wherein the drive is further configured to combine the open regulating loop with the closed regulating loop in order to set an optimal working point of the electric motor of the drive.
A hardness tester for measuring hardness of a sample by applying a predetermined test load to the sample with an indenter attached to an indenter attaching member so as to form an indentation on the sample, comprising: the indenter attaching member to which the is attached detachably; the indenter which comprises an identification member with identification information to identify the indenter; an identification information acquiring member to acquire the identification information from the identification member when the indenter is attached to the indenter attaching member. the indenter attaching member to which the is attached detachably; the indenter which comprises an identification member with identification information to identify the indenter; an identification information acquiring member to acquire the identification information from the identification member when the indenter is attached to the indenter attaching member.
An ionic liquid aluminum electroplating solution comprising: an ionic liquid; an aluminum salt; and characterized in that the ionic liquid aluminum electroplating solution further comprises greater than 0 weight percent (wt%) and up to 10 weight percent (wt%) propylene carbonate, and wherein the ionic liquid comprises 1-Ethyl-3-methylimidazolium chloride (EMIM-Cl) and the aluminum salt comprises aluminum trichloride (AlCl 3) in a molar ratio of 1:1.5. an ionic liquid; an aluminum salt; and characterized in that the ionic liquid aluminum electroplating solution further comprises greater than 0 weight percent (wt%) and up to 10 weight percent (wt%) propylene carbonate, and wherein the ionic liquid comprises 1-Ethyl-3-methylimidazolium chloride (EMIM-Cl) and the aluminum salt comprises aluminum trichloride (AlCl 3) in a molar ratio of 1:1.5.
A substrate coated on at least a portion of its surface with a porous alucone film having a thickness of from 0.5 to 50 nm, wherein the film has a BET surface area of at least 100 m 2 /g and contains pores having a pore width of from 2 to 5000 angstroms.
Process for collating multilayer brochures consisting of a plurality n of signatures (201, 202, 204), with a saddle stitcher, a collating line, a collating element propelled by a drive, and a plurality m of sheet feeders (101, 102, 103, 104) disposed along the collating element for depositing signatures (201, 202, 204) on the collating element, and with a stitching station, a trimming station and a delivery station, wherein the drive for the collating element and the delivery station are connected to a common control unit and wherein the collating element has a plurality of transport segments (701, 702, 704), with the following steps: a) deposit of a first signature in a first transport segment by a first sheet feeder b) deposit of a second signature in a second transport segment by a second sheet feeder c) similar deposits of further signatures in further transport segments by further sheet feeders d) deposit of an nth signature in an nth transport segment by an nth sheet feeder, a maximum of one signature (201, 202, 204) being deposited in any one transport segment (701, 702, 704) e) transport of signatures (201, 202, 204), spaced apart from each other, through the stitching station and trimming station without the signatures' (201, 202, 204) being stitched or trimmed f) delivery and pushing together or piling of signatures (201, 202, 204) in the delivery station into a stack forming a multilayer brochure. a) deposit of a first signature in a first transport segment by a first sheet feeder b) deposit of a second signature in a second transport segment by a second sheet feeder c) similar deposits of further signatures in further transport segments by further sheet feeders d) deposit of an nth signature in an nth transport segment by an nth sheet feeder, a maximum of one signature (201, 202, 204) being deposited in any one transport segment (701, 702, 704) e) transport of signatures (201, 202, 204), spaced apart from each other, through the stitching station and trimming station without the signatures' (201, 202, 204) being stitched or trimmed f) delivery and pushing together or piling of signatures (201, 202, 204) in the delivery station into a stack forming a multilayer brochure.
A method for the filling and flushing of a blood tube set that comprises a pump segment for a blood pump, an arterial line connected to an inlet of a dialyzer, a venous line connected to an outlet of a dialyzer, and a predilution port that is located between the blood pump and the inlet of the dialyzer in the arterial line, via a substituate line, the method comprising the steps: - connecting the arterial line to the venous line and connecting these two lines to a rinse port; - connecting the substituate line to a substituate port; - opening the rinse port; - filling the arterial line and the venous line; - flushing the arterial line and the venous line; - closing the rinse port; - circulating the substituate in the circuit of arterial line, dialyzer and venous line by the blood pump, wherein the blood pump is arranged in the arterial line and the filling and/or the flushing of the arterial line and the venous line takes/take place simultaneously, wherein substitute is supplied from the substituate line; and wherein substituate is supplied at the predilution port of the blood tube set between the blood pump and the dialyzer. - connecting the arterial line to the venous line and connecting these two lines to a rinse port; - connecting the substituate line to a substituate port; - opening the rinse port; - filling the arterial line and the venous line; - flushing the arterial line and the venous line; - closing the rinse port; - circulating the substituate in the circuit of arterial line, dialyzer and venous line by the blood pump, wherein the blood pump is arranged in the arterial line and the filling and/or the flushing of the arterial line and the venous line takes/take place simultaneously, wherein substitute is supplied from the substituate line; and wherein substituate is supplied at the predilution port of the blood tube set between the blood pump and the dialyzer.
A mobile terminal comprising: a terminal body; a circuit board located in the terminal body, the circuit board being configured to process wireless signals; a first radiator and a second radiator disposed above a first surface of the circuit board; a display panel disposed above a second surface of the circuit board; a first ground connector configured to connect the second radiator to the circuit board; a first feeding connector and a second ground connector configured to connect the first radiator to the circuit board; and a second feeding connector configured to allow a feeding connection between the second radiator and the circuit board, wherein the second radiator is adapted to be fed by a capacitive coupling with the first radiator when the first radiator is adapted to be fed by the first feeding connector, and wherein the first feeding connector and the second feeding connector are connected to the circuit board by a second switch, the second switch configured to switch on or off an electrical flow for feeding with respect to the first feeding connector and the second feeding connector. a terminal body; a circuit board located in the terminal body, the circuit board being configured to process wireless signals; a first radiator and a second radiator disposed above a first surface of the circuit board; a display panel disposed above a second surface of the circuit board; a first ground connector configured to connect the second radiator to the circuit board; a first feeding connector and a second ground connector configured to connect the first radiator to the circuit board; and a second feeding connector configured to allow a feeding connection between the second radiator and the circuit board, wherein the second radiator is adapted to be fed by a capacitive coupling with the first radiator when the first radiator is adapted to be fed by the first feeding connector, and wherein the first feeding connector and the second feeding connector are connected to the circuit board by a second switch, the second switch configured to switch on or off an electrical flow for feeding with respect to the first feeding connector and the second feeding connector.
Operating handle for a moveable part of a motor vehicle, particularly for a door of a hatch flap or such like, with a handle attachable at the moveable part accessible for a user from the outside and a bearing arm which is connected to the handle, wherein the handle is suitable to be pivoted about an axis at the inside of the moveable part at which the bearing arm engages, an electronic assembly which comprises at least a sensor element (31, 32) and an electronic wherein the electronic assembly is suitable to be activated from the user in the vicinity of the handle and is connectable with a vehicle-related security system, wherein the sensor element (31, 32) is arranged at the handle and the electronic is arranged at the bearing arm, the handle comprises a cavity and a thin-walled enveloping body, the enveloping body comprises the cavity and serves as a carrier for the sensor element (31, 32) wherein the cavity is free from components, wherein the sensor element (31, 32) is integrated in the thin-walled enveloping body and arranged in the handle in the vicinity of the surface.
A method for obtaining a print processing time which is applied to an electronic device having a print function, wherein the electronic device can be connected with a printer, wherein the method comprises: executing a print instruction to make the printer perform an operation of printing a first file while recording the current system time of the electronic device as time1; the method being characterised by: looking up in a print folder in the electronic device corresponding to the printer whether there is a second file containing preprocessing information after performing a print task preprocessing and corresponding to the first file; when the second file is found, reading out the creation time of the second file and recording it as time2; detecting in the print folder whether the second file has been modified; when the second file is detected to have been modified, reading out the modification time of the second file and recording it as time3. executing a print instruction to make the printer perform an operation of printing a first file while recording the current system time of the electronic device as time1; the method being characterised by: looking up in a print folder in the electronic device corresponding to the printer whether there is a second file containing preprocessing information after performing a print task preprocessing and corresponding to the first file; looking up in a print folder in the electronic device corresponding to the printer whether there is a second file containing preprocessing information after performing a print task preprocessing and corresponding to the first file; when the second file is found, reading out the creation time of the second file and recording it as time2; detecting in the print folder whether the second file has been modified; when the second file is detected to have been modified, reading out the modification time of the second file and recording it as time3.
A reagent container rack used in a specimen analyzer configured to analyze a specimen by use of a reagent, the reagent container rack holding a reagent container that is arranged to contain the reagent, the reagent container rack further comprising: a holder that holds the reagent container; and a lid configured to cover a mouth portion of the reagent container to form an airtight space between the lid and the mouth portion, wherein the lid has a top surface and a tubular side wall extending from the top surface toward the holder, and the tubular side wall has an inner shape whose internal diameter is greater than an external diameter of the mouth portion, further comprising a support portion that connects the holder and the lid, wherein the reagent container comprises a mouth portion which protrudes upwards from an upper surface of the reagent container, an opening being formed at an upper end of the mouth portion; and the support portion is configured to move the lid to bring a lower end of the tubular side wall into contact with the upper surface of the reagent container around the mouth portion. a holder that holds the reagent container; and a lid configured to cover a mouth portion of the reagent container to form an airtight space between the lid and the mouth portion, the lid has a top surface and a tubular side wall extending from the top surface toward the holder, and the tubular side wall has an inner shape whose internal diameter is greater than an external diameter of the mouth portion, further comprising a support portion that connects the holder and the lid, wherein the reagent container comprises a mouth portion which protrudes upwards from an upper surface of the reagent container, an opening being formed at an upper end of the mouth portion; and the support portion is configured to move the lid to bring a lower end of the tubular side wall into contact with the upper surface of the reagent container around the mouth portion.