mhurhangee/ep-ind-claims huggingface dataset:
A magnet evaluating device, comprising an evaluation magnet, which is formed by connecting a plurality of magnetic sections with insulating material in between, a master magnet, which is formed by connecting a plurality of magnetic sections with insulating material in between, an excitation coil that is configured to generate an alternating magnetic field of a magnitude within a range corresponding to a region including an insulating material between at least one magnetic section of a magnet, which is formed by connecting a plurality of magnetic sections with insulating material in between, and another magnetic section that is adjacent to the one magnetic section, wherein a width of the excitation coil is configured to be larger than a width of the magnetic section; a detection coil that is configured to detect an eddy current occurring in the magnet, wherein a width of the detection coil is configured to be less than the width of the magnetic section; a holder configured to receive the evaluation magnet and the master magnet; a transfer unit that is configured to transfer the holder into which are set the evaluation magnet and the master magnet through the magnetic field; and an evaluation unit that is configured to compare a measured value corresponding to a voltage or a current that is generated in the detection coil when the evaluation magnet passes through the magnetic field, with a measured value corresponding to voltage or the current that is generated in the detection coil when the master magnet passes through the magnetic field. an evaluation magnet, which is formed by connecting a plurality of magnetic sections with insulating material in between, a master magnet, which is formed by connecting a plurality of magnetic sections with insulating material in between, an excitation coil that is configured to generate an alternating magnetic field of a magnitude within a range corresponding to a region including an insulating material between at least one magnetic section of a magnet, which is formed by connecting a plurality of magnetic sections with insulating material in between, and another magnetic section that is adjacent to the one magnetic section, wherein a width of the excitation coil is configured to be larger than a width of the magnetic section; a detection coil that is configured to detect an eddy current occurring in the magnet, wherein a width of the detection coil is configured to be less than the width of the magnetic section; a holder configured to receive the evaluation magnet and the master magnet; a transfer unit that is configured to transfer the holder into which are set the evaluation magnet and the master magnet through the magnetic field; and an evaluation unit that is configured to compare a measured value corresponding to a voltage or a current that is generated in the detection coil when the evaluation magnet passes through the magnetic field, with a measured value corresponding to voltage or the current that is generated in the detection coil when the master magnet passes through the magnetic field.
Switching device for direct current applications, comprising at least one current path (5, 6, 7), at least one switching contact arrangement (13, 16) for interrupting the at least one current path (5, 6, 7), wherein the switching contact arrangement (13, 16) is arranged in a switching chamber (8, 9, 10) of a housing of the switching device, and an arc driver arrangement (32, 33) which is arranged in the switching chamber (8, 9, 10) and generates a magnetic field at least in the region of the switching contact arrangement (13, 16) of the respective current path (5, 6, 7), wherein the arc driver arrangement (32, 33) includes at least one permanent magnet arrangement (25, 26) having a permanent magnet and a cover made from electrically insulating material, characterised in that the cover is directly fastened to one end of the permanent magnet, wherein the permanent magnet arrangement (25, 26) is received in a receiving chamber of the housing and projects exclusively with the cover out of this housing.
A camera module, comprising: a first housing including a first lens group and a first magnet; a second housing including a second lens group and a second magnet, the second housing configured to receive at least part of the first housing; a third housing including a bottom surface including an opening, and a wall surface perpendicular to the bottom surface of the third housing, the third housing configured to receive at least part of the second housing, the third housing further including a first coil formed on a portion of the wall surface, and a second coil formed on one of another portion of the wall surface and the bottom surface of the third housing; and a circuit board including an image sensor, the circuit board disposed adjacent to the bottom surface of the third housing, wherein the first housing is moveable in a first direction responsive to an interaction between the first magnet and the first coil that adjusts a focus of the camera module, and the second housing is moveable in a second direction responsive to an interaction between the second magnet and the second coil that at least partially compensates for shaking of the camera module. a first housing including a first lens group and a first magnet; a second housing including a second lens group and a second magnet, the second housing configured to receive at least part of the first housing; a third housing including a bottom surface including an opening, and a wall surface perpendicular to the bottom surface of the third housing, the third housing configured to receive at least part of the second housing, the third housing further including a first coil formed on a portion of the wall surface, and a second coil formed on one of another portion of the wall surface and the bottom surface of the third housing; and a circuit board including an image sensor, the circuit board disposed adjacent to the bottom surface of the third housing, wherein the first housing is moveable in a first direction responsive to an interaction between the first magnet and the first coil that adjusts a focus of the camera module, and the second housing is moveable in a second direction responsive to an interaction between the second magnet and the second coil that at least partially compensates for shaking of the camera module.
A method of making a liquid potato product, the method comprising: (a) providing an initial potato feed comprising a potato component; (b) at least partially gelatinizing said initial potato feed by blanching to thereby form a gelatinized potato feed; (c) adding water and at least one oil to said gelatinized potato feed to thereby form a treated potato feed; (d) shearing at least a portion of said treated potato feed at a temperature of less than 67°C to thereby form a sheared potato product comprising an average particle size on a volume basis in the range of 50 to 300 μm as measured by a Microtrac Bluewave Particle Size Analyser, wherein the shearing occurs in a high shear milling device; (e) heating said sheared potato product to at least 55°C to thereby form said liquid potato product. (a) providing an initial potato feed comprising a potato component; (b) at least partially gelatinizing said initial potato feed by blanching to thereby form a gelatinized potato feed; (c) adding water and at least one oil to said gelatinized potato feed to thereby form a treated potato feed; (d) shearing at least a portion of said treated potato feed at a temperature of less than 67°C to thereby form a sheared potato product comprising an average particle size on a volume basis in the range of 50 to 300 μm as measured by a Microtrac Bluewave Particle Size Analyser, wherein the shearing occurs in a high shear milling device; (e) heating said sheared potato product to at least 55°C to thereby form said liquid potato product.
A refrigerator comprising: a cabinet defining a first storage region for storing food; a door which opens and closes the first storage region and is filled with a thermal insulator therein; a gasket which is provided on an inner surface of the door and seals the first storage region from outdoor air by forming a sealing boundary when the door closes the first storage region; a first hinge member with a first rotary shaft, which rotatably connects the door to the cabinet; a container which is rotatably coupled to the door and defines a second storage region for storing food and is received in the first storage region; a second hinge member with a second rotary shaft which rotatably connects the door to the container; and a connection member coupling the first and second hinge members (40, 200) to each other, wherein the connection member is structurally coupled to the second hinge member within the door, in order to prevent distortions of the relative axial direction of the rotary shafts (42, 206); and to prevent a distortion of a position of a rotary shaft of the second hinge member relative to a rotary shaft of the first hinge member, wherein the container is received in the first storage region for storing food formed when the door closes the first storage region. a cabinet defining a first storage region for storing food; a door which opens and closes the first storage region and is filled with a thermal insulator therein; a gasket which is provided on an inner surface of the door and seals the first storage region from outdoor air by forming a sealing boundary when the door closes the first storage region; a first hinge member with a first rotary shaft, which rotatably connects the door to the cabinet; a container which is rotatably coupled to the door and defines a second storage region for storing food and is received in the first storage region; a second hinge member with a second rotary shaft which rotatably connects the door to the container; and a connection member coupling the first and second hinge members (40, 200) to each other, wherein the connection member is structurally coupled to the second hinge member within the door, in order to prevent distortions of the relative axial direction of the rotary shafts (42, 206); and to prevent a distortion of a position of a rotary shaft of the second hinge member relative to a rotary shaft of the first hinge member, wherein the container is received in the first storage region for storing food formed when the door closes the first storage region.
Switching device comprising a control unit, a power supply connection, a power supply unit and a first current path connected to a power supply network, which comprises a first electromechanical switch and a parallel circuit of a second electromechanical switch with a semiconductor switch connected in series to the first switch, wherein the control unit is able to emit a switching signal for the first switch, the second switch and the semiconductor switch, wherein the power supply connection is connected to the power supply unit and the control unit obtains via the power supply unit the energy for the switching signals, characterised in that the switching device comprises an energy store and a measuring device connected to the control unit, wherein the energy store is connected in series between the power supply connection and the power supply unit so that, by means of the energy store, energy supplied to the switching device via the power supply connection is buffered by the power supply source on the inside of the device, wherein the control unit is able to monitor by means of the measuring device the energy supplied to the switching device via the power supply connection in the region between the power supply connection and the power supply unit, wherein the control unit is configured such that if the energy supply monitored by means of the measuring device falls into a critical range, and using the energy from the energy store, said control unit - in a first step switches the semiconductor switch to an electrically conductive state and then opens the second switch, and - after the first step, in a second step switches the semiconductor switch to an electrically non-conductive state and then opens the first switch. - in a first step switches the semiconductor switch to an electrically conductive state and then opens the second switch, and - after the first step, in a second step switches the semiconductor switch to an electrically non-conductive state and then opens the first switch.
A constellation of Earth-orbiting spacecraft, the constellation comprising: a first pair of spacecrafts consisting of a first spacecraft disposed in a first geosynchronous orbit and a second spacecraft disposed in a second geosynchronous orbit, wherein: the first spacecraft and the second spacecraft are each located at a substantially similar median first longitude and the constellation includes no other spacecraft located at substantially the first longitude; each of the first geosynchronous orbit and the second geosynchronous orbit is substantially circular with a radius of approximately 42,164 km; the first geosynchronous orbit and the second geosynchronous orbit have a respective inclination with respect to the equator within a range of 5° to 20°; and the first geosynchronous orbit has a first right ascension of ascending node RAAN1 and the second geosynchronous orbit has a second right ascension of ascending node RAAN2; characterized in that RAAN2 is approximately RAAN1 + 90°. a first pair of spacecrafts consisting of a first spacecraft disposed in a first geosynchronous orbit and a second spacecraft disposed in a second geosynchronous orbit, wherein: the first spacecraft and the second spacecraft are each located at a substantially similar median first longitude and the constellation includes no other spacecraft located at substantially the first longitude; each of the first geosynchronous orbit and the second geosynchronous orbit is substantially circular with a radius of approximately 42,164 km; the first geosynchronous orbit and the second geosynchronous orbit have a respective inclination with respect to the equator within a range of 5° to 20°; and the first spacecraft and the second spacecraft are each located at a substantially similar median first longitude and the constellation includes no other spacecraft located at substantially the first longitude; each of the first geosynchronous orbit and the second geosynchronous orbit is substantially circular with a radius of approximately 42,164 km; the first geosynchronous orbit and the second geosynchronous orbit have a respective inclination with respect to the equator within a range of 5° to 20°; and the first geosynchronous orbit has a first right ascension of ascending node RAAN1 and the second geosynchronous orbit has a second right ascension of ascending node RAAN2; characterized in that RAAN2 is approximately RAAN1 + 90°.
A method of controlling device-to-device, D2D, communication, the method comprising: a first D2D communication device (10; 1100; 1200) receiving first information from one or more second D2D communication devices (10; 1100; 1200), the first information indicating control information for one or more links from the respective second D2D communication device (10; 1100; 1200); based on the indicated control information, the first D2D communication device (10; 1100; 1200) determining control information for one or more links from the first D2D communication device (10; 1100; 1200); and the first D2D communication device (10; 1100; 1200) sending second information to one or more third D2D communication devices (10; 1100; 1200), the second information indicating whether the first D2D communication device (10; 1100; 1200) intends to perform a transmission on one or more of the links from the first D2D communication device (10; 1100; 1200), using the determined control information for the one or more of the links from the first D2D communication device (10; 1100; 1200). a first D2D communication device (10; 1100; 1200) receiving first information from one or more second D2D communication devices (10; 1100; 1200), the first information indicating control information for one or more links from the respective second D2D communication device (10; 1100; 1200); based on the indicated control information, the first D2D communication device (10; 1100; 1200) determining control information for one or more links from the first D2D communication device (10; 1100; 1200); and the first D2D communication device (10; 1100; 1200) sending second information to one or more third D2D communication devices (10; 1100; 1200), the second information indicating whether the first D2D communication device (10; 1100; 1200) intends to perform a transmission on one or more of the links from the first D2D communication device (10; 1100; 1200), using the determined control information for the one or more of the links from the first D2D communication device (10; 1100; 1200).
A device comprising: a semiconductor (22, 100, 202, 222, 312, 352); and a substrate (24, 204, 224, 250, 314, 354) having a first surface (28, 210, 232, 302, 320, 362) and a second surface (30, 212, 234, 304, 322, 364) that opposes the first surface (28, 210, 232, 302, 320, 362), wherein the substrate (24, 204, 224, 250, 314, 354) has a hole (208, 228, 252, 318, 358) that extends from the first surface (28, 210, 232, 302, 320, 362) to the second surface (30, 212, 234, 304, 322, 364) and the semiconductor (22, 100, 202, 222, 312, 352) is secured to the substrate (24, 204, 224, 250, 314, 354) via adhesive in the hole (208, 228, 252, 318, 358), wherein the adhesive is attached to the semiconductor (22, 100, 202, 222, 312, 352) at one surface thereof. a semiconductor (22, 100, 202, 222, 312, 352); and a substrate (24, 204, 224, 250, 314, 354) having a first surface (28, 210, 232, 302, 320, 362) and a second surface (30, 212, 234, 304, 322, 364) that opposes the first surface (28, 210, 232, 302, 320, 362), wherein the substrate (24, 204, 224, 250, 314, 354) has a hole (208, 228, 252, 318, 358) that extends from the first surface (28, 210, 232, 302, 320, 362) to the second surface (30, 212, 234, 304, 322, 364) and the semiconductor (22, 100, 202, 222, 312, 352) is secured to the substrate (24, 204, 224, 250, 314, 354) via adhesive in the hole (208, 228, 252, 318, 358), wherein the adhesive is attached to the semiconductor (22, 100, 202, 222, 312, 352) at one surface thereof.
A method of transferring location related information from a first entity to a second entity, the method comprising: segmenting the location related information into a plurality of messages by the first entity and assigning a session identification to the plurality of messages by the first entity; sending a first subset of the plurality of messages with the session identification from the first entity to the second entity, the first subset comprising less than all of the plurality of messages; wherein a connection or session between the first entity and the second entity is released after sending the first subset; reestablishing the connection or session between the first entity and the second entity; and sending a second subset of the plurality of messages with the session identification from the first entity to the second entity after the connection or session is reestablished, wherein the second subset comprises all messages of the plurality of messages other than the first subset, wherein a last acknowledgement of receipt received by the first entity from the second entity prior to the connection or session being released is for a message i-1, wherein resuming the transfer of the location related information comprises sending a next message i with respect to the message i-1 by the first entity to the second entity. segmenting the location related information into a plurality of messages by the first entity and assigning a session identification to the plurality of messages by the first entity; sending a first subset of the plurality of messages with the session identification from the first entity to the second entity, the first subset comprising less than all of the plurality of messages; wherein a connection or session between the first entity and the second entity is released after sending the first subset; reestablishing the connection or session between the first entity and the second entity; and sending a second subset of the plurality of messages with the session identification from the first entity to the second entity after the connection or session is reestablished, wherein the second subset comprises all messages of the plurality of messages other than the first subset, wherein a last acknowledgement of receipt received by the first entity from the second entity prior to the connection or session being released is for a message i-1, wherein resuming the transfer of the location related information comprises sending a next message i with respect to the message i-1 by the first entity to the second entity.
A method of performing hyperspectral imaging, the method comprising the steps of: a) receiving polarised radiation (400, 450; 600; 700; 800) at a first Wollaston prism (310; 520) located at a first position; b) separating the polarised radiation (400, 450; 600; 700; 800) into two orthogonally polarised components (410, 420; 610, 620; 710, 720; 810, 820) using the first Wollaston prism (310; 520); c) directing the two orthogonally polarised components (410, 420; 610, 620; 710, 720; 810, 820) to a second position using relay optics, the first Wollaston prism (310; 520) located at the first position being imaged at the second position; d) recombining the two orthogonally polarised components (410, 420; 610, 620; 710, 720; 810, 820) into recombined polarised radiation (480; 600'; 700'; 800') at the second position; e) projecting the recombined polarised radiation (480; 600'; 700'; 800') into a single polarisation state using at least one polariser; and f) modulating the recombined polarised radiation (480; 600'; 700'; 800') to interfere in the imaging plane (370; 560); characterised in that step f) comprises translating the first Wollaston prism (310; 520) in a direction parallel to its virtual split plane to modulate the recombined polarised radiation (480; 600'; 700'; 800'). a) receiving polarised radiation (400, 450; 600; 700; 800) at a first Wollaston prism (310; 520) located at a first position; b) separating the polarised radiation (400, 450; 600; 700; 800) into two orthogonally polarised components (410, 420; 610, 620; 710, 720; 810, 820) using the first Wollaston prism (310; 520); c) directing the two orthogonally polarised components (410, 420; 610, 620; 710, 720; 810, 820) to a second position using relay optics, the first Wollaston prism (310; 520) located at the first position being imaged at the second position; d) recombining the two orthogonally polarised components (410, 420; 610, 620; 710, 720; 810, 820) into recombined polarised radiation (480; 600'; 700'; 800') at the second position; e) projecting the recombined polarised radiation (480; 600'; 700'; 800') into a single polarisation state using at least one polariser; and f) modulating the recombined polarised radiation (480; 600'; 700'; 800') to interfere in the imaging plane (370; 560);
Electromagnetic actuator for locking applications, e.g. for safety locks, which actuator has an electrically energized coil which is at least partially enclosed by a casing body and a yoke piece, wherein inside the coil an armature mounted movably in the axial direction is provided, which interacts with a restoring element in the form of a resilient element and / or a counter coil for generating a reversing stroke and between a first end position and a second end position is movable, at least one locking element through which magnetic field lines can flow at least partially and which interacts with the armature in such a way that this can be locked or unlocked in at least one of its end positions (P1, P2) by at least one locking element, characterized in that the locking element comprises a permanent magnet firmly connected to it, preferably in its interior, and which locking element is movably mounted within a locking guide provided in a guide ring, the locking element engages in a recess of the armature for locking.