mhurhangee/ep-ind-claims huggingface dataset:
A coating system, applied to coating a substrate to form an electrode plate, comprising: a coating head, equipped with at least two dispensing cavities independent of each other, wherein each dispensing cavity comprises a coating opening; a feeding apparatus, connected to the dispensing cavity, and configured to feed a slurry to the dispensing cavity; and a valve, disposed between at least one dispensing cavity and the feeding apparatus, and configured to implement communication or disconnection between a corresponding dispensing cavity and the feeding apparatus; wherein a number of the dispensing cavities is two; the coating head comprises a lower die, a middle die, and an upper die; and a first dispensing cavity is formed between a lower surface of the upper die and an upper surface of the middle die, and a second dispensing cavity is formed between a lower surface of the middle die and an upper surface of the lower die, characterized in that the first dispensing cavity includes a first groove and a second groove, wherein the second groove is closer to the coating opening than the first groove, wherein the first groove and the second groove are spaced out in a first direction, wherein a first slow flow region is formed between the first groove and the second groove, wherein the width of the first groove is greater than the width of the second groove, wherein the feeding apparatus feeds the slurry to the first dispensing cavity from a first in-feed port, and wherein the first in-feed port is in direct communication with the first groove. a coating head, equipped with at least two dispensing cavities independent of each other, wherein each dispensing cavity comprises a coating opening; a feeding apparatus, connected to the dispensing cavity, and configured to feed a slurry to the dispensing cavity; and a valve, disposed between at least one dispensing cavity and the feeding apparatus, and configured to implement communication or disconnection between a corresponding dispensing cavity and the feeding apparatus; wherein a number of the dispensing cavities is two; the coating head comprises a lower die, a middle die, and an upper die; and a first dispensing cavity is formed between a lower surface of the upper die and an upper surface of the middle die, and a second dispensing cavity is formed between a lower surface of the middle die and an upper surface of the lower die, characterized in that the first dispensing cavity includes a first groove and a second groove, wherein the second groove is closer to the coating opening than the first groove, wherein the first groove and the second groove are spaced out in a first direction, wherein a first slow flow region is formed between the first groove and the second groove, wherein the width of the first groove is greater than the width of the second groove, wherein the feeding apparatus feeds the slurry to the first dispensing cavity from a first in-feed port, and wherein the first in-feed port is in direct communication with the first groove.
A method of a thermal resistance reduction in electronic power devices, especially in laser diodes, characterised in that it comprises the steps of: a) depositing a stable aqueous suspension of graphene oxide, in particular at a concentration of 1 mg/ml, on coolers and spacers additionally dissipating heat in the electronic power devices, especially on a cooler of a semiconductor laser, b) drying the obtained layer at room temperature in air for a period from 1 to 10 hours. a) depositing a stable aqueous suspension of graphene oxide, in particular at a concentration of 1 mg/ml, on coolers and spacers additionally dissipating heat in the electronic power devices, especially on a cooler of a semiconductor laser, b) drying the obtained layer at room temperature in air for a period from 1 to 10 hours.
A method of generating a set of graphical objects to be displayed by using OPC UA specification, the method comprising: indicating, by means of using OPC UA nodes, graphical objects to be displayed, said graphical objects representing physical components of a monitored process; indicating, by means of using OPC UA references, how an indicated graphical object should be interconnected to another indicated graphical object when displayed; associating the respective OPC UA node with a corresponding predetermined graphical object; generating the set of graphical objects from said associations and interconnecting the individual graphical objects in the set in accordance with the indicated interconnections; displaying the generated set of graphical objects; and assigning a data value to at least one of the indicated graphical objects by means of using OPC UA attributes, wherein the assigned data value is of a write-type indicating that the assigned data value is to be sent to the physical component corresponding to said at least one indicated graphical object for controlling a property of the physical component stipulated by the OPC UA attribute. indicating, by means of using OPC UA nodes, graphical objects to be displayed, said graphical objects representing physical components of a monitored process; indicating, by means of using OPC UA references, how an indicated graphical object should be interconnected to another indicated graphical object when displayed; associating the respective OPC UA node with a corresponding predetermined graphical object; generating the set of graphical objects from said associations and interconnecting the individual graphical objects in the set in accordance with the indicated interconnections; displaying the generated set of graphical objects; and assigning a data value to at least one of the indicated graphical objects by means of using OPC UA attributes, wherein the assigned data value is of a write-type indicating that the assigned data value is to be sent to the physical component corresponding to said at least one indicated graphical object for controlling a property of the physical component stipulated by the OPC UA attribute.
Apparatus for adjusting the position of a packaging-material web (1, 1'), in particular of the centre (2, 2') of the packaging-material web (1, 1'), in relation to a reference in a packaging machine, wherein two devices (21, 26) are provided for adjusting the position of the packaging-material web (1, 1'), wherein the first device is designed for displacing the packaging-material web (1, 1') linearly in a direction running perpendicularly to the transporting direction of the packaging-material web (1, 1') and the second device is designed for pivoting the packaging-material web (1, 1') about an axis arranged perpendicularly to the transporting direction of the packaging-material web (1, 1'), wherein the two devices (21, 26) each have a central position and two end positions, characterized in that the apparatus comprises a control device, wherein, when the first or second device (21, 26) is approaching an end position, the control device activates the respectively other device (26, 21) such that the first-mentioned device (21, 26) can be moved in the direction of its central position again.
A refrigeration appliance, comprising: a door, the door comprising a door panel having an opening; and a dispenser provided in the door, the dispenser comprising a dispenser casing, the dispenser casing being connected with the door panel and defining an inner cavity which corresponds to the opening, and at least a portion of the inner cavity being configured to receive an outside container; and the dispenser casing comprising a cavity rim provided along a front end of the inner cavity, the cavity rim being connected with the back surface of the door panel; wherein the dispenser casing as a whole does not extend beyond the front surface of the door panel; characterized in that the door further comprises sealing means arranged between the back surface of the door panel and the cavity rim. a door, the door comprising a door panel having an opening; and a dispenser provided in the door, the dispenser comprising a dispenser casing, the dispenser casing being connected with the door panel and defining an inner cavity which corresponds to the opening, and at least a portion of the inner cavity being configured to receive an outside container; and the dispenser casing comprising a cavity rim provided along a front end of the inner cavity, the cavity rim being connected with the back surface of the door panel; wherein the dispenser casing as a whole does not extend beyond the front surface of the door panel; characterized in that the door further comprises sealing means arranged between the back surface of the door panel and the cavity rim.
Display container of the type constituted by a box-like body in which one or more objects can be stored so that they are visible from the outside, said body being formed by a lower base, an upper base and a plurality of walls fixed to said bases (2, 3) in a substantially prismatic configuration of use, and wherein: - the container is provided with a movable wall, which is pivoted about a horizontal axis to be rotated and to allow the access to the inside, and means for closing said movable wall are provided, constituted by means adapted to constrain said rotation around the horizontal axis and to maintain the door inclined with respect to a vertical plane that is orthogonal to said bases (2, 3), and said movable wall is interposed between two walls (5, 6) or side walls of said plurality of walls fixed to said bases (2, 3), the movable wall being provided with two pairs of opposite appendixes (77, 78) which define corresponding pins; the pins disposed inferiorly being intended to be inserted in corresponding holes (57, 67) provided on said side walls (5, 6), the pins disposed superiorly being intended to be inserted in corresponding grooves and of said two lateral walls and, container characterized in that said grooves and are arranged more internal with respect to the holes and, so that when the upper pins are in the grooves the door is inclined towards the interior of the container, and in that the assembling among said walls is realized by coupling holes or rectangular slots (20, 30, 59, 69) with corresponding teeth (40, 50, 60) having a rectangular section, each of said slots (20, 30, 59, 69) being formed by a hole having a substantially rectangular shape, having a larger side arcuate towards the inner, and a straight cut or split placed in the proximity of the rectangular hole, in correspondence of the side provided of the arcuate shape. - the container is provided with a movable wall, which is pivoted about a horizontal axis to be rotated and to allow the access to the inside, and means for closing said movable wall are provided, constituted by means adapted to constrain said rotation around the horizontal axis and to maintain the door inclined with respect to a vertical plane that is orthogonal to said bases (2, 3), and
A pressure vessel comprising an outer shell defining an accommodating space therein, and having a top wall and a surrounding wall that extends downwardly from said top wall and that is formed with a side through-hole; an inner liner disposed in said accommodating space, and having an inner surface that defines an inner space, a top wall that is attached to said top wall of said outer shell, and a surrounding wall that extends downwardly from said top wall of said inner liner, that is attached to said surrounding wall of said outer shell, and that is formed with a liner through-hole which is aligned with said side through-hole along an axis; a tubing connector disposed outwardly of said inner space, welded to an exterior of said outer shell, and defining a fluid channel that extends along the axis; characterised by an anti-leakage unit having a clamping member and elastic inner and outer sealing rings (50, 52), said clamping member having a tube body and inner and outer end flanges (511, 512), said tube body extending along the axis through said side through-hole and said liner through-hole and into said inner space and said fluid channel, said inner and outer end flanges (511, 512) extending outwardly and respectively from two opposite ends of said tube body, said inner end flange and said inner sealing ring being disposed in said inner space (201, said outer end flange and said outer sealing ring being disposed outwardly of said inner space, said inner and outer end flanges (511, 512) cooperatively providing a clamping force to press said inner and outer sealing rings (50, 52) against said inner liner and said tubing connector, respectively a flexible diaphragm disposed in said accommodating space to partition said accommodating space into two separated spaces;
A paper-sheet handling apparatus comprising: a recognition unit configured to obtain recognition information of a paper sheet by recognizing the paper sheet, and to acquire an image of the paper sheet so as to obtain paper-sheet information from the acquired image of the paper sheet; a stacking unit to which a paper sheet is sent, the paper sheet having been recognized as a normal paper sheet by the recognition unit; a reject unit to which a paper sheet is sent, the paper sheet being other than the paper sheet that has been recognized as a normal paper sheet by the recognition unit; and a control unit; wherein the paper sheet is a banknote, and the paper-sheet information is a serial number of the banknote, characterised in that the control unit is configured to output display information about the paper-sheet information of each paper sheet sent to the reject unit and, as to each paper sheet sent to the reject unit, display information about the recognition information by the recognition unit. a recognition unit configured to obtain recognition information of a paper sheet by recognizing the paper sheet, and to acquire an image of the paper sheet so as to obtain paper-sheet information from the acquired image of the paper sheet; a stacking unit to which a paper sheet is sent, the paper sheet having been recognized as a normal paper sheet by the recognition unit; a reject unit to which a paper sheet is sent, the paper sheet being other than the paper sheet that has been recognized as a normal paper sheet by the recognition unit; and a control unit; wherein the paper sheet is a banknote, and the paper-sheet information is a serial number of the banknote, characterised in that the control unit is configured to output display information about the paper-sheet information of each paper sheet sent to the reject unit and, as to each paper sheet sent to the reject unit, display information about the recognition information by the recognition unit.
Insulating profile for a multi-pole contact line, which exhibits a regular arrangement of a group of a plurality of chambers which extend in the longitudinal direction of the profile and which in cross-section are open towards one side and thereby define an open front side of the insulating profile and which are suitable for holding a conductor rail in each case, characterised in that the opening of an open chamber on the front side of the insulating profile widens in a lateral direction in such a way that the surface of the front side of the insulating profile at every point is inclined towards the middle of the next open chamber, and in that on the front side of the insulating profile near each of the two ends of the insulating profile the wall portions located between the openings of the open chambers each exhibit an opening a predetermined distance from the respective end of the insulating profile.
A method for scheduling communications in wireless networks using traffic aggregation, comprising: communicating, by a first access point, with a user equipment, UE, using a first radio access technology, RAT,; communicating, by the first access point, with the UE using traffic aggregation via a second access point that uses a second RAT, wherein the first access point communicates with the second access point to aggregate traffic from the UE; transmitting, by the first access point, a scheduling grant to the UE for communicating with the first access point using the first RAT to facilitate traffic aggregation; and transmitting, by the first access point, one or more parameters to the UE to facilitate traffic aggregation, the one or more parameters being for scheduling communications with the second access point using the second RAT. communicating, by a first access point, with a user equipment, UE, using a first radio access technology, RAT,; communicating, by the first access point, with the UE using traffic aggregation via a second access point that uses a second RAT, wherein the first access point communicates with the second access point to aggregate traffic from the UE; transmitting, by the first access point, a scheduling grant to the UE for communicating with the first access point using the first RAT to facilitate traffic aggregation; and transmitting, by the first access point, one or more parameters to the UE to facilitate traffic aggregation, the one or more parameters being for scheduling communications with the second access point using the second RAT.
A method of jointing two high voltage impregnated cables (10, 10a, 10b), each comprising a conductive core, made of a conductor (12, 12a, 12b) wrapped in an inner semiconducting layer (14, 14a, 14b), a cable insulation layer, impregnated with a viscous compound, radially external to the conductive core, an outer semiconducting layer radially external to the cable insulation layer and at least one protecting layer (20, 22, 24, 26) radially external to the outer semiconducting layer, the method comprising the steps of: - exposing a length of said impregnated cable insulation layer of each cable end (10a, 10b) by removing the at least one protecting layer (20, 22, 24, 26) and the outer semiconducting layer, - exposing a terminal length of the conductor (12, 12a, 12b) of each cable end (10a, 10b) by cutting with one cut essentially perpendicularly to the longitudinal axis of each cable the entire thickness of a portion of said impregnated cable insulation layer and by removing the inner semiconducting layer (14, 14a, 14b), - mechanically and electrically connecting (30, 36) said conductors (12, 12a, 12b), - filling the space left by the removed impregnated cable insulation layer with a conductive insert, leaving at most an air gap between the impregnated cable insulation layer and the conductive insert, - providing an intermediate semiconducting layer to surround the conductive insert and abutting on portions of cable insulation layers adjacent to the conductive insert, - applying a stratified insulation (60, 70, 80), impregnated with a viscous compound, longitudinally overlapping the exposed length of impregnated cable insulation layer of each cable end (10a, 10b) and covering the intermediate semiconducting layer, - electrically screening the conductors (12, 12a, 12b), and - tightly containing the viscous compound. - exposing a length of said impregnated cable insulation layer of each cable end (10a, 10b) by removing the at least one protecting layer (20, 22, 24, 26) and the outer semiconducting layer, - exposing a terminal length of the conductor (12, 12a, 12b) of each cable end (10a, 10b) by cutting with one cut essentially perpendicularly to the longitudinal axis of each cable the entire thickness of a portion of said impregnated cable insulation layer and by removing the inner semiconducting layer (14, 14a, 14b), - mechanically and electrically connecting (30, 36) said conductors (12, 12a, 12b), - filling the space left by the removed impregnated cable insulation layer with a conductive insert, leaving at most an air gap between the impregnated cable insulation layer and the conductive insert, - providing an intermediate semiconducting layer to surround the conductive insert and abutting on portions of cable insulation layers adjacent to the conductive insert, - applying a stratified insulation (60, 70, 80), impregnated with a viscous compound, longitudinally overlapping the exposed length of impregnated cable insulation layer of each cable end (10a, 10b) and covering the intermediate semiconducting layer, - electrically screening the conductors (12, 12a, 12b), and - tightly containing the viscous compound.
An implantable or insertable medical device comprising (a) a silicone-containing region that comprises silicone, (b) a polymeric layer comprising a block copolymer disposed over the silicone-containing region, said block copolymer comprising a polystyrene polymer block and a polyisobutylene polymer block, and (c) a tie layer between the silicone containing region and the polymeric layer, which tie layer comprises an additional polymer, wherein the block copolymer and the additional polymer are different from one another, and wherein the additional polymer is selected from a copolymer that comprises (i) a siloxane monomer and (ii) styrene, isobutylene, or a combination of styrene and isobutylene, a block copolymer that comprises (i) a polysiloxane block and (ii) a polystyrene block, a polyisobutylene block, or both a polystyrene block and a polyisobutylene block, and a polymer that comprises a monomer selected from styrene, isobutylene, and a combination of styrene and isobutylene that is grafted to the surface of the silicone-containing region.
A method for leakage detection in an air conditioning system, in particular for a recreational vehicle, comprising a refrigerant circuit, wherein, as seen in a circulation direction of the refrigerant, the air conditioning system comprises a refrigerant condenser which can be in heat exchange with an environment, a refrigerant throttle, a refrigerant evaporator which can be in heat exchange with a room to be air-conditioned, and a refrigerant compressor, comprising the following steps: a) detecting a room temperature of the room to be air-conditioned, upstream of the refrigerant evaporator on an air inlet side, b) detecting a refrigerant inlet temperature at a refrigerant inlet of the refrigerant evaporator, c) detecting a refrigerant outlet temperature at a refrigerant outlet of the refrigerant evaporator, d) calculating an outlet differential temperature as a difference of the room temperature and the refrigerant outlet temperature, e) calculating an evaporator differential temperature as a difference of the refrigerant outlet temperature and the refrigerant inlet temperature, f) detecting a leakage when the outlet differential temperature falls below a fixed value and/or when the evaporator differential temperature exceeds a fixed value. a) detecting a room temperature of the room to be air-conditioned, upstream of the refrigerant evaporator on an air inlet side, b) detecting a refrigerant inlet temperature at a refrigerant inlet of the refrigerant evaporator, c) detecting a refrigerant outlet temperature at a refrigerant outlet of the refrigerant evaporator, d) calculating an outlet differential temperature as a difference of the room temperature and the refrigerant outlet temperature, e) calculating an evaporator differential temperature as a difference of the refrigerant outlet temperature and the refrigerant inlet temperature, f) detecting a leakage when the outlet differential temperature falls below a fixed value and/or when the evaporator differential temperature exceeds a fixed value.