mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for treating a fluid, which comprises: - a plurality of treatment cells which are superimposed to form a stack; - fixing means which mechanically compress said treatment cells against each other; each said treatment cell comprising one or more chambers (4, 4', 4"), each of which is delimited by at least two containment layers (5, 5') that are substantially facing, is provided with at least one inlet opening (6, 6', 6") and with at least one outlet opening (7, 7', 7") for the passage of at least one fluid (8, 80) and is perimetrically closed by first sealing means (9, 9'), arranged for sealing the chamber with fluid seal; - a plurality of electrode layers placed to intercept said fluid inside at least one of said one or more chambers (4, 4', 4") of each said treatment cell; characterized in that each said treatment cell comprises at least two support layers (11, 11'), each of which mechanically associated with one of two containment layers (5, 5') of one of said one or more chambers (4, 4'); first spacer means being interposed between the two support layers (11, 11') of each said treatment cell, separating by a first compression end stop distance said two support layers (11, 11') of said chamber (4, 4') mechanically associated with said two containment layers (5, 5'); second spacer means being interposed between the support layers (11, 11') of two contiguous treatment cells compressed by said fixing means in abutment against each other, separating said support layers (11, 11') by a second compression end stop distance. - a plurality of treatment cells which are superimposed to form a stack; - fixing means which mechanically compress said treatment cells against each other; each said treatment cell comprising one or more chambers (4, 4', 4"), each of which is delimited by at least two containment layers (5, 5') that are substantially facing, is provided with at least one inlet opening (6, 6', 6") and with at least one outlet opening (7, 7', 7") for the passage of at least one fluid (8, 80) and is perimetrically closed by first sealing means (9, 9'), arranged for sealing the chamber with fluid seal; - a plurality of electrode layers placed to intercept said fluid inside at least one of said one or more chambers (4, 4', 4") of each said treatment cell;
Device for removing metallic and non-metallic encrustations at an oxygen lance, comprising at least one coupling device which can be moved up to the oxygen lance by means of a guide and brought into operative connection with the oxygen lance by way of a gripper associated with the guide, characterised in that an oscillation excitation device by which the oxygen lance in the operatively connected state can be set into oscillations is associated with the coupling device, wherein the oscillations generated by the oscillation excitation device are linear oscillations which can be formed in two mutually perpendicular directions and perpendicularly to the longitudinal axis of the oxygen lance.
A method for reading information encoded by a locally differing distribution of at least one encoding material (2, 3, 4, 5) thus defining a tag, wherein said method comprises determining a transmission spectrum of said tag in a frequency band ranging above 0.1 THz, characterized in that said local differing distribution is a three dimensional distribution of said at least one encoding material (2, 3, 4, 5), said tag is a three-dimensional tag, and said method comprises determining respective transmission spectra including said transmission spectrum in a plurality of respective spatial directions using respective transmitter-receiver pairs (TX1, RX1, TX2, RX2). wherein said method comprises determining a transmission spectrum of said tag in a frequency band ranging above 0.1 THz, characterized in that said local differing distribution is a three dimensional distribution of said at least one encoding material (2, 3, 4, 5), said tag is a three-dimensional tag, and said method comprises determining respective transmission spectra including said transmission spectrum in a plurality of respective spatial directions using respective transmitter-receiver pairs (TX1, RX1, TX2, RX2).
An elevator rope comprising a rope main body and a covering resin layer that covers a periphery of the rope main body, wherein the covering resin layer is formed from a molded product of a resin composition, characterized in that said resin composition comprises a first resin component and a second resin component at a mass ratio of 90:10 to 70:30, the first resin component and the second resin component having a difference in glass transition temperature of 20°C or more.
A camera module comprising: a substrate formed with a cavity, and including a plurality of through holes (181, 182, 183, 184); an array sensor disposed in the cavity of the substrate, wherein an upper surface of the array sensor is coupled to a lower surface of the substrate, and the array sensor includes a plurality of image sensors (110, 120, 130, 140); a plurality of lens units (210, 220, 230, 240) mounted on upper surfaces of the image sensors (110, 120, 130, 140), respectively, through the through holes, (181, 182, 183, 184), wherein the plurality of through holes (181, 182, 183, 184) is formed larger than the respective lens unit (210, 220, 230, 240); a shield can comprising windows (301, 302, 303, 304) configured to pass an optical image of an object to the plurality of lens units (210, 220, 230, 240), the camera module being characterized in that a ground line is formed on the substrate, and the shield can is brought into contact with another ground line formed at an array sensor area distanced from each of the image sensors (110, 120, 130, 140) through the ground line formed on the substrate to provide an EMC shielding function; and a blocking member configured to block spill light interposed between inner walls of the windows (301, 302, 303, 304) of the shield can and the lens units (210, 220, 230, 240), wherein the plurality of lens units (210, 220, 230, 240) is embedded in the shield can, and wherein the blocking member is interposed between the shield can and the plurality of lens units (210, 220, 230, 240). a substrate formed with a cavity, and including a plurality of through holes (181, 182, 183, 184); an array sensor disposed in the cavity of the substrate, wherein an upper surface of the array sensor is coupled to a lower surface of the substrate, and the array sensor includes a plurality of image sensors (110, 120, 130, 140); a plurality of lens units (210, 220, 230, 240) mounted on upper surfaces of the image sensors (110, 120, 130, 140), respectively, through the through holes, (181, 182, 183, 184), wherein the plurality of through holes (181, 182, 183, 184) is formed larger than the respective lens unit (210, 220, 230, 240); a shield can comprising windows (301, 302, 303, 304) configured to pass an optical image of an object to the plurality of lens units (210, 220, 230, 240), the camera module being characterized in that a ground line is formed on the substrate, and the shield can is brought into contact with another ground line formed at an array sensor area distanced from each of the image sensors (110, 120, 130, 140) through the ground line formed on the substrate to provide an EMC shielding function; and a blocking member configured to block spill light interposed between inner walls of the windows (301, 302, 303, 304) of the shield can and the lens units (210, 220, 230, 240), wherein the plurality of lens units (210, 220, 230, 240) is embedded in the shield can, and wherein the blocking member is interposed between the shield can and the plurality of lens units (210, 220, 230, 240).
A method for initiating a communication link from a first communication terminal to a second communication terminal, comprising the steps of: sensing input of letters by a user in a standby screen in the first communication terminal, representing a title for the second communication terminal; retrieving information associated with the title of the second communication terminal; presenting the retrieved information on a display of the first communication terminal; retrieving information related to selectable communication channels usable for communication with the second communication terminal; and presenting, on the display of the first communication terminal, a plurality of selectable items only representing the usable communication channels, responsive to sensing input of a title; wherein once the user starts to type letters, the different usable communication channels are presented for selection. sensing input of letters by a user in a standby screen in the first communication terminal, representing a title for the second communication terminal; retrieving information associated with the title of the second communication terminal; presenting the retrieved information on a display of the first communication terminal; retrieving information related to selectable communication channels usable for communication with the second communication terminal; and presenting, on the display of the first communication terminal, a plurality of selectable items only representing the usable communication channels, responsive to sensing input of a title; wherein once the user starts to type letters, the different usable communication channels are presented for selection.
A portable apparatus for powering and controlling electrical equipment, particularly for agricultural use, comprising a device, constituted by an electric motor and by a tool, said device being chosen from among a plurality of different devices (12, 12a, 12b, 12c etc.) with their own operating settings, and by a battery for supplying power to said electric motor that actuates the tool, characterized in that it comprises a unidirectional communication system which is adapted to allow the unidirectional passage of information from said device to said battery, said communication system being constituted by only one microcontroller, which is provided with an identification means and is coupled to said device, and by an electronic control system, which is coupled to said battery, for identification of the device, said electronic control system, which is accommodated inside said battery, comprising a system for the active control of the charging and discharging process of the cells of the battery pack and an inverter for managing the operating parameters.
Female to female adaptor device (200; 210; 220) for a fiber optic connection, configured to be set into a socket box, the adaptor device (200; 210; 220) comprising: - an optical sleeve (10; 20; 30), having an outer casing defining a housing for at least two optical connectors, configured to allow an optical connection between the two connectors along an axis substantially parallel to a main extension axis of the sleeve, - interference means (81; 83; 87; 88) configured to constrain said optical sleeve (10; 20; 30) with respect to the socket box, when the device (200; 210; 220) is inserted into the socket box, and to allow a handling of the optical sleeve (10; 20; 30) with respect to the socket box, during the insertion or removal steps of the adaptor device (200; 210; 220) in/from the socket box, wherein said optical sleeve (10; 20; 30) has a release locking tab, made on an outer surface of said casing configured to releasably retain said device (200; 210; 220) into the socket box, said adaptor device (200; 210; 220) wherein said interference means comprises a protrusion at a lower face of said casing, said protrusion having a base surface, substantially planar, shaped to be positioned or positionable in abutment with respect to a supporting base of the socket box, wherein said base surface is substantially sloping with respect to said lower face of said casing, said slope being equal to an angle (α); characterized by an upper abutment edge, made at said release locking tab, configured to abut against an upper portion of the housing provided into the socket box. - an optical sleeve (10; 20; 30), having an outer casing defining a housing for at least two optical connectors, configured to allow an optical connection between the two connectors along an axis substantially parallel to a main extension axis of the sleeve, - interference means (81; 83; 87; 88) configured to constrain said optical sleeve (10; 20; 30) with respect to the socket box, when the device (200; 210; 220) is inserted into the socket box, and to allow a handling of the optical sleeve (10; 20; 30) with respect to the socket box, during the insertion or removal steps of the adaptor device (200; 210; 220) in/from the socket box, a protrusion at a lower face of said casing, said protrusion having a base surface, substantially planar, shaped to be positioned or positionable in abutment with respect to a supporting base of the socket box, wherein said base surface is substantially sloping with respect to said lower face of said casing, said slope being equal to an angle (α); characterized by an upper abutment edge, made at said release locking tab, configured to abut against an upper portion of the housing provided into the socket box.
Abase (10, 110) for pumping devices (12, 112), comprising at least one module (11, 111) with which it is possible to mate one of said pumping devices (12, 112), said module (11, 111) comprising an intake connector (13, 113) and a delivery connector (14, 114) in order to connect respectively the intake and the delivery of said pumping device (12, 112) respectively to a first tubular element (18, 118) and to a second tubular element (19, 119) to which they are substantially perpendicular and which pass through said base (10, 110) from a first lateral face thereof (20, 120) to an opposite second lateral face (21, 121) thereof, from which they face outward in order to be connected, selectively at either face, to a hydraulic system, said at least one module (11, 111) accommodating an apparatus (23, 123) that comprises two connectors (24, 124) for the connection of said base (10, 110) to said hydraulic system, one to be associated with said first tubular element (18, 118), the other one with said second tubular element (19, 119), selectively at one of said first (20, 120) and second (21, 121) lateral faces, said apparatus (23, 123) also comprising two plugs (25, 125) for closing the remaining openings of said first tubular element (18, 118) and said second tubular element (19, 119), at said first lateral face (20, 120) and at said second lateral face (21, 121), characterised by said module (11, 111) having a substantially boxlike shape that can be closed, in the inactive configuration that precedes mating with said pumping device (12, 112), with a removable lid (26, 126) that extends and is fixed between said first (20, 120) and second (21, 121) lateral faces and that has at least one accommodation compartment (27, 127) for said plugs (25, 125) and two accommodation seats (28, 128) for said connectors (24, 124), said first and second tubular elements (18, 118; 19, 119) protruding from said first lateral face (20, 120) and from the opposite said second lateral face (21, 121) of said base (10, 110), each one with a stub (22, 122) on each side, each one inside which one of said connectors (24, 124) and of said plugs (25, 125) is inserted.
A pressure equalizing device comprising: a container for attachment to a receptacle, to permit pressure equalization between the container and the receptacle, the container comprising a first chamber and a second chamber; and a vent channel extending between the first chamber and a distal opening of the vent channel, wherein when the receptacle is connected to the pressure equalizing device, the vent channel establishes direct fluid communication between the first chamber and the receptacle, and wherein a longitudinal axis of the pressure equalizing device is configured to be aligned with or parallel to a longitudinal axis of the receptacle when the pressure equalizing device is attached to the receptacle, wherein the container comprises a moveable wall disposed between the first chamber and the second chamber, and wherein the moveable wall is slideably transitionable from a first position in which the moveable wall is adjacent to a proximal end of the vent channel, to a second position in which the moveable wall is adjacent to the distal end of the vent channel, characterized in that the vent channel is defined by a fluid transfer member, the fluid transfer member defines a fluid access channel extending between an access port located at a proximal end of the fluid transfer member and a distal tip, and that the second chamber is disposed between the moveable wall and a distal end of the vent channel. a container for attachment to a receptacle, to permit pressure equalization between the container and the receptacle, the container comprising a first chamber and a second chamber; and a vent channel extending between the first chamber and a distal opening of the vent channel,
A system for monitoring artificial feeding of a patient, the system comprising: a feeding device configured to deliver a volume of nutrient to a patient at an initial feeding rate; a microflora intestinal gas sensor configured to monitor an amount of microflora intestinal gas associated with the patient; and a controller configured to adjust the volume of nutrient delivered to the patient based at least in part on the amount of microflora intestinal gas associated with the patient. a feeding device configured to deliver a volume of nutrient to a patient at an initial feeding rate; a microflora intestinal gas sensor configured to monitor an amount of microflora intestinal gas associated with the patient; and a controller configured to adjust the volume of nutrient delivered to the patient based at least in part on the amount of microflora intestinal gas associated with the patient.
An LED light strip assembly comprising: a structural core formed of an elastically deformable insulating material including one or more integrally formed, alternating light producing sections and clip sections, each light producing section containing a plurality of LED elements provided on the structural core, first and second electrical connections (58a, 58b) each for transmission of power from an underside voltage bus (60a, 60b) through the structural core to the LED elements and supporting circuitry, and control signal traces for transmitting control signals connecting to the LED elements, each clip section having a reduced width in relation to each light producing section, a removable portion extending across the width of the clip section, a pair of clip assembly alignment holes positioned on either side of the removable portion, at least two pairs of LED control signal contacts (56a, 56b) positioned on opposite sides of the removable portion, the pairs of LED control signal contacts (56a, 56b) electrically connected to each other by a signal trace across the removable portion, and connected by a signal trace to one or more LED elements in a main light producing section immediately adjacent the removable portion, and a least one pair of voltage bus contacts (62a, 62b) positioned on opposite sides of the removable portion, said clip section being adapted for attachment of a clip assembly for controlling the operation of the LED light strip. a structural core formed of an elastically deformable insulating material including one or more integrally formed, alternating light producing sections and clip sections, each light producing section containing a plurality of LED elements provided on the structural core, first and second electrical connections (58a, 58b) each for transmission of power from an underside voltage bus (60a, 60b) through the structural core to the LED elements and supporting circuitry, and control signal traces for transmitting control signals connecting to the LED elements, each clip section having a reduced width in relation to each light producing section, a removable portion extending across the width of the clip section, a pair of clip assembly alignment holes positioned on either side of the removable portion, at least two pairs of LED control signal contacts (56a, 56b) positioned on opposite sides of the removable portion, the pairs of LED control signal contacts (56a, 56b) electrically connected to each other by a signal trace across the removable portion, and connected by a signal trace to one or more LED elements in a main light producing section immediately adjacent the removable portion, and a least one pair of voltage bus contacts (62a, 62b) positioned on opposite sides of the removable portion, said clip section being adapted for attachment of a clip assembly for controlling the operation of the LED light strip.
Active vibratory control device, comprising: - an armature comprising at least one magnetically permeable part, - a movable element comprising a coil extending around a movement axis and associated with a magnetically permeable carcass mounted so as to slide with respect to the armature along the movement axis, - at least one spring connecting the armature to the movable element, said spring urging the movable element towards an idle position, the coil and the carcass being configured so that, when the coil has a variable current passing through it, it generates a magnetic field suitable for moving the movable element along the movement axis, thus generating vibrations, the armature comprising an electrical supply circuit, characterised in that the spring comprises an elastic body made from electrically insulating material and at least one conductive circuit (18, 19) attached to the elastic body, connecting said electrical supply circuit to the coil. - an armature comprising at least one magnetically permeable part, - a movable element comprising a coil extending around a movement axis and associated with a magnetically permeable carcass mounted so as to slide with respect to the armature along the movement axis, - at least one spring connecting the armature to the movable element, said spring urging the movable element towards an idle position,