mhurhangee/patent-ind-claim-en huggingface dataset:
A display device comprising: a first electrode (REM1), a second electrode (REM2), and a third electrode (REM3) extending in one direction (DR2) on a substrate (SUB) and being spaced from one another; a first light-emitting element (ED1) between the first electrode and the second electrode, and a second light-emitting element (ED2) between the second electrode and the third electrode; a first connection electrode (CNE1) on the first electrode and in contact with a first end of the first light-emitting element, a second connection electrode (CNE2) on one side of the second electrode and in contact with a first end of the second light-emitting element, a third connection electrode (CNE3) on an opposite side of the second electrode and in contact with a second end of the first light-emitting element, and a fourth connection electrode (CNE4) on the third electrode and in contact with a second end of the second light-emitting element; characterised in that it further comprises: a first electrode pattern (RMP1) between the first connection electrode and the third connection electrode and overlapping one end of the first connection electrode and one end of the third connection electrode, and a second electrode pattern (RMP2) between the second connection electrode and the fourth connection electrode and overlapping one end of the second connection electrode and one end of the fourth connection electrode; and a bridge pattern (BYP) connecting the first electrode pattern with the second electrode pattern. a first electrode (REM1), a second electrode (REM2), and a third electrode (REM3) extending in one direction (DR2) on a substrate (SUB) and being spaced from one another; a first light-emitting element (ED1) between the first electrode and the second electrode, and a second light-emitting element (ED2) between the second electrode and the third electrode; a first connection electrode (CNE1) on the first electrode and in contact with a first end of the first light-emitting element, a second connection electrode (CNE2) on one side of the second electrode and in contact with a first end of the second light-emitting element, a third connection electrode (CNE3) on an opposite side of the second electrode and in contact with a second end of the first light-emitting element, and a fourth connection electrode (CNE4) on the third electrode and in contact with a second end of the second light-emitting element; a first electrode pattern (RMP1) between the first connection electrode and the third connection electrode and overlapping one end of the first connection electrode and one end of the third connection electrode, and a second electrode pattern (RMP2) between the second connection electrode and the fourth connection electrode and overlapping one end of the second connection electrode and one end of the fourth connection electrode; and a bridge pattern (BYP) connecting the first electrode pattern with the second electrode pattern.
A blade comprising: an airfoil having a leading edge , a trailing edge , a pressure side , and a suction side and extending from an inboard end to a tip ; and an attachment root , wherein: the blade comprises an aluminum or aluminum alloy substrate and a coating at the tip ; and the coating comprises an anodized layer being a layer formed by controlled electrolytic conversion of the substrate material, atop the substrate and an aluminum oxide layer , formed by thermal spraying, atop the anodized layer. an airfoil having a leading edge , a trailing edge , a pressure side , and a suction side and extending from an inboard end to a tip ; and an attachment root , the blade comprises an aluminum or aluminum alloy substrate and a coating at the tip ; and the coating comprises an anodized layer being a layer formed by controlled electrolytic conversion of the substrate material, atop the substrate and an aluminum oxide layer , formed by thermal spraying, atop the anodized layer.
Watch comprising a case including a middle to which a crystal and a transparent back are fastened so as to form an internal volume, said watch comprising a horological movement housed within the internal volume of the case , including a carrying structure through which extends an arbor adapted to be rotated by said horological movement and carrying, at one of the ends thereof that opens out beyond said carrying structure, opposite the crystal , a time value indicator , the watch being characterised in that the arbor carries, at the other end opening out beyond said carrying structure, opposite the back , a disc on which extends a pattern facing a graphical representation , the pattern and the graphical representation being shaped such that, when the arbor is rotating, they cooperate with one another to generate a sequential animation by moiré effect, formed by a sequence of at least two distinct images.
Use of at least one temperature sensor for detecting a leak in a refrigeration circuit filled with a refrigerant , which refrigeration circuit is arranged in an interior space of a sealed housing , which is connected to an external environment only via a connecting chamber provided with an adsorbent filling for the refrigerant , wherein refrigerant leaking from the refrigeration circuit into the interior space is adsorbed in the adsorbent filling with heat being generated, wherein the temperature is measured at at least one point in the adsorbent filling and it is inferred that there is a leak if an absolute threshold value and/or a threshold value for the increase in temperature per unit of time is exceeded, wherein the at least one temperature sensor is arranged in an inner subregion of the connecting chamber , which is in direct contact with the adsorbent of the connecting chamber and is connected via a measuring line to an evaluation unit , and wherein the value of the measured temperature and/or the rate of temperature increase in the inner subregion is used to infer at least the magnitude or the previous duration of the leak.
One-part polyurethane composition, comprising the reaction product of A) at least one polyether polyol PO; B) at least one thermoplastic polyester polyol PE; C) at least one hydrophobic polyol PH; D) at least one polyisocyanate PI , preferably methylene diphenyl diisocyanate (MDI); wherein the composition has a remaining isocyanate content of between 0.8 and 3.5 wt.-%, preferably between 1.4 to 1.8 wt.-%, based on the total weight of the isocyanate-functional polymers comprised therein, wherein said polyether polyol PO comprises a bifunctional polyether polyol PO1 and a trifunctional polyether polyol PO2 and wherein said hydrophobic polyol PH is a polyester polyol based on fatty acids. A) at least one polyether polyol PO; B) at least one thermoplastic polyester polyol PE; C) at least one hydrophobic polyol PH; D) at least one polyisocyanate PI , preferably methylene diphenyl diisocyanate (MDI);
An electrical train messenger wire, the messenger wire comprising: a fiber-reinforced composite strength member; and a conductive layer surrounding the fiber-reinforced composite strength member, the conductive layer comprising copper or a copper alloy; wherein the messenger wire comprises a gap between the composite strength member and the conductive layer. a fiber-reinforced composite strength member; and a conductive layer surrounding the fiber-reinforced composite strength member, the conductive layer comprising copper or a copper alloy; wherein the messenger wire comprises a gap between the composite strength member and the conductive layer.
A communication system comprising: a first terminal configured to execute one or more applications ; and a second terminal (200; 300, 300A, 300B, 300C) configured to communicate data with the first terminal through wireless communication, wherein the second terminal comprises a storage in which first information, which is an identification information (264; 262) corresponding to each application executed in the first terminal is stored as pairing information defining connection relation between each application executed in the first terminal and the second terminal, and a transmission unit configured to transmit, in response to a request from an application executed in the first terminal, second information (264; 262), which is the first information or information generated based on the first information, and the first terminal comprises a determination unit configured to determine processing related to data communication with the second terminal based on a result of a comparison between third information , which is identification information or information generated based on identification information corresponding to a running application on the first terminal, and the second information received from the second terminal. a first terminal configured to execute one or more applications ; and a second terminal (200; 300, 300A, 300B, 300C) configured to communicate data with the first terminal through wireless communication, wherein the second terminal comprises a storage in which first information, which is an identification information (264; 262) corresponding to each application executed in the first terminal is stored as pairing information defining connection relation between each application executed in the first terminal and the second terminal, and a transmission unit configured to transmit, in response to a request from an application executed in the first terminal, second information (264; 262), which is the first information or information generated based on the first information, and a storage in which first information, which is an identification information (264; 262) corresponding to each application executed in the first terminal is stored as pairing information defining connection relation between each application executed in the first terminal and the second terminal, and a transmission unit configured to transmit, in response to a request from an application executed in the first terminal, second information (264; 262), which is the first information or information generated based on the first information, and the first terminal comprises a determination unit configured to determine processing related to data communication with the second terminal based on a result of a comparison between third information , which is identification information or information generated based on identification information corresponding to a running application on the first terminal, and the second information received from the second terminal.
A head-up display apparatus comprising: a casing including a top surface in which a first opening and a second opening are formed continuously from a front side toward a rear side; a combiner supported by a pair of guide members so that it is capable of moving between an accommodated position in the casing and a projecting position at which the combiner projects upward through the first opening ; a light-emitting unit that is configured to irradiate the combiner at the projecting position with display light from a light-projecting portion , which is disposed in the casing , through the second opening ; a first cover capable of opening and closing the first opening ; a second cover capable of opening and closing the second opening ; and drive means that is configured to operate the combiner , the first cover , and the second cover ,wherein the first cover is capable of being retracted into the casing by moving forward from a closing position at which the first cover closes the first opening , and the second cover is capable of being retracted into the casing by moving forward from a closing position at which the second cover closes the second opening into the casing through a space between the pair of guide members , and is accommodated in the casing so that at least a portion of the second cover overlaps a space (S) that is occupied by the combiner when the combiner is at the accommodated position, wherein the apparatus is configured to start to open the second cover after the combiner has been moved upward by a predetermined distance from the accommodated position. a casing including a top surface in which a first opening and a second opening are formed continuously from a front side toward a rear side; a combiner supported by a pair of guide members so that it is capable of moving between an accommodated position in the casing and a projecting position at which the combiner projects upward through the first opening ; a light-emitting unit that is configured to irradiate the combiner at the projecting position with display light from a light-projecting portion , which is disposed in the casing , through the second opening ; a first cover capable of opening and closing the first opening ; a second cover capable of opening and closing the second opening ; and drive means that is configured to operate the combiner , the first cover , and the second cover ,wherein the first cover is capable of being retracted into the casing by moving forward from a closing position at which the first cover closes the first opening , and the second cover is capable of being retracted into the casing by moving forward from a closing position at which the second cover closes the second opening into the casing through a space between the pair of guide members , and is accommodated in the casing so that at least a portion of the second cover overlaps a space (S) that is occupied by the combiner when the combiner is at the accommodated position, wherein the apparatus is configured to start to open the second cover after the combiner has been moved upward by a predetermined distance from the accommodated position.
Apparatus for determining the shear stress load of a particle dispersed in a solution, wherein the particle is used in the pharmaceutical field, by measuring the particle aggregation/particle destruction, the apparatus consisting of at least the following components: a) a mechanical container (F), b) two complementary cylindrical bodies (C) which are conically shaped in the area of their respective outlet, c) whereby the outlets are connected via a specific cannula (D) d) two plungers (B), fitting into the bodies from b), each plunger (B) including a finger rest, e) two locking holders (G) adjusted to the two finger rests of the plungers, with the locking holders causing a fixed positioning of the plungers, f) a drive (I) for moving the cylindrical bodies up and down for their respective emptying and filling via the cannula, g) a digital drive control unit (J), wherein said apparatus is characterized by i) an integrated optical measuring system for measuring the particle aggregation/particle destruction, wherein ii) the two complementary cylindrical bodies (C) in b) are wholly glass bodies, and iii) the connection in c) is effected by a defined cannula (D) with Luer-Lock connections (H), the wholly glass bodies and the cannula being connected to the mechanical container. a) a mechanical container (F), b) two complementary cylindrical bodies (C) which are conically shaped in the area of their respective outlet, c) whereby the outlets are connected via a specific cannula (D) d) two plungers (B), fitting into the bodies from b), each plunger (B) including a finger rest, e) two locking holders (G) adjusted to the two finger rests of the plungers, with the locking holders causing a fixed positioning of the plungers, f) a drive (I) for moving the cylindrical bodies up and down for their respective emptying and filling via the cannula, g) a digital drive control unit (J), wherein said apparatus is characterized by i) an integrated optical measuring system for measuring the particle aggregation/particle destruction, wherein ii) the two complementary cylindrical bodies (C) in b) are wholly glass bodies, and iii) the connection in c) is effected by a defined cannula (D) with Luer-Lock connections (H), i) an integrated optical measuring system for measuring the particle aggregation/particle destruction, wherein ii) the two complementary cylindrical bodies (C) in b) are wholly glass bodies, and iii) the connection in c) is effected by a defined cannula (D) with Luer-Lock connections (H),
Rotary machine for compression and decompression, comprising - a disc-shaped rotor having a first rotation axis which is at right angles to the plane of the rotor and is situated in an orientation plane ; - a substantially disc-shaped swing element having a second rotation axis which is situated in the plane of the disc-shaped swing element and in the orientation plane , wherein the second rotation axis makes an angle (α) with the first rotation axis in the orientation plane ; - a substantially spherical housing which surrounds the rotor and the swing element and, in combination therewith, forms four (de)compression chambers; - a connecting body which positions the rotor and the swing element slidably with respect to one another in the housing , and seals the four (de)compression chambers; wherein the device is furthermore provided with a power drive and a mechanical connection between the power drive and the rotor , wherein the power drive is configured to deliver power to the rotary machine or to take off power from the rotary machine, wherein the rotary machine furthermore comprises a generator with a rotor part and a stator part , and one or more parts of the generator are integrated with the rotary machine at the inner side of the housing so that the rotor drives the rotor part of the generator . - a disc-shaped rotor having a first rotation axis which is at right angles to the plane of the rotor and is situated in an orientation plane ; - a substantially disc-shaped swing element having a second rotation axis which is situated in the plane of the disc-shaped swing element and in the orientation plane , wherein the second rotation axis makes an angle (α) with the first rotation axis in the orientation plane ; - a substantially spherical housing which surrounds the rotor and the swing element and, in combination therewith, forms four (de)compression chambers; - a connecting body which positions the rotor and the swing element slidably with respect to one another in the housing , and seals the four (de)compression chambers; wherein the device is furthermore provided with a power drive and a mechanical connection between the power drive and the rotor , wherein the power drive is configured to deliver power to the rotary machine or to take off power from the rotary machine, wherein the rotary machine furthermore comprises a generator with a rotor part and a stator part , and one or more parts of the generator are integrated with the rotary machine at the inner side of the housing so that the rotor drives the rotor part of the generator .
An apparatus comprising: a deposition chamber ; a first crucible (200;250;300); an energy source configured to selectively apply and direct energy within the deposition chamber , including toward the first crucible (200;250;300), for generating corresponding vapor plumes (71A;71B;71C;120;130;140;222;272A;272B;322); and a workpiece fixture comprising: a plurality of workpiece holders configured to retain at least one workpiece selectively within the deposition chamber ; and tooling including at least one wall separating at least a first of the plurality of workpiece holders from a second of the plurality of workpiece holders , characterised in that : the first crucible (200;250;300) includes a plurality of walls (206;256;306) defining an upper recess (210;260;310) and a first lower recess (212;262;312), at least the upper recess (210;260;310) open to an interior of the deposition chamber ; and in that the apparatus further comprises: a vacuum pump; and a vacuum port , wherein the pump is configured to increase or decrease vacuum force through the vacuum port so as to tailor the chamber pressure to achieve desired dispersal of a particular vapor plume (71A... 322) and thereby control an overlap of adjacent vapor plumes (71A... 322). a deposition chamber ; a first crucible (200;250;300); an energy source configured to selectively apply and direct energy within the deposition chamber , including toward the first crucible (200;250;300), for generating corresponding vapor plumes (71A;71B;71C;120;130;140;222;272A;272B;322); and a workpiece fixture comprising: a plurality of workpiece holders configured to retain at least one workpiece selectively within the deposition chamber ; and tooling including at least one wall separating at least a first of the plurality of workpiece holders from a second of the plurality of workpiece holders , a plurality of workpiece holders configured to retain at least one workpiece selectively within the deposition chamber ; and tooling including at least one wall separating at least a first of the plurality of workpiece holders from a second of the plurality of workpiece holders , the first crucible (200;250;300) includes a plurality of walls (206;256;306) defining an upper recess (210;260;310) and a first lower recess (212;262;312), at least the upper recess (210;260;310) open to an interior of the deposition chamber ; and in that the apparatus further comprises: a vacuum pump; and a vacuum port , wherein the pump is configured to increase or decrease vacuum force through the vacuum port so as to tailor the chamber pressure to achieve desired dispersal of a particular vapor plume (71A... 322) and thereby control an overlap of adjacent vapor plumes (71A... 322). a vacuum pump; and a vacuum port , wherein the pump is configured to increase or decrease vacuum force through the vacuum port so as to tailor the chamber pressure to achieve desired dispersal of a particular vapor plume (71A... 322) and thereby control an overlap of adjacent vapor plumes (71A... 322).