mhurhangee/ep-ind-claims huggingface dataset:
A method for checking the operation of a PSI5 reception unit in a motor vehicle controller, wherein the reception unit receives signals (SENS) from a connected PSI5 transmission unit, characterized in that the PSI5 reception unit comprises a check signal transmission unit and this check signal transmission unit sends a prescribed check signal (test) to the PSI5 reception unit at prescribed check times at which no signal (SENS) can be expected from the PSI5 transmission unit.
Method of producing a via in a III-V multi-junction solar cell with an upper side and a lower side and the via is formed to be continuous from the upper side to the lower side, and the III-V multi-junction solar cell comprises a substrate arranged at the lower side, and the substrate has an upper side and an epitaxial layer system, which is formed on the upper side, with a plurality of III-V layers, and the epitaxial layer system comprises at least one first III-V solar cell and an organic layer is formed at the upper side of the first III-V solar cell, - in a first method step an opening with a width X and with a first base surface formed in the epitaxial layer system is produced by means of a laser, - in a second method step an opening with a width Y and with a second base surface formed in the substrate is produced by means of the laser, wherein the width Y is smaller than the width X, - in a third method step an opening with a width Z is produced by means of the laser for formation of the continuous via, wherein the opening has no base surface and the width Z is smaller than the width Y, - the aforesaid method steps are executed in the indicated sequence or in a desired sequence. - in a first method step an opening with a width X and with a first base surface formed in the epitaxial layer system is produced by means of a laser, - in a second method step an opening with a width Y and with a second base surface formed in the substrate is produced by means of the laser, wherein the width Y is smaller than the width X, - in a third method step an opening with a width Z is produced by means of the laser for formation of the continuous via, wherein the opening has no base surface and the width Z is smaller than the width Y, - the aforesaid method steps are executed in the indicated sequence or in a desired sequence.
A rail expansion device with stock rail and tongue rail (12, 14, 21), and central rail (16, 18) that is directly or indirectly connected to the tongue rail, wherein the stock rail and the tongue rail are longitudinally movable and are in contact under an application of force acting transversely relative to a longitudinal direction of the rail, characterized in that the tongue rail, at some distance from the tongue rail section that is in contact with the stock rail (12, 14), is detachably accommodated by a holding device, and that the tongue rail in the holding device is connected form-fittingly and force-fittingly to the control rail (16, 18) merging into the holding device, or to a section of the control rail, or to a section of the holding device with a profile that merges into the control rail.
A needle for insertion into a patient's body for delivering high frequency electrical current comprising: an electrically insulated shaft having an electrically insulated portion and an exposed electrically conductive tip portion, wherein said insulated portion comprises an insulating coating; and a band-shaped radiopaque marker; characterised in that said marker is located at an edge of the coating, to distinguish between the exposed tip portion of the needle and the electrically insulated portion of the needle under fluoroscopic visualization. an electrically insulated shaft having an electrically insulated portion and an exposed electrically conductive tip portion, wherein said insulated portion comprises an insulating coating; and a band-shaped radiopaque marker; characterised in that said marker is located at an edge of the coating, to distinguish between the exposed tip portion of the needle and the electrically insulated portion of the needle under fluoroscopic visualization.
Wrapping machine for wrapping blocks of compressed fresh yeast, the machine comprising a wrap feeder, a wrapping mechanism, a first support placed under the wrapping mechanism, a linear vertical actuator and lifting platform assembly arranged to push a block of yeast upwards against the wrap, it comprises a second support of the wrap feeder, the first support and the second support being spaced such that a horizontal separation is defined therebetween, characterised in that a well is arranged below the horizontal separation, the linear vertical actuator being arranged in the well such that fragments of yeast can fall into the well.
Fastening member arranged for tightening a wheel rim on a motor vehicle hub, the fastening member of overall axial extension comprising a screw provided with a head for axial bearing against a ring threaded around a smooth face of a rod of the screw, said smooth face being extended axially by an external thread of said rod of screws extending at its distal end, the axially opposite faces of the ring having at one of its said faces a partially spherical shape and at the other of its said faces a conical shape, characterized in that the distal face of the screw head is arranged in a spherical cap cooperating by fitting with a spherical cap of complementary shape that the ring has at its proximal face, the conical shaping face (1 1a) of the ring being arranged at its distal face in forming a member d The nesting with conical bearing surface.
An apparatus, comprising: a management module (112, 350) configured to assign a first block of identifiers to each network control entity from a plurality of network control entities (122, 132, 142, 253, 380, 381, 382) associated with a distributed multi-stage switch, responsive to receiving (562, 604) a request for a first block of identifiers from the network control entity, such that a network control entity from the plurality of network control entities can assign (566, 608) a unique identifier from the first block of identifiers to a port from a plurality of ports associated with the network control entity in response to that network control entity receiving a login request (564, 606) from the port; the management module further configured to assign a unique identifier from a second block of identifiers to a port from a plurality of ports associated with the management module, responsive to a login request received from that port. a management module (112, 350) configured to assign a first block of identifiers to each network control entity from a plurality of network control entities (122, 132, 142, 253, 380, 381, 382) associated with a distributed multi-stage switch, responsive to receiving (562, 604) a request for a first block of identifiers from the network control entity, such that a network control entity from the plurality of network control entities can assign (566, 608) a unique identifier from the first block of identifiers to a port from a plurality of ports associated with the network control entity in response to that network control entity receiving a login request (564, 606) from the port; the management module further configured to assign a unique identifier from a second block of identifiers to a port from a plurality of ports associated with the management module, responsive to a login request received from that port.
A method comprising: when a servo gauge detects less than a threshold amount of change in the material level for a threshold amount of time, responsive to detecting the change that is less than the threshold amount and based on whether a measured level of material in the tank has remained constant or substantially constant for a specified period of time, automatically initiating a test of the servo gauge by causing the servo gauge to attempt to move a displacer of the servo gauge, the servo gauge using a drum to move the displacer in the tank; measuring a torque on the drum by measuring the torque on a shaft that imparts rotation to the drum during or after the attempt to move the displacer; and identifying a mechanical problem with the servo gauge based on the measured torque on the shaft, the mechanical problem including a mechanical failure of one or more components of the servo gauge. when a servo gauge detects less than a threshold amount of change in the material level for a threshold amount of time, responsive to detecting the change that is less than the threshold amount and based on whether a measured level of material in the tank has remained constant or substantially constant for a specified period of time, automatically initiating a test of the servo gauge by causing the servo gauge to attempt to move a displacer of the servo gauge, the servo gauge using a drum to move the displacer in the tank; measuring a torque on the drum by measuring the torque on a shaft that imparts rotation to the drum during or after the attempt to move the displacer; and identifying a mechanical problem with the servo gauge based on the measured torque on the shaft, the mechanical problem including a mechanical failure of one or more components of the servo gauge.
A system, comprising: an authentication authority computing device (10; 20) encoded with instructions that, if executed, result in: upon request from a client (8; 68) accessing an authentication request including a first authentication object of a first domain and containing information specifying a network resource of the first domain; comparing the request for the first domain to a core identity database; authenticating the first domain according to the comparison; if the first domain is authenticated, accessing assertions made by the core identity of the first domain; and sending a message to the client (8; 68) indicating that the first domain is authenticated, wherein the message provides a second different authentication object for a second, different domain; accessing the received authentication request including the second authentication object of the second domain and information specifying a network resource of the second domain; comparing the received authentication request for the second domain to the same or another core identity database; authenticating the second domain according to the comparison; and if the second domain is authenticated, sending a message to the client (8; 68) indicating that the second domain is authenticated.
A detection apparatus for recognising fault states of a protective conductor of a low-voltage network, the detection apparatus comprising a protective conductor for connection with the protective conductor of the low-voltage network, wherein, in an operating state of the detection apparatus, its protective conductor is connected to the protective conductor of the low-voltage network, wherein the detection apparatus comprises a first conductor in order to provide a first voltage in the operating state between the first conductor and the protective conductor of the detection apparatus, wherein the detection apparatus comprises a semiconductor switch which is switched between the first conductor and the protective conductor of the detection apparatus in such a way that current can flow off against the protective conductor in through-switching of the semiconductor switch, wherein the detection apparatus further comprises a sensor with a sensor surface made of conductive material for contact by a user, wherein the sensor is connected to a control electrode of the semiconductor switch, characterized in that the detection apparatus comprises a second conductor which is connected to the sensor surface in order to apply a test potential to the sensor surface in the operating state in order to form a voltage divider upon contact of the sensor surface by the user situated on a local ground potential, whose output comprises an impedance of the user and is connected to the control electrode of the semiconductor switch, and the detection apparatus is designed in such a way that a voltage applied between the control electrode of the semiconductor switch and the protective conductor of the detection apparatus switches the semiconductor switch in the operating state and with applied test potential upon contact of the sensor surface with an insulating object and/or upon contact of the sensor surface and occurrence of a fault voltage, especially phase voltage, on the protective conductor of the low-voltage network in order to enable recognising the contact of the sensor surface with the insulating object and/or the fault voltage, especially phase voltage, on the protective conductor of the low-voltage network as fault states.
Polishing method for processing an optical surface of an optical lens, having a polishing wheel which has a wheel axis which is surrounded radially by a polishing surface, comprising the following steps: - applying the polishing surface of the polishing wheel to the surface of the lens, - moving the polishing wheel relative to the lens over the surface thereof along a processing path, - rotating the polishing wheel around the wheel axis, - rotating the polishing wheel around a rotational axis which is aligned perpendicularly to the wheel axis, and characterised by the following steps - rotating the polishing wheel around the wheel axis and the rotational axis with a first rotational speed ratio, - moving the polishing wheel along a spiral-shaped movement path, - reducing a rotational speed of the polishing wheel around the wheel axis in the spiral centre of the movement path relative to a rotational speed of the polishing wheel around the wheel axis at the outer radius of the spiral of the movement path and - reducing a rotational speed of the polishing wheel around the rotational axis in the spiral centre of the movement path relative to a rotational speed of the polishing wheel around the rotational axis at the outer radius of the spiral of the movement path. - applying the polishing surface of the polishing wheel to the surface of the lens, - moving the polishing wheel relative to the lens over the surface thereof along a processing path, - rotating the polishing wheel around the wheel axis, - rotating the polishing wheel around a rotational axis which is aligned perpendicularly to the wheel axis, and - rotating the polishing wheel around the wheel axis and the rotational axis with a first rotational speed ratio, - moving the polishing wheel along a spiral-shaped movement path, - reducing a rotational speed of the polishing wheel around the wheel axis in the spiral centre of the movement path relative to a rotational speed of the polishing wheel around the wheel axis at the outer radius of the spiral of the movement path and - reducing a rotational speed of the polishing wheel around the rotational axis in the spiral centre of the movement path relative to a rotational speed of the polishing wheel around the rotational axis at the outer radius of the spiral of the movement path.
A process for preparing tantalum powders for use in an electrolytic capacitor wherein said tantalum powder is a tantalum flake powder having a content of metal impurities ΣFe+Ni+Cr<60ppm and a content of C <60ppm and having a tantalum flake powder, wherein the content of metal impurities ΣFe+Ni+Cr<60ppm, the content of C <60ppm; the specific capacitance value thereof is 5000-60000 μF•V/g at a formation voltage of 50-270 V, comprising the steps of: 1) preparation of raw tantalum powders: providing raw tantalum powders having suitable average particle size according to the requirement for targeted average particle size of tantalum flake powders, wherein the ratio of the average particle size of raw tantalum powders to the average particle size of tantalum flake powders is 2-5; 2) preparation of tantalum flake powders: processing the raw tantalum powders into flaky shape to obtain tantalum flake powders, preferably with a processing method comprising: ball milling, pounding or squashing, more preferably with ball milling; 3) removal of impurities by acid washing: acid washing the tantalum flake powders obtained in step 2) to decrease the impurities therein to obtain flake raw powders; 4) subsequent processing step of flake raw powders: subjecting the flake raw powders obtained in step 3) to subsequent processing step to give tantalum powders for use in an electrolytic capacitor, said subsequent processing step is one step or a combination of several steps selected from the group consisting of spherically granulation, heat treatment at high temperature in high vacuum, and deoxidation by magnesium. 1) preparation of raw tantalum powders: providing raw tantalum powders having suitable average particle size according to the requirement for targeted average particle size of tantalum flake powders, wherein the ratio of the average particle size of raw tantalum powders to the average particle size of tantalum flake powders is 2-5; 2) preparation of tantalum flake powders: processing the raw tantalum powders into flaky shape to obtain tantalum flake powders, preferably with a processing method comprising: ball milling, pounding or squashing, more preferably with ball milling; 3) removal of impurities by acid washing: acid washing the tantalum flake powders obtained in step 2) to decrease the impurities therein to obtain flake raw powders; 4) subsequent processing step of flake raw powders: subjecting the flake raw powders obtained in step 3) to subsequent processing step to give tantalum powders for use in an electrolytic capacitor, said subsequent processing step is one step or a combination of several steps selected from the group consisting of spherically granulation, heat treatment at high temperature in high vacuum, and deoxidation by magnesium.
Suction apparatus for cleaning purposes, comprising a lower part which comprises or forms a dirt collection container having a suction inlet, an upper part releasably placeable on top of the lower part which comprises a suction unit and a battery receptacle for at least one battery for providing electrical energy to the suction apparatus and comprises or forms a container wall forming a boundary for the dirt collection container, and a filter device having a filter element for filtering the air drawn out of the dirt collection container by the suction unit, wherein the filter element is arranged on the side of the container wall that faces towards the dirt collection container, wherein the upper part comprises or forms a suction space and suction air is drawn out of the dirt collection container by the suction unit via the suction space and the filter element, characterized in that the filter element is a flat pleated filter and in that the suction space is positioned between the suction unit and the battery receptacle.
Platform for the space-saving design of an energy conversion system, in that containers are stacked as housings of components of the energy conversion system, one above the other, with the platform arranged between the containers, wherein the platform has a frame structure which has, on a first side, first alignment elements for placing the platform on a first container and, on a second side, opposite the first side, of the frame structure, second alignment elements for placing a second container on a placement area of the frame structure, wherein the first and second alignment elements (12, 13) are arranged in such a way that they result in an arrangement, which is laterally centered and vertically spaced apart by a height of the platform, of the second container above the first container, characterised in that the frame structure forms a standing area, which circumferentially surrounds the placement area and is walkable by persons, as access to the second container.
A cleaning unit for a cleaning device for cleaning teatcups of a milking apparatus, the cleaning unit being configured for receiving one teatcup of the milking apparatus, and comprising a cup-shaped member comprising - an annular bottom surface extending around a longitudinal central axis (x) of the cleaning unit, - a side surface extending around the annular bottom surface and facing the longitudinal central axis (x), - at least three ribs protruding from the annular bottom surface and having an extension between an inner position and an outer position on the annular bottom surface, the inner position being located more closely to the longitudinal central axis (x) than the outer position, wherein the ribs are configured to create a gap between the annular bottom surface and an end surface of a teatcup received in the cleaning unit, characterized in that each of the ribs is curved along at least a part of the extension. - an annular bottom surface extending around a longitudinal central axis (x) of the cleaning unit, - a side surface extending around the annular bottom surface and facing the longitudinal central axis (x), - at least three ribs protruding from the annular bottom surface and having an extension between an inner position and an outer position on the annular bottom surface, the inner position being located more closely to the longitudinal central axis (x) than the outer position, wherein the ribs are configured to create a gap between the annular bottom surface and an end surface of a teatcup received in the cleaning unit,
Process for dyeing and relaxing the curls of keratin fibres, in particular of keratin fibres such as the hair, comprising: i) the application to said fibres of an acidic composition having a pH of inclusively between 1 and 5 and containing one or more thiol-comprising reducing agents; ii) the application to said fibres of a distinct composition containing one or more dyes chosen from a) direct dyes and b) oxidation dyes; followed iii) by a step of heat treatment of the fibres by means of a heating tool; it being understood that steps i) and ii) are carried out separately, i.e. i) then ii) or else ii) then i) or together on the keratin fibres, preferably in the order i) then ii) and followed by step iii). i) the application to said fibres of an acidic composition having a pH of inclusively between 1 and 5 and containing one or more thiol-comprising reducing agents; ii) the application to said fibres of a distinct composition containing one or more dyes chosen from a) direct dyes and b) oxidation dyes; followed iii) by a step of heat treatment of the fibres by means of a heating tool;