mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for generating a three-dimensional object, the apparatus comprising: a scanning carriage to move along a scanning axis over a build area, the scanning carriage to move to a service location spaced apart from the build area; an agent distributor coupled to the scanning carriage, the agent distributor 1 to selectively distribute agent in the build area, the agent distributor comprising a nozzle surface having a plurality of nozzle orifices formed therein; a wiping element disposed at the service location, the wiping element to wipe the nozzle surface of the agent distributor to remove build material adhered thereto, wherein the wiping element comprises textile based wiping elements, rubber or synthetic rubber wiping elements and/or fibrous wiping elements; an air outlet spaced apart from the service location; and at least one airflow component disposed proximate the service location, the at least one airflow component to generate airflow across the wiping element to the air outlet across the build area to reduce build material collection on the wiping element. a scanning carriage to move along a scanning axis over a build area, the scanning carriage to move to a service location spaced apart from the build area; an agent distributor coupled to the scanning carriage, the agent distributor 1 to selectively distribute agent in the build area, the agent distributor comprising a nozzle surface having a plurality of nozzle orifices formed therein; a wiping element disposed at the service location, the wiping element to wipe the nozzle surface of the agent distributor to remove build material adhered thereto, wherein the wiping element comprises textile based wiping elements, rubber or synthetic rubber wiping elements and/or fibrous wiping elements; an air outlet spaced apart from the service location; and at least one airflow component disposed proximate the service location, the at least one airflow component to generate airflow across the wiping element to the air outlet across the build area to reduce build material collection on the wiping element.
A vibration-damping mounting of a motor on a support, comprising a holding means at the motor side, a receiving means arranged at the support and an elastic element having an end portion facing the support and a main portion as well as a cavity and being arranged between the holding means and the receiving means, wherein the main portion has a cylindrical part and a portion towards the motor, characterized in that the cavity of the element is closed at its end portion facing the receiving means und being open at the portion towards the motor of the main portion, the end portion of the element facing the support is retained form-fit in the receiving means of the support being formed as a holder socket, wherein the shape of the end portion corresponds at least in portionwise manner to the inner cylindrical shape of the holder socket, and that the end portion facing the support is of a smaller cross-section than the remaining main portion of the element, so that the main portion forms a shoulder for a supporting means of the holder socket at the element which protrudes over the holder socket.
Flexible soft magnetic core, including a ferromagnetic material arranged to form parallel magnetic paths within a core body that is made of a cured polymeric medium, said parallel magnetic paths being electrically insulated from each other by said polymeric medium, wherein said ferromagnetic material comprises a plurality of parallel, continuous, ferromagnetic elements embedded in said core body made of said polymeric medium, wherein said continuous ferromagnetic elements are spaced apart from each other and extend from one end to another end of said core body, characterized in that: - said core is elongated along a longitudinal axis and flexible in at least two orthogonal directions; and - said continuous, ferromagnetic elements are flexible wires; whereby said core allowing a flexion with respect to said longitudinal axis parallel to said wires and also with respect to a transversal axis perpendicular to said wires. - said core is elongated along a longitudinal axis and flexible in at least two orthogonal directions; and - said continuous, ferromagnetic elements are flexible wires;
A dose indicating mechanism for a drug delivery device for displaying of a dose of a medicament to be dispensed by the drug delivery device, the dose indicating mechanism comprising: - an elongated housing extending in an axial direction (1, 2) and having at least a first window and a second window that are spaced apart from each other in axial direction (1, 2), - a dose indicating sleeve movably disposed in the housing and having at least one dose indication coinciding with the first window to display the size of a dose actually set, - an indicator operably engaged with the dose indicating sleeve and axially displaceable relative to the housing to coincide with the second window for indicating an operational status of the dose indicating mechanism, - wherein the dose indicating sleeve is rotatable relative to the housing and wherein the indicator is located at an axial end of the dose indicating sleeve, characterized in that - the indicator axially protrudes from the dose indicating sleeve and comprises at least one axially extending lateral edge. - an elongated housing extending in an axial direction (1, 2) and having at least a first window and a second window that are spaced apart from each other in axial direction (1, 2), - a dose indicating sleeve movably disposed in the housing and having at least one dose indication coinciding with the first window to display the size of a dose actually set, - an indicator operably engaged with the dose indicating sleeve and axially displaceable relative to the housing to coincide with the second window for indicating an operational status of the dose indicating mechanism, - wherein the dose indicating sleeve is rotatable relative to the housing and wherein the indicator is located at an axial end of the dose indicating sleeve, characterized in that - the indicator axially protrudes from the dose indicating sleeve and comprises at least one axially extending lateral edge.
A capacitor exhibiting a benign failure mode, comprising: a first electrode layer; a first ceramic layer disposed on a surface of the first electrode layer, a majority of the first ceramic layer having a substantially uniform thickness and a substantially uniform capacitance per unit area; selected areas of the first ceramic layer having additional dielectric material and exhibiting a substantially higher dielectric breakdown voltage than the majority of the first ceramic layer; and a second electrode layer disposed on the ceramic layer, the second electrode layer being capable of self-clearing of electrode material in the event of a failure. a first electrode layer; a first ceramic layer disposed on a surface of the first electrode layer, a majority of the first ceramic layer having a substantially uniform thickness and a substantially uniform capacitance per unit area; selected areas of the first ceramic layer having additional dielectric material and exhibiting a substantially higher dielectric breakdown voltage than the majority of the first ceramic layer; and a second electrode layer disposed on the ceramic layer, the second electrode layer being capable of self-clearing of electrode material in the event of a failure.
A process for preparing isocyanates by phosgenation of the corresponding amines in a fluidized-bed reactor, wherein - a gas stream comprising the phosgene is used as fluidizing gas and keeps an inert solid in suspension and - a liquid stream comprising the amine is fed into the fluidized bed, - with the amine vaporizing partially or completely and reacting with the phosgene to give a reaction gas mixture which comprises the corresponding isocyanate and is taken off from the fluidized-bed reactor. - a gas stream comprising the phosgene is used as fluidizing gas and keeps an inert solid in suspension and - a liquid stream comprising the amine is fed into the fluidized bed, - with the amine vaporizing partially or completely and reacting with the phosgene to give a reaction gas mixture which comprises the corresponding isocyanate and is taken off from the fluidized-bed reactor.
Protective equipment for a clean room and aseptic environment comprising: • an outer surface provided to be in contact with the surrounding environment, • an inner surface arranged to be in contact with or oriented towards a handler, characterised in that said protective equipment is packaged in a reusable and sterilisable pouch, made of textile material, having an opening provided with closing means. • an outer surface provided to be in contact with the surrounding environment, • an inner surface arranged to be in contact with or oriented towards a handler,
A method of producing ammonium persulfate by electrolyzing ammonium sulfate is characterized in that, in an electrolyzer which is separated into an anode chamber and a cathode chamber by a cation exchange membrane, an ammonium sulfate aqueous solution is supplied as an anode-side feedstock, a solution containing less than 1.0 mol of acid-derived acid dissociable hydrogen ions per 1.0 mol of amount of charge transfer, which solution is an ammonium sulfate aqueous solution, is supplied as a cathode-side feedstock, and electrolysis is performed to produce ammonium persulfate on the anode side and at least ammonia on the cathode side.
A wound dressing (200, 400, 500, 600, 700) comprising: a backing layer (210, 410, 510, 610, 710); a wound pad (220, 420, 520, 620, 720) having a wound-facing side (223, 423, 623) extending in a first geometrical plane, a non-wound facing side (224, 424, 624) extending in a second geometrical plane, and a circumferential contour (222, 422, 622); and a sealing ring (250, 450, 550, 650, 750) wherein the wound pad is affixed to the backing layer on the wound pad's non-wound facing side; the backing layer extends beyond the periphery of the wound pad; and at least a portion of the sealing ring is disposed: • between said first and said second plane, • within a distance of 5 mm from the contour of the wound pad, and • continuously along the contour of the wound pad. a backing layer (210, 410, 510, 610, 710); a wound pad (220, 420, 520, 620, 720) having a wound-facing side (223, 423, 623) extending in a first geometrical plane, a non-wound facing side (224, 424, 624) extending in a second geometrical plane, and a circumferential contour (222, 422, 622); and a sealing ring (250, 450, 550, 650, 750) • between said first and said second plane, • within a distance of 5 mm from the contour of the wound pad, and • continuously along the contour of the wound pad.
An inspection device for inspecting tangential recesses in a rotor disk by means of eddy currents, the device being of the type comprising a probe of cross-section with an outline that matches the outline of the section of such a recess, said probe containing a plurality of sensors arranged for acquiring a plurality of data series during a scan stroke in the longitudinal direction of the recess, the device being characterized in that the device comprises a support having two positioning members (21, 23) that co-operate respectively with two recesses neighboring the recess for inspection, and sliding moving equipment carrying said probe and arranged to guide it along said recess during inspection.
Method for coating tubular food casings, especially intestines, with flavourings in particulate form, especially seasonings, by wetting the tubular casing on the inside with adhesive and applying the desired flavourings to the resulting adhesive layer, characterised in that the casing that has been wetted on the inside with adhesive is formed into a non-flat, open cross-sectional shape by a supply of particulate flavourings introduced into the interior of the tube and a gas cushion, especially an air cushion; the casing, on its inner side that has been wetted with adhesive, picks up flavourings from the flavourings supply when it is drawn through the flavourings supply; and the casing, at least on the inside, consists predominantly of a water-absorbing plastics material.
A method of operating an electronic device for sharing a data quota in an electronic device between the electronic device and a plurality of other electronic devices (300, 400), the method comprising: grouping the electronic device and the plurality of other electronic devices (200, 300, 400) for sharing the data quota; receiving remaining data quota information corresponding to each electronic device (200, 300, 400) in the group from the server according to a request of the electronic device; selecting a sharing electronic device among the grouped other electronic devices (300, 400), through which to download data for the electronic devices from a server based on the received remaining data quota information; and receiving the downloaded data from the server to the sharing electronic device using the remaining data quota of the sharing electronic device. grouping the electronic device and the plurality of other electronic devices (200, 300, 400) for sharing the data quota; receiving remaining data quota information corresponding to each electronic device (200, 300, 400) in the group from the server according to a request of the electronic device; selecting a sharing electronic device among the grouped other electronic devices (300, 400), through which to download data for the electronic devices from a server based on the received remaining data quota information; and receiving the downloaded data from the server to the sharing electronic device using the remaining data quota of the sharing electronic device.
Extension adapter of a plug-in coupling, with which a free space between a male coupling element arranged on a first component and at least one female coupling element arranged on a second component is bridgeable in a connecting manner, and which has the following features: a. at least one male coupling end which is pluggable into the at least one female coupling element, b. a female coupling end in which the male coupling element is receivable and which is connected to the at least one male coupling end via an intermediate piece, and c. a locking element which is displaceably arranged in axial direction of the extension adapter with which, in a locking position at least partially surrounding the female coupling end, a releasing of a male coupling element from the female coupling end is prevented. a. at least one male coupling end which is pluggable into the at least one female coupling element, b. a female coupling end in which the male coupling element is receivable and which is connected to the at least one male coupling end via an intermediate piece, and c. a locking element which is displaceably arranged in axial direction of the extension adapter with which, in a locking position at least partially surrounding the female coupling end, a releasing of a male coupling element from the female coupling end is prevented.
Method for sensing travel by means of a travel-sensing arrangement for a brake system, wherein the travel-sensing arrangement has a first magnetic angle sensor, and the following step is carried out: - determining a first field strength in a first direction and determining a second field strength in a second direction by means of the first angle sensor, characterized in that the travel-sensing arrangement has a second magnetic angle sensor which is arranged at a predetermined distance from the first angle sensor, and the following step is carried out: - determining a first field strength in a first direction and determining a second field strength in a second direction by means of the first angle sensor. - determining a first field strength in a first direction and determining a second field strength in a second direction by means of the first angle sensor, characterized in that the travel-sensing arrangement has a second magnetic angle sensor which is arranged at a predetermined distance from the first angle sensor, and the following step is carried out: - determining a first field strength in a first direction and determining a second field strength in a second direction by means of the first angle sensor. - determining a first field strength in a first direction and determining a second field strength in a second direction by means of the first angle sensor.
A bias tyre (1, 11) for a two-wheel vehicle, the tyre comprising: a tread portion defining a pair of tread edges (Te), the tread edges (Te) being outermost edges of the tread portion in the tyre axial direction; a pair of sidewall portions; a carcass having a bias structure; a pair of sidewall rubber portions forming an outer surface of the pair of sidewall portion; and a tread rubber forming an outer surface of the tread portion and connected to the pair of sidewall rubber portions to form a pair of boundary surfaces (9, 12) therebetween, outer end portions in the tyre axial direction of the tread rubber being connected to the sidewall rubber portions via the boundary surfaces (9, 12), wherein outermost ends (9a, 12a) in a tyre axial direction of the pair of boundary surfaces (9, 12) are located on an outer surface of the tyre and inwardly in a tyre radial direction of the respective tread edges (Te), characterized in that innermost ends (9b, 12b) in the tyre axial direction of the boundary surfaces (9, 12) are located outwardly in the tyre radial direction of the tread edges (Te). a tread portion defining a pair of tread edges (Te), the tread edges (Te) being outermost edges of the tread portion in the tyre axial direction; a pair of sidewall portions; a carcass having a bias structure; a pair of sidewall rubber portions forming an outer surface of the pair of sidewall portion; and a tread rubber forming an outer surface of the tread portion and connected to the pair of sidewall rubber portions to form a pair of boundary surfaces (9, 12) therebetween, outer end portions in the tyre axial direction of the tread rubber being connected to the sidewall rubber portions via the boundary surfaces (9, 12), wherein outermost ends (9a, 12a) in a tyre axial direction of the pair of boundary surfaces (9, 12) are located on an outer surface of the tyre and inwardly in a tyre radial direction of the respective tread edges (Te), characterized in that innermost ends (9b, 12b) in the tyre axial direction of the boundary surfaces (9, 12) are located outwardly in the tyre radial direction of the tread edges (Te).
Air conditioning system, in particular for electric vehicle applications, defined by a closed circuit where coolant fluid circulates, the circuit comprising - a first heat exchanger, which can work as an evaporator, intended to be installed in the external environment, - a second heat exchanger, which can work as a condenser, intended to be installed in room or vehicle coach, - a compressor arranged between said first and second heat exchangers and a lamination valve arranged symmetrically to the compressor between said second and first heat exchangers, the conditioning system comprising - a controllable valve arranged between said first heat exchanger and said compressor in order to maintain a fluid pressure within said first heat exchanger above a predetermined minimum threshold pressure, when said first heat exchanger works as an evaporator during a heat pump mode. - a pressure sensor arranged within said first heat exchanger, which can work as an evaporator, or at the outlet of said first heat exchanger, which can work as an evaporator, in order to control said controllable valve accordingly; the system being characterized in comprising control means configured to control at least said compressor and said controllable valve at least based on a measurement of said pressure sensor and a temperature sensor arranged in the external environment to measure a temperature thereof, and wherein said control means are configured to control said controllable valve also on the basis of a measurement of said temperature sensor. - a first heat exchanger, which can work as an evaporator, intended to be installed in the external environment, - a second heat exchanger, which can work as a condenser, intended to be installed in room or vehicle coach, - a compressor arranged between said first and second heat exchangers and a lamination valve arranged symmetrically to the compressor between said second and first heat exchangers, the conditioning system comprising - a controllable valve arranged between said first heat exchanger and said compressor in order to maintain a fluid pressure within said first heat exchanger above a predetermined minimum threshold pressure, when said first heat exchanger works as an evaporator during a heat pump mode. - a pressure sensor arranged within said first heat exchanger, which can work as an evaporator, or at the outlet of said first heat exchanger, which can work as an evaporator, in order to control said controllable valve accordingly; the system being characterized in comprising control means configured to control at least said compressor and said controllable valve at least based on a measurement of said pressure sensor and a temperature sensor arranged in the external environment to measure a temperature thereof, and wherein said control means are configured to control said controllable valve also on the basis of a measurement of said temperature sensor.
Use of an electrical resistance element mainly consisting of a silicide phase according to the formula Mo(Si 1-x Al x) 2, which phase forms alumina on the surface of the element, whereby x amounts to between 0.10 and 0.60, in sintering of metal powder, powder of tungsten heavy alloy, or of intermetallic compounds.
Electrostatic atomizer for liquids, in particular cosmetics, at least comprising - a housing, - an electrical energy source, - an activation means, - control electronics, - a high-voltage source, - a liquid tank, - a delivery device, - atomizer nozzles (9, 9a, 9b), - the control electronics and the high-voltage source being arranged in an interior space of the housing, characterized in that the control electronics comprise sensor means, these comprising a number of sensor means for detecting a position and/or a movement in space, with the control electronics making it possible for changes in position and/or movement sequences to be detected, stored and analyzed. - a housing, - an electrical energy source, - an activation means, - control electronics, - a high-voltage source, - a liquid tank, - a delivery device, - atomizer nozzles (9, 9a, 9b), - the control electronics and the high-voltage source being arranged in an interior space of the housing,
A method for carrying out an application, in which an external device is involved, with the help of a portable data carrier, wherein via a first data channel of the portable data carrier a data connection with a first external device is formed; with the help of the first data channel involving the first external device a first part of the application is executed; within the framework of the first part of the application identification data are transferred from the first external device to the portable data carrier, a second part of the application involving the first external device is not executed until after a release by a user, characterized in that via a second data channel of the portable data carrier, different from the first data channel, a second data connection with the first external device or with a second external device is formed; from the portable data carrier via the second data channel identification data, which were provided on the execution of the first part of the application and by which the user can determine whether a manipulation has occurred and optionally deny the release, are transferred to the first external device or to the second external device and are shown at least partially on a display device of the first external device or of the second external device.