mhurhangee/ep-ind-claims huggingface dataset:
A roller mill for grinding and processing cereals, granular materials, mixtures of cereals and similar products, comprising at least one pair of parallel cylinders (C, C") positioned side by side, characterised in that it comprises: • permanent magnets (M', M") arranged in proximity to at least one end of the shaft (A', A") of each cylinder (C, C"), wherein said permanent magnets (M', M") are arranged so that they are equally spaced along the circumference of said shaft (A, A"); • coils or windings (B', B") fixed to the structure of the roller mill through flanges (H', H") and arranged radially around the end provided with permanent magnets (M', M") of each shaft (A, A"); • at least one control circuit that controls the power supply and the change of polarity of the coils or windings (B', B") of the motors of each pair of cylinders (C, C"), and wherein each set of said permanent magnets (M', M") of said shafts (A, A") and each set of said coils or windings (B', B") arranged around said permanent magnets (M', M") respectively constitute the rotor and the stator of the contactless rotation motor of each cylinder (C, C"), wherein said control circuit is configured to control the power supply and the change of polarity of the coils or windings (B', B") of each motor independently by means of a respective control unit (L', L") and to provide a setting according to which the speed of the first cylinder (C, C") is higher than that of the second cylinder (C", C), in which said slower cylinder (C", C) is also driven by the motion of said faster cylinder (C, C") and by the material introduced between the cylinders (C, C"),, and in that said control circuit is further configured to provide a setting according to which a given rotation speed and a given torque are transmitted to the first cylinder and no power is transmitted to the second cylinder (C"), the second cylinder (C") is braked by its own motor (C") not powered by said control circuit, wherein the control unit (L") of said second cylinder (C"), through a feedback connection, makes part of the recovered energy available for the motor of the first cylinder, supplying it directly to the control unit (L') of said first motor. • permanent magnets (M', M") arranged in proximity to at least one end of the shaft (A', A") of each cylinder (C, C"), wherein said permanent magnets (M', M") are arranged so that they are equally spaced along the circumference of said shaft (A, A"); • coils or windings (B', B") fixed to the structure of the roller mill through flanges (H', H") and arranged radially around the end provided with permanent magnets (M', M") of each shaft (A, A"); • at least one control circuit that controls the power supply and the change of polarity of the coils or windings (B', B") of the motors of each pair of cylinders (C, C"), and wherein each set of said permanent magnets (M', M") of said shafts (A, A") and each set of said coils or windings (B', B") arranged around said permanent magnets (M', M") respectively constitute the rotor and the stator of the contactless rotation motor of each cylinder (C, C"),
An ultrasonic probe comprising: an ultrasonic transceiver configured to transmit an ultrasonic signal to an object and receive a signal reflected from the object; a first display configured to receive information from a user or output information received from an ultrasonic diagnostic apparatus; and a first controller configured to display a first picture on the first display when an operating state of the ultrasonic probe is switched to a standby state, wherein the first picture includes information regarding the operating state of the ultrasonic probe, and characterized in that the type of information regarding the operating state of the ultrasonic probe included in the first picture is configured to be set by the user, wherein the first display comprises an OLED (Organic Light-Emitting Device) panel, wherein the first controller is configured to control the first display to drive only pixels corresponding to the area in which the information regarding the operation state of the ultrasonic probe is displayed in the first picture. an ultrasonic transceiver configured to transmit an ultrasonic signal to an object and receive a signal reflected from the object; a first display configured to receive information from a user or output information received from an ultrasonic diagnostic apparatus; and a first controller configured to display a first picture on the first display when an operating state of the ultrasonic probe is switched to a standby state, wherein the first picture includes information regarding the operating state of the ultrasonic probe, and characterized in that the type of information regarding the operating state of the ultrasonic probe included in the first picture is configured to be set by the user, wherein the first display comprises an OLED (Organic Light-Emitting Device) panel, wherein the first controller is configured to control the first display to drive only pixels corresponding to the area in which the information regarding the operation state of the ultrasonic probe is displayed in the first picture.
A solar cell characterized by comprising: a photoelectric conversion part having a photoelectric converting function; and a collector electrode provided at a side of a light-receiving surface of the photoelectric conversion part in a way that parts of the light-receiving surface are exposed, characterized in that interconnection tabs are connected at a side of a light-receiving surface of the collector electrode with an adhesive being interposed in between, the collector electrode contains a thermosetting first resin, a conductive material and a second resin for forming a sea-island structure between the second resin and the first resin, and the collector electrode includes an internal region in the inside, a concentration ratio of the second resin to the first resin being higher in the internal region than in the surface region at the side of any one of the adhesive and the photoelectric conversion part. a photoelectric conversion part having a photoelectric converting function; and a collector electrode provided at a side of a light-receiving surface of the photoelectric conversion part in a way that parts of the light-receiving surface are exposed, characterized in that interconnection tabs are connected at a side of a light-receiving surface of the collector electrode with an adhesive being interposed in between, the collector electrode contains a thermosetting first resin, a conductive material and a second resin for forming a sea-island structure between the second resin and the first resin, and the collector electrode includes an internal region in the inside, a concentration ratio of the second resin to the first resin being higher in the internal region than in the surface region at the side of any one of the adhesive and the photoelectric conversion part.
A method for storing streaming media file in a mobile terminal, comprising: starting a streaming media transmission; when an offline processing to the streaming media is triggered, storing streaming media file in a storage area of the mobile terminal, and marking a playback position of the streaming media file, wherein the playback position is the time point that the streaming media file has been played to when triggering the offline processing; setting the stored streaming media file as a hidden file, and/or encrypting the stored streaming media file; when the streaming media file is played again, reading the stored streaming media file and the marked playback position, and limiting a time period which can be played in the streaming media file from the playback position to the end of the streaming media file, wherein the part of the streaming media file that has been played can not be played again, so that the streaming media file can only be played once, and automatically delete the streaming media file after the playback is completed. starting a streaming media transmission; when an offline processing to the streaming media is triggered, storing streaming media file in a storage area of the mobile terminal, and marking a playback position of the streaming media file, wherein the playback position is the time point that the streaming media file has been played to when triggering the offline processing; setting the stored streaming media file as a hidden file, and/or encrypting the stored streaming media file; when the streaming media file is played again, reading the stored streaming media file and the marked playback position, and limiting a time period which can be played in the streaming media file from the playback position to the end of the streaming media file, wherein the part of the streaming media file that has been played can not be played again, so that the streaming media file can only be played once, and automatically delete the streaming media file after the playback is completed.
A method of regulating population of a certificate store in a memory of a mobile device, the method being carried out on the mobile device and comprising: determining whether a mobile device administration server is present; determining whether an information technology policy is disabled; and responsive to determining (502: YES) that the mobile device administration server is present and to determining (506: NO) that the information technology policy is disabled, disabling user interface interaction on the mobile device for importing trusted Certificate Authority certificates into a certificate store associated with a portion of memory of the mobile device. determining whether a mobile device administration server is present; determining whether an information technology policy is disabled; and responsive to determining (502: YES) that the mobile device administration server is present and to determining (506: NO) that the information technology policy is disabled, disabling user interface interaction on the mobile device for importing trusted Certificate Authority certificates into a certificate store associated with a portion of memory of the mobile device.
A method for monitoring and control of ectoparasites of the genus Caligus or Lepeophtheiris on fish in an aquaculture facility, wherein the fish is any of the salmonid species including without limitation Atlantic salmon (Salmo salar), characterized in that monitoring and control are based on detection of optical fluorescence from said ectoparasites and comprising the steps of a. optically illuminating a fish potentially infested with ectoparasites using an optical excitation source with spectral composition capable of exciting optical fluorescence of anatomical structures in said ectoparasites in the absence of any artificially added fluorophore, said optical excitation source arranged to emit optical radiation having a wavelength in the range of approximately 360-400nm. b. causing optical fluorescence to be emitted from the anatomical structures of an ectoparasite that is present in the illuminated area, c. detecting said optical fluorescence, using one or more optical detectors together with appropriate spectral filters arranged to detect substantially only the optical fluorescence from said anatomical structures of said one or more ectoparasites, d. producing an electronic signal representing said optical fluorescence, and e. communicating said electronic signal to a recording and display means, f. thereby detecting the presence or absence of ectoparasites on said fish in said illuminated area and providing necessary information for documentation and control of said ectoparasites. a. optically illuminating a fish potentially infested with ectoparasites using an optical excitation source with spectral composition capable of exciting optical fluorescence of anatomical structures in said ectoparasites in the absence of any artificially added fluorophore, said optical excitation source arranged to emit optical radiation having a wavelength in the range of approximately 360-400nm. b. causing optical fluorescence to be emitted from the anatomical structures of an ectoparasite that is present in the illuminated area, c. detecting said optical fluorescence, using one or more optical detectors together with appropriate spectral filters arranged to detect substantially only the optical fluorescence from said anatomical structures of said one or more ectoparasites, d. producing an electronic signal representing said optical fluorescence, and e. communicating said electronic signal to a recording and display means, f. thereby detecting the presence or absence of ectoparasites on said fish in said illuminated area and providing necessary information for documentation and control of said ectoparasites.
Sign assembly comprising a sign element that defines an x-y plane, and a holding device, wherein (a) the sign element comprises a first plate and a second plate; (b) the first plate comprises at least one magnetic fastening element (12, 13) having a first basic shape (12a, 13a) and being non-displaceably connected to the first plate via an intermediate piece having a second basic shape, so that the intermediate piece lies in a planar fashion between the at least one magnetic fastening element (12, 13) and the first plate; (c) the second plate includes an opening having a third basic shape and extending perpendicularly to the x-y plane, the third basic shape corresponding substantially to the second basic shape, and the first plate and second plate (1a, 1b) being in planar contact with one another, with the intermediate piece extending into the opening; (d) the holding device comprises a third plate and a ferromagnetic plate piece; (e) the third plate includes at least one opening (22, 23) having a fourth basic shape and extending perpendicularly to the x-y plane, the fourth basic shape corresponding substantially to the first basic shape (12a, 13a), and the third plate being held on the ferromagnetic plate piece in a planar fashion; (f) the at least one magnetic fastening element (12, 13) extends into the at least one opening (22, 23), (g) so as to create a force between the at least one magnetic fastening element (12, 13) and the ferromagnetic plate piece and detachably connect the sign element with the holding device. (a) the sign element comprises a first plate and a second plate; (b) the first plate comprises at least one magnetic fastening element (12, 13) having a first basic shape (12a, 13a) and being non-displaceably connected to the first plate via an intermediate piece having a second basic shape, so that the intermediate piece lies in a planar fashion between the at least one magnetic fastening element (12, 13) and the first plate; (c) the second plate includes an opening having a third basic shape and extending perpendicularly to the x-y plane, the third basic shape corresponding substantially to the second basic shape, and the first plate and second plate (1a, 1b) being in planar contact with one another, with the intermediate piece extending into the opening; (d) the holding device comprises a third plate and a ferromagnetic plate piece; (e) the third plate includes at least one opening (22, 23) having a fourth basic shape and extending perpendicularly to the x-y plane, the fourth basic shape corresponding substantially to the first basic shape (12a, 13a), and the third plate being held on the ferromagnetic plate piece in a planar fashion; (f) the at least one magnetic fastening element (12, 13) extends into the at least one opening (22, 23), (g) so as to create a force between the at least one magnetic fastening element (12, 13) and the ferromagnetic plate piece and detachably connect the sign element with the holding device.
Optical module, in particular for a motor vehicle, comprising a lens and a motor mounted in the optical module on a motor support, the optical module comprising a pinion of the motor driving a cutoff bar for a light beam by utilising a gear with internal teeth between a first plane passing through a first longitudinal end of the bar and perpendicular to a longitudinal direction of extension of the bar and a second plane passing through a second longitudinal end of the bar and perpendicular to the longitudinal direction of extension of the bar, characterised in that the bar has a substantially rectangular shape that can be positioned according to a first position wherein the bar extends along a substantially vertical plane and a second position wherein it extends in a substantially horizontal plane, with the bar being mounted on a bar support comprising a first portion located on the first longitudinal end of the bar and a second portion located on the second longitudinal end of the bar, with the first portion having the gear with internal teeth, the second portion having a return spring that urges the bar to return to the first position, with the gear with internal teeth connecting a first arm to a second arm, the first arm extending in a common plane with the bar perpendicularly to the longitudinal direction of extension of the bar, the second arm extending along a direction perpendicular to the first arm, the gear with internal teeth having a substantially circular shape forming a quarter of a circle between the first arm and the second arm, the motor and the pinion being between the first plane and the second plane.
An external frame for a heat exchanger, the external frame being for holding a heat exchanger core; the external frame including: inlet and outlet couplings for connection to a first fluid circuit for supply and return of a first fluid to the heat exchanger core; a first tank for fluid communication with a first end of the heat exchanger core; a second tank for fluid communication with a second end of the heat exchanger core; and a gallery extending along the external frame between the first tank and the second tank providing fluid communication between the first tank and the second tank; wherein the external frame is arranged to be sealed to the heat exchanger core so that the first fluid flows from the inlet, through the heat exchanger core and the tanks, and to the outlet; characterised in that the external frame is a single integrated structure; the first tank is at a first end of the external frame; the second tank is at a second end of the external frame; and the external frame has a curved shape and is arranged to hold a curved heat exchanger core. inlet and outlet couplings for connection to a first fluid circuit for supply and return of a first fluid to the heat exchanger core; a first tank for fluid communication with a first end of the heat exchanger core; a second tank for fluid communication with a second end of the heat exchanger core; and a gallery extending along the external frame between the first tank and the second tank providing fluid communication between the first tank and the second tank; wherein the external frame is arranged to be sealed to the heat exchanger core so that the first fluid flows from the inlet, through the heat exchanger core and the tanks, and to the outlet; characterised in that the external frame is a single integrated structure; the first tank is at a first end of the external frame; the second tank is at a second end of the external frame; and the external frame has a curved shape and is arranged to hold a curved heat exchanger core.
An induction-heating device adapted to heat a product comprising: a housing (1, 300) defining a non-electrically conductive induction housing (4, 310); a non-electrically conductive product container (6, 200) for holding the product, said product container being removably received in said induction housing; an induction coil (3, 3A, 3B) adjacent to said induction housing for generating an electromagnetic field into said product container; an electrically conductive target member in said product container; and an electronic circuitry mounted in said housing and connected to said induction coil, said electronic circuitry being configured to heat said target member during a heating cycle for a predetermined time period in response to said electromagnetic field from said induction coil to heat and or melt the product; said induction-heating device characterised in that said electrically conductive target member comprises a disc shaped member (30, 39, 45, 49, 55, 58) having an outer peripheral surface where heat originates due to the concentration of flux lines from said induction coil. a housing (1, 300) defining a non-electrically conductive induction housing (4, 310); a non-electrically conductive product container (6, 200) for holding the product, said product container being removably received in said induction housing; an induction coil (3, 3A, 3B) adjacent to said induction housing for generating an electromagnetic field into said product container; an electrically conductive target member in said product container; and an electronic circuitry mounted in said housing and connected to said induction coil, said electronic circuitry being configured to heat said target member during a heating cycle for a predetermined time period in response to said electromagnetic field from said induction coil to heat and or melt the product; said induction-heating device characterised in that said electrically conductive target member comprises a disc shaped member (30, 39, 45, 49, 55, 58) having an outer peripheral surface where heat originates due to the concentration of flux lines from said induction coil.
Multilayer piezo actuator - having a stack of piezoelectric layers and electrode layers located between them, - having at least one outer electrode (4a, 4b), which is in the form of a wire mesh, for making electrical contact with the electrode layers, - characterized in that the outer electrode (4a, 4b) is soldered over its entire area to a basic metallization (6a, 6b) on an outer face of the stack. - having a stack of piezoelectric layers and electrode layers located between them, - having at least one outer electrode (4a, 4b), which is in the form of a wire mesh, for making electrical contact with the electrode layers, - characterized in that the outer electrode (4a, 4b) is soldered over its entire area to a basic metallization (6a, 6b) on an outer face of the stack.
A detection system for locating markers or tracers in the body, the system comprising: a base unit and at least two detection probes (3, 4), wherein a first detection probe uses a first non-imaging detection technology to detect an implantable marker and the detection system is characterised in that a second detection probe uses a second different, non-imaging detection technology to detect an injectable tracer; and the base unit is capable of receiving detection signals and providing detection information to a user from both probes (3, 4). a base unit and at least two detection probes (3, 4), wherein a first detection probe uses a first non-imaging detection technology to detect an implantable marker and the detection system is characterised in that a second detection probe uses a second different, non-imaging detection technology to detect an injectable tracer; and the base unit is capable of receiving detection signals and providing detection information to a user from both probes (3, 4).