mhurhangee/ep-ind-claims huggingface dataset:
An inking device for printing machines, comprising an inking body, which is designed to be arranged so as to face the peripheral surface of an anilox roller and forms an inking chamber that is open toward said anilox roller and has at least one inlet for introducing the ink into said inking chamber and at least one outlet for the exit of the ink from said inking chamber, said inking body supporting, on mutually opposite sides with respect to the longitudinal extension of said inking chamber, at least two doctor blades (12a, 12b) which are designed to engage by contact the peripheral surface of said anilox roller, the inking device further comprising control means adapted to vary a passage opening of said at least one outlet as a function of the pressure of the ink in said inking chamber, said control means comprising at least one flow control element, which is arranged at said at least one outlet and can move with respect to said inking body between a position for opening said at least one outlet and a position for closing at least partially said at least one outlet, characterized in that said at least one flow control element comprises an elastically flexible lamina, which is fixed at one of its ends to said inking body and cantilevers out toward the passage opening of the respective outlet.
A filtering apparatus (800, 820) comprising: a filter element; a filter housing (701, 801, 702, 802) having an axial end; a structure on the filter housing, the structure including at least one protrusion (704, 804, 706, 806), extending from the axial end and providing a recessed region that is configured to directly engage the filter element (708, 810) configured for placement in the housing, the recessed region having a slightly smaller width than a thickness of the filter element in an uncompressed condition; wherein engagement between the structure and the filter element creates a seal between the filter housing and the filter element; characterized in that said at least one protrusion is disposed on an interior of the filter element, the structure further comprising a guide vane extending axially from said at least one protrusion, whereby the guide vane is capable of guiding the filter element into the recessed region as the filter element is installed. a filter element; a filter housing (701, 801, 702, 802) having an axial end; a structure on the filter housing, the structure including at least one protrusion (704, 804, 706, 806), extending from the axial end and providing a recessed region that is configured to directly engage the filter element (708, 810) configured for placement in the housing, the recessed region having a slightly smaller width than a thickness of the filter element in an uncompressed condition; wherein engagement between the structure and the filter element creates a seal between the filter housing and the filter element; characterized in that said at least one protrusion is disposed on an interior of the filter element, the structure further comprising a guide vane extending axially from said at least one protrusion, whereby the guide vane is capable of guiding the filter element into the recessed region as the filter element is installed.
Insulated landing door of an elevator, which comprises at least one door panel that opens and closes in the lateral direction and is provided with a glass surface plate, which door panel comprises a frame structure supporting the door panel and an edge beading on the front edge of the door panel and an insulation element, wherein the insulation element comprises one or more glass plates, and that there is an air gap between the glass surface plate and the glass insulation element, characterized in that the outer surface of the surface glass and the outer surface of the edge beading are on essentially the same vertical plane.
Composition of antagonistic bacterial strains for protection of plants against bacterial infections or treatment of plants infected with bacteria, characterized in that the composition comprises five strains: - strain of the antagonistic bacteria Serratia plymuthica A294 being deposited on 1 December 2017 with the Polish Collection of Microorganisms PCM at the Ludwik Hirszfeld Institute of Immunology and Experimental Therapy in Wroclaw, Polish Academy of Sciences, under number B/00143, and - strain of the antagonistic bacteria Serratia rubidaea H469 being deposited on 1 December 2017 with the Polish Collection of Microorganisms PCM at the Ludwik Hirszfeld Institute of Immunology and Experimental Therapy in Wroclaw, Polish Academy of Sciences, under number B/00142, and - strain of the antagonistic bacteria Serratia rubidaea H440 being deposited on 1 December 2017 with the Polish Collection of Microorganisms PCM at the Ludwik Hirszfeld Institute of Immunology and Experimental Therapy in Wroclaw, Polish Academy of Sciences, under number B/00141, and - strain of the antagonistic bacteria Enterobacter amnigenus A167 being deposited on 1 December 2017 with the Polish Collection of Microorganisms PCM at the Ludwik Hirszfeld Institute of Immunology and Experimental Therapy in Wroclaw, Polish Academy of Sciences, under number B/00145, and - strain of the antagonistic bacteria Rahnella aquatilis H145 being deposited on 1 December 2017 with the Polish Collection of Microorganisms PCM at the Ludwik Hirszfeld Institute of Immunology and Experimental Therapy in Wroclaw, Polish Academy of Sciences under number B/00144. - strain of the antagonistic bacteria Serratia plymuthica A294 being deposited on 1 December 2017 with the Polish Collection of Microorganisms PCM at the Ludwik Hirszfeld Institute of Immunology and Experimental Therapy in Wroclaw, Polish Academy of Sciences, under number B/00143, and - strain of the antagonistic bacteria Serratia rubidaea H469 being deposited on 1 December 2017 with the Polish Collection of Microorganisms PCM at the Ludwik Hirszfeld Institute of Immunology and Experimental Therapy in Wroclaw, Polish Academy of Sciences, under number B/00142, and - strain of the antagonistic bacteria Serratia rubidaea H440 being deposited on 1 December 2017 with the Polish Collection of Microorganisms PCM at the Ludwik Hirszfeld Institute of Immunology and Experimental Therapy in Wroclaw, Polish Academy of Sciences, under number B/00141, and - strain of the antagonistic bacteria Enterobacter amnigenus A167 being deposited on 1 December 2017 with the Polish Collection of Microorganisms PCM at the Ludwik Hirszfeld Institute of Immunology and Experimental Therapy in Wroclaw, Polish Academy of Sciences, under number B/00145, and - strain of the antagonistic bacteria Rahnella aquatilis H145 being deposited on 1 December 2017 with the Polish Collection of Microorganisms PCM at the Ludwik Hirszfeld Institute of Immunology and Experimental Therapy in Wroclaw, Polish Academy of Sciences under number B/00144.
Filter medium for purifying fluids, comprising: - at least one filter layer, formed from a filter material, which defines a preferably pleated path of the filter medium with a longitudinal direction and a transverse direction, and - at least one plastic grid, which comprises linear elements (12, 14) in contact with at least one filter layer as support layer, which joined together delimit passage openings, wherein the linear elements with a smaller diameter (d 2) are in direct contact with the respective filter layer of the filter medium and wherein the linear elements with respectively individually larger diameter (d 1) by comparison and with a larger spacing between them than is the case with the linear elements having smaller diameter (d 2), fit over the said linear elements spaced away from the associated filter layer, characterised in that the linear elements with the smaller diameters (d 2) have a displaced position at the respective nodes and that the displacement at this displacement position corresponds approximately to the smaller diameter (d 2) of the linear elements. - at least one filter layer, formed from a filter material, which defines a preferably pleated path of the filter medium with a longitudinal direction and a transverse direction, and - at least one plastic grid, which comprises linear elements (12, 14) in contact with at least one filter layer as support layer, which joined together delimit passage openings,
An apparatus for use in an electroetching or electrodeposition process in which material is etched from or deposited onto the surface of an electrically conductive component having a cavity, the apparatus comprising: a tank containing an electrolytic solution; a support for supporting the component within the tank; a first-polarity electrode arranged to be located within the tank and immersed in the electrolytic solution and shaped to surround at least a part of the component in a contactless manner; a second-polarity electrode which is in contact with the electrolytic solution but not in contact with the component, and which has a polarity opposite to that of the first-polarity electrode; and an auxiliary second-polarity electrode arranged to be immersed in the electrolytic solution and arranged to extend through the cavity of the component, and which has a polarity opposite to that of the first-polarity electrode; a power supply to apply a voltage between the first-polarity electrode and the second-polarity electrode and/or the auxiliary second-polarity electrode, such that in use an electric field produced by the first-polarity electrode results in an electric variance between at least a part of the component and at least one of: the second-polarity electrode, and the auxiliary second-polarity electrode. a tank containing an electrolytic solution; a support for supporting the component within the tank; a first-polarity electrode arranged to be located within the tank and immersed in the electrolytic solution and shaped to surround at least a part of the component in a contactless manner; a second-polarity electrode which is in contact with the electrolytic solution but not in contact with the component, and which has a polarity opposite to that of the first-polarity electrode; and an auxiliary second-polarity electrode arranged to be immersed in the electrolytic solution and arranged to extend through the cavity of the component, and which has a polarity opposite to that of the first-polarity electrode; a power supply to apply a voltage between the first-polarity electrode and the second-polarity electrode and/or the auxiliary second-polarity electrode, such that in use an electric field produced by the first-polarity electrode results in an electric variance between at least a part of the component and at least one of: the second-polarity electrode, and the auxiliary second-polarity electrode.
A method to be performed by a first communication device supporting a device to device, D2D, service in a wireless communication system, the method comprising: receiving a discovery signal including an advertisement identifier, ID, from a second communication device supporting the D2D service in a radio resource control, RRC, idle mode; determining, in a physical layer of the first communication device, whether to receive an additional advertisement signal from the second communication device on the basis of the advertisement ID; if it is determined that the additional advertisement signal is unsolicited, discarding the discovery signal; if it is determined to receive the additional advertisement signal, setting up an RRC connection with respect to a base station in response to the discovery signal; after the RRC connection is set up, transmitting a D2D link setup request message for setting up a D2D link with respect to the second communication device to the base station on the basis of information related to the second communication device and included in the discovery signal; setting up the D2D link with respect to the second communication device by using a resource scheduled by the base station; and receiving the additional advertisement signal through the D2D link, wherein the advertisement ID is identified in the physical layer of the first communication device, wherein the advertisement ID is included in a sequence of the discovery signal, and wherein the advertisement ID is identified through a cyclic shift of the sequence and detected without decoding for the message. receiving a discovery signal including an advertisement identifier, ID, from a second communication device supporting the D2D service in a radio resource control, RRC, idle mode; determining, in a physical layer of the first communication device, whether to receive an additional advertisement signal from the second communication device on the basis of the advertisement ID; if it is determined that the additional advertisement signal is unsolicited, discarding the discovery signal; if it is determined to receive the additional advertisement signal, setting up an RRC connection with respect to a base station in response to the discovery signal; after the RRC connection is set up, transmitting a D2D link setup request message for setting up a D2D link with respect to the second communication device to the base station on the basis of information related to the second communication device and included in the discovery signal; setting up the D2D link with respect to the second communication device by using a resource scheduled by the base station; and receiving the additional advertisement signal through the D2D link, wherein the advertisement ID is identified in the physical layer of the first communication device, wherein the advertisement ID is included in a sequence of the discovery signal, and wherein the advertisement ID is identified through a cyclic shift of the sequence and detected without decoding for the message.
A printer comprising: a housing in which a receiving space is formed, wherein a discharging port is formed on an upper part of the housing through which paper is upwardly discharged, wherein the housing further includes a cover provided on a front of the printer and that is openable frontward by a rotation of the cover; a cutting unit provided in the receiving space and provided for cutting the paper in a tangential direction of the opening direction of the cover, a discharging unit for discharging the paper from the housing, wherein a hinge is provided on a lower part of the cover, and wherein the cover includes a stopper for defining the rotation range of the cover to a front of the printer, characterized in that a lower portion of the cover is spaced apart from a bottom surface of the printer, wherein the cover includes a damper for controlling the opening/closing speed of the cover. a housing in which a receiving space is formed, wherein a discharging port is formed on an upper part of the housing through which paper is upwardly discharged, wherein the housing further includes a cover provided on a front of the printer and that is openable frontward by a rotation of the cover; a cutting unit provided in the receiving space and provided for cutting the paper in a tangential direction of the opening direction of the cover, a discharging unit for discharging the paper from the housing, wherein a hinge is provided on a lower part of the cover, and wherein the cover includes a stopper for defining the rotation range of the cover to a front of the printer, characterized in that a lower portion of the cover is spaced apart from a bottom surface of the printer, wherein the cover includes a damper for controlling the opening/closing speed of the cover.
An indicator tool for use with an implanted valve unit having a plurality of performance settings, comprising: a housing with a readout window; an indicator wheel assembly capable of rotating within the housing on a spindle rotatably supported by the housing, and carrying indicia of performance settings sequentially viewable through the readout window; at least one magnet carried by the indicator wheel assembly to detect an actual setting of the implanted valve unit; a release mechanism which, when actuated by a user from a first position to a second position, enables the indicator wheel to rotate as the magnet is drawn toward the actual setting of the implanted valve unit; and a first gear carried by one of the release mechanism and the indicator wheel assembly and at least one catch, carried by the other of the release mechanism and the indicator wheel assembly, which drives the indicator wheel to display a single performance setting value through the readout window when the release mechanism returns to the first position. a housing with a readout window; an indicator wheel assembly capable of rotating within the housing on a spindle rotatably supported by the housing, and carrying indicia of performance settings sequentially viewable through the readout window; at least one magnet carried by the indicator wheel assembly to detect an actual setting of the implanted valve unit; a release mechanism which, when actuated by a user from a first position to a second position, enables the indicator wheel to rotate as the magnet is drawn toward the actual setting of the implanted valve unit; and a first gear carried by one of the release mechanism and the indicator wheel assembly and at least one catch, carried by the other of the release mechanism and the indicator wheel assembly, which drives the indicator wheel to display a single performance setting value through the readout window when the release mechanism returns to the first position.
Process for cross-linking of sodium hyaluronate (NaHA) implemented in aqueous solvent by action of an effective and non-excessive quantity of at least one cross-linking agent such that the said quantity theoretically provides a cross-linking rate defined by the ratio: 100 x (total number of reactive functions of the said cross-linking agent/total number of disaccharide structures of the polymer molecules present), of between 0.5 and 70%, characterised in that it is implemented: - on a mixture of sodium hyaluronate taking part in the form of two differentiated molecular masses containing: - more than 50% by mass of NaHA of low mean molecular mass m ~ 3 x 10 5 Da, determined by means of the intrinsic viscosity, and - less than 50%, but at least 5% by mass of NaHA of high mean molecular mass M ~ 3 x 10 6 Da, determined by means of the intrinsic viscosity. - on a mixture of sodium hyaluronate taking part in the form of two differentiated molecular masses containing: - more than 50% by mass of NaHA of low mean molecular mass m ~ 3 x 10 5 Da, determined by means of the intrinsic viscosity, and - less than 50%, but at least 5% by mass of NaHA of high mean molecular mass M ~ 3 x 10 6 Da, determined by means of the intrinsic viscosity. - more than 50% by mass of NaHA of low mean molecular mass m ~ 3 x 10 5 Da, determined by means of the intrinsic viscosity, and - less than 50%, but at least 5% by mass of NaHA of high mean molecular mass M ~ 3 x 10 6 Da, determined by means of the intrinsic viscosity.
A hearing device, comprising: - an input transducer; - a signal processor; - an amplifier, wherein the amplifier is a class D amplifier with an H-bridge; - a receiver, wherein the input transducer is connected to the signal processor, the signal processor is connected to the amplifier, and the amplifier is connected to the receiver wherein the hearing device further comprises a measurement bridge circuit connected to the receiver in parallel with the amplifier, wherein the measurement bridge circuit is adapted to controllably supply a direct current or an alternating current to the receiver and to measure a voltage at the receiver, and wherein the hearing device is operable in a normal mode and in a measurement mode, wherein in the normal mode the amplifier is enabled and provides an amplified output signal to the receiver, and wherein in the measurement mode the amplifier is put in a high impedance state, and the measurement bridge circuit supplies the direct current and/or the alternating current to the receiver and measures the voltage at the receiver to enable detection of a fault condition based on the measured voltage. - an input transducer; - a signal processor; - an amplifier, wherein the amplifier is a class D amplifier with an H-bridge; - a receiver,
Fish food composition, comprising: 40-70 % by weight cereal flour, 15-30 % by weight aquatic animal meal, 10-20 % by weight extraction meal, 0.01-0.40 % by weight pepper, 0.1-1.0 % by weight free methionine, based on the total weight of the fish food composition. 40-70 % by weight cereal flour, 15-30 % by weight aquatic animal meal, 10-20 % by weight extraction meal, 0.01-0.40 % by weight pepper, 0.1-1.0 % by weight free methionine, based on the total weight of the fish food composition.
An electrophotographic image forming apparatus comprising: a body frame; a developer cartridge mounted in the body frame to be detachable; and a toner cartridge mounted in the body frame to be detachable, and configured to move to a first location where the toner cartridge starts to connect to the developer cartridge to supply toner and to a second location where the connection of the toner cartridge and the developer cartridge to supply the toner is completed; at least one first location regulating member provided in the developer cartridge, and regulating a relative location of the toner cartridge with respect to the developer cartridge when the toner cartridge is located in the first location; and at least one second location regulating member provided in the body frame, and regulating a relative location of the toner cartridge with respect to the developer cartridge so that the toner cartridge is spaced apart from the at least one first location regulating member when the toner cartridge is located in the second location. a body frame; a developer cartridge mounted in the body frame to be detachable; and a toner cartridge mounted in the body frame to be detachable, and configured to move to a first location where the toner cartridge starts to connect to the developer cartridge to supply toner and to a second location where the connection of the toner cartridge and the developer cartridge to supply the toner is completed; at least one first location regulating member provided in the developer cartridge, and regulating a relative location of the toner cartridge with respect to the developer cartridge when the toner cartridge is located in the first location; and at least one second location regulating member provided in the body frame, and regulating a relative location of the toner cartridge with respect to the developer cartridge so that the toner cartridge is spaced apart from the at least one first location regulating member when the toner cartridge is located in the second location.