mhurhangee/ep-ind-claims huggingface dataset:
Support carrier for a supporting structure of a vibrating screen, wherein the support carrier has at least one straight element and at least one integrated spacer part and wherein the at least one straight element is made in one piece with the at least one spacer part, characterized in that the support carrier has one straight element and one spacer part at one end, wherein the support carrier has a free end opposite the end with the spacer part, wherein the straight element is formed of two parallel plates fixed to each other by means of a number of attachment means placed between lower edges of the two plates, wherein a lug extend from one end of each plate on top of the spacer part, wherein a groove is arranged at the free end of the support carrier, which groove opens downwards, and wherein a pin is arranged on the outside of each lug, which pins are directed in opposite directions and are to be received in the groove at the free end of an adjacent support carrier at mounting.
A capsule containing a non-liquid fill and comprising a modified release coating, characterized in that the capsule is band sealed below the modified release coating, and wherein the band seal is a gelatin or HPMC band sealing the gap between body and cap of the capsule and the modified release coating comprises a film forming agent which is present in an amount of from 3 mg to 7 mg per cm 2 of the modified release coating, and wherein the capsule does not comprise any pre-coat between the capsule shell and the modified release coating.
A surface cleaning apparatus comprising: a surface cleaning head having a dirty air inlet; a support structure (106, 134) moveably mounted to the surface cleaning head and moveable between an inclined position and an upright position relative to the surface cleaning head; a cleaning unit having an air flow path extending from a cleaning unit air inlet to a clean air outlet, a suction motor and a cyclone chamber provided in the airflow path, and a dirt collection chamber, the cleaning unit air inlet detachably connectable to the support structure (106, 134) to fluidly connect the dirty air inlet and the cleaning unit air inlet; the surface cleaning apparatus is configurable in a use configuration, in which the cleaning unit air inlet is connected to the support structure (106, 134) and is in air flow communication with the dirty air inlet, characterized in that the surface cleaning apparatus is further configurable in a storage configuration in which the cleaning unit air inlet is disconnected from the dirty air inlet and the cleaning unit is mounted on at least one of the support structure (106, 134) and the surface cleaning head. a surface cleaning head having a dirty air inlet; a support structure (106, 134) moveably mounted to the surface cleaning head and moveable between an inclined position and an upright position relative to the surface cleaning head; a cleaning unit having an air flow path extending from a cleaning unit air inlet to a clean air outlet, a suction motor and a cyclone chamber provided in the airflow path, and a dirt collection chamber, the cleaning unit air inlet detachably connectable to the support structure (106, 134) to fluidly connect the dirty air inlet and the cleaning unit air inlet; the surface cleaning apparatus is configurable in a use configuration, in which the cleaning unit air inlet is connected to the support structure (106, 134) and is in air flow communication with the dirty air inlet, characterized in that the surface cleaning apparatus is further configurable in a storage configuration in which the cleaning unit air inlet is disconnected from the dirty air inlet and the cleaning unit is mounted on at least one of the support structure (106, 134) and the surface cleaning head. a use configuration, in which the cleaning unit air inlet is connected to the support structure (106, 134) and is in air flow communication with the dirty air inlet, characterized in that the surface cleaning apparatus is further configurable in a storage configuration in which the cleaning unit air inlet is disconnected from the dirty air inlet and the cleaning unit is mounted on at least one of the support structure (106, 134) and the surface cleaning head.
Aircraft hold comprising a device for automated processing of luggage, the device for automated processing comprising at least one automated arm (40, 40-1, 40-2) for handling luggage, each automated arm (40, 40-1, 40-2) being mounted so as to be able to move in translation (T1, T3) parallel to the longitudinal axis of the hold of the aircraft, and each automated arm (40, 40-1, 40-2) comprising a head for grasping an item of luggage that operates with reduced pressure or by magnetism and offering a first mobility in rotation (R1, R3) about a first axis (A1, A3) parallel to the transverse axis of the hold of the aircraft and a second mobility in rotation (R2, R4) about a second axis (A2, A4) perpendicular to the first axis (A1, A3).
A process for production of an electrically conductive polyimide film containing a conductivity-imparting agent and a polyimide resin, the process comprising drying and imidizing a coating film including a polyamic acid obtained by reacting a tetracarboxylic dianhydride containing 3,3',4,4'-biphenyltetracarboxylic dianhydride and a diamine compound containing 4,4'-oxydianiline, wherein the tetracarboxylic dianhydride further contains 3,3',4,4'-benzophenonetetracarboxylic dianhydride and/or the diamine compound further contains p-phenylenediamine, a conductivity-imparting agent, and an imidization accelerator.
A sample analysis device (101, 102, or 103), comprising: a base portion (101, 112, or 103); a recessed portion which is formed on the base portion (101, 112, or 103) and in which an antibody that binds to an antigen existing on a surface of each exosome to be detected is immobilized and then is caused to bind to the exosomes; and a protruding portion adjacent to the recessed portion, wherein the recessed portion and the protruding portion are periodically arranged on the base portion (101, 112, or 103), characterized in that the recessed portion has a width larger than an average particle diameter 100 nm of the exosomes, the recessed portion has a width smaller than twice a diameter of beads modifying the exosomes, the diameter of the beads is larger than the average particle diameter 100 nm of the exosomes, the recessed portion has a width smaller than four times the average particle diameter 100 nm of the exosomes, the protruding portion has a width smaller than an average particle diameter 100 nm of the exosomes, and the protruding portion has a width smaller than a diameter of beads. a base portion (101, 112, or 103); a recessed portion which is formed on the base portion (101, 112, or 103) and in which an antibody that binds to an antigen existing on a surface of each exosome to be detected is immobilized and then is caused to bind to the exosomes; and a protruding portion adjacent to the recessed portion, wherein the recessed portion and the protruding portion are periodically arranged on the base portion (101, 112, or 103), characterized in that the recessed portion has a width larger than an average particle diameter 100 nm of the exosomes, the recessed portion has a width smaller than twice a diameter of beads modifying the exosomes, the diameter of the beads is larger than the average particle diameter 100 nm of the exosomes, the recessed portion has a width smaller than four times the average particle diameter 100 nm of the exosomes, the protruding portion has a width smaller than an average particle diameter 100 nm of the exosomes, and the protruding portion has a width smaller than a diameter of beads.
An electronic device with a foldable screen, comprising the foldable screen and a controller, wherein the foldable screen comprises a light-transmitting cover plate and a display panel that are stacked, the display panel comprises a display region and a non-display region surrounded by the display region, and a light-shielding layer is arranged between the light-transmitting cover plate and the display panel; the controller is electrically connected to the foldable screen; the foldable screen is foldable between a first state and a second state, and when the foldable screen is in the first state, an orthographic projection of the light-shielding layer on the display panel overlaps with the non-display region and does not overlap with the display region; and when the foldable screen is in the second state, the orthographic projection of the light-shielding layer on the display panel overlaps with the display region and the controller is configured to control a first part in the display region adjacent to and surrounding the non-display region to be in a black screen state, thereby preventing the light-shielding layer from blocking content displayed by the foldable screen while the foldable screen is in the second state. the foldable screen comprises a light-transmitting cover plate and a display panel that are stacked, the display panel comprises a display region and a non-display region surrounded by the display region, and a light-shielding layer is arranged between the light-transmitting cover plate and the display panel; the controller is electrically connected to the foldable screen; the foldable screen is foldable between a first state and a second state, and when the foldable screen is in the first state, an orthographic projection of the light-shielding layer on the display panel overlaps with the non-display region and does not overlap with the display region; and when the foldable screen is in the second state, the orthographic projection of the light-shielding layer on the display panel overlaps with the display region and the controller is configured to control a first part in the display region adjacent to and surrounding the non-display region to be in a black screen state, thereby preventing the light-shielding layer from blocking content displayed by the foldable screen while the foldable screen is in the second state.
A system for transmitting electrical signals and/or electrical energy via an electrically conductive medium, characterised in that plurality of wound electric coils (1, 3) is mounted on an outside and an inside of the electrically conductive medium, electrically conducting wires (11,31) of the plurality of wound electric coils (1, 3) are arranged in parallel with respect to one another and each of the plurality of wound electric coils (1, 3) is oriented relative to each other in such a manner that the wires (11, 31) are predominantly vectorially mounted in parallel, straight conductors of turns in the wires (11, 31) are mounted predominantly parallel to surfaces of the electrically conductive medium, the system being configured to react when a time-variable current is applied to the wound electric coil (1, 3), thereby generating a magnetic field with decreasing magnetic field strength inwards in a volume of the electrically conductive medium, where the magnetic field strength generates an eddy current which circulates between an external and an internal surface of the electrically conductive medium, a voltage is induced in the plurality of wound electric coils (3, 1) on account of the magnetic field from the eddy current between the external and the internal surface of the electrically conductive medium.
A liquid crystal on silicon integrated circuit comprising: a plurality of pixels arranged in a pixel array; a column driver (112, 200) configured to supply a plurality of signals to a single column of pixels of a plurality of columns included in the pixel array; and a plurality of conductive lines, wherein: a first conductive line (130A, 210) of the plurality of conductive lines couples the column driver (112, 200) to a first subset of pixels in the single column of pixels, a second conductive line (130B, 208) of the plurality of conductive lines couples the column driver (112, 200) to a second subset of pixels in the single column of pixels, and the plurality of conductive lines are configured such that a first signal of the plurality of signals can be supplied to the first subset of pixels and a second signal of the plurality of signals can be supplied to the second subset of pixels with some overlapping duration. a plurality of pixels arranged in a pixel array; a column driver (112, 200) configured to supply a plurality of signals to a single column of pixels of a plurality of columns included in the pixel array; and a plurality of conductive lines, wherein: a first conductive line (130A, 210) of the plurality of conductive lines couples the column driver (112, 200) to a first subset of pixels in the single column of pixels, a second conductive line (130B, 208) of the plurality of conductive lines couples the column driver (112, 200) to a second subset of pixels in the single column of pixels, and the plurality of conductive lines are configured such that a first signal of the plurality of signals can be supplied to the first subset of pixels and a second signal of the plurality of signals can be supplied to the second subset of pixels with some overlapping duration. a first conductive line (130A, 210) of the plurality of conductive lines couples the column driver (112, 200) to a first subset of pixels in the single column of pixels, a second conductive line (130B, 208) of the plurality of conductive lines couples the column driver (112, 200) to a second subset of pixels in the single column of pixels, and the plurality of conductive lines are configured such that a first signal of the plurality of signals can be supplied to the first subset of pixels and a second signal of the plurality of signals can be supplied to the second subset of pixels with some overlapping duration.
A connector system comprising: a pass-through connector comprising a housing having a front and a rear opposite the front, the front having a front opening, the rear having a rear opening, the housing having a cavity extending along a mating axis between the front opening and the rear opening, the pass-through connector comprising conductors held by the housing in the cavity; and a plug received in the cavity through the front opening, the plug having a contact holder holding plug conductors, the contact holder having a body and a head, the head being received in the cavity and configured to push contaminants from the cavity through the rear opening as the plug is loaded into the cavity along the mating axis. characterized in that the conductors of the connector are aligned parallel in a direction along the mating axis and in that the plug conductors are oriented longitudinally between the body and a distal end of the head, the head entering the cavity such that the plug conductors align with corresponding conductors of the pass-through connector and engage said corresponding conductors as the head moves toward the rear of the pass-through connector. a pass-through connector comprising a housing having a front and a rear opposite the front, the front having a front opening, the rear having a rear opening, the housing having a cavity extending along a mating axis between the front opening and the rear opening, the pass-through connector comprising conductors held by the housing in the cavity; and a plug received in the cavity through the front opening, the plug having a contact holder holding plug conductors, the contact holder having a body and a head, the head being received in the cavity and configured to push contaminants from the cavity through the rear opening as the plug is loaded into the cavity along the mating axis. characterized in that the conductors of the connector are aligned parallel in a direction along the mating axis and in that the plug conductors are oriented longitudinally between the body and a distal end of the head, the head entering the cavity such that the plug conductors align with corresponding conductors of the pass-through connector and engage said corresponding conductors as the head moves toward the rear of the pass-through connector.
A composite resin molded body comprising: a base compound resin; and a molten-kneaded mixture which contains an organic fibrous filler and a dispersing agent, wherein the organic fibrous filler is a cellulose compound in which cellulose is contained, and has a content of at least 5 mass% and at most 70 mass% in the composite resin molded body, a proportion T of the organic fibrous filler carbonized in the composite resin molded body is represented by Formula 1, T = P C / P C + P UC when Pc is set as a height of a peak derived from a carbonyl group in an IR spectrum obtained by analyzing any place of the composite resin molded body with a FT-IR method, and Puc is set as a height of a peak derived from an ether group in the same IR spectrum, the proportion T is equal to or less than 0.1, characterised in that a fiber diameter of D 90 is equal to or more than 5 μm and a fiber diameter of D 10 is equal to or less than 500 nm in fiber diameter distribution of the organic fibrous filler. a base compound resin; and a molten-kneaded mixture which contains an organic fibrous filler and a dispersing agent, wherein the organic fibrous filler is a cellulose compound in which cellulose is contained, and has a content of at least 5 mass% and at most 70 mass% in the composite resin molded body, a proportion T of the organic fibrous filler carbonized in the composite resin molded body is represented by Formula 1, T = P C / P C + P UC when Pc is set as a height of a peak derived from a carbonyl group in an IR spectrum obtained by analyzing any place of the composite resin molded body with a FT-IR method, and Puc is set as a height of a peak derived from an ether group in the same IR spectrum, the proportion T is equal to or less than 0.1, characterised in that a fiber diameter of D 90 is equal to or more than 5 μm and a fiber diameter of D 10 is equal to or less than 500 nm in fiber diameter distribution of the organic fibrous filler.
An insulating film agent for grain-oriented electrical steel sheet not containing chromium characterized by containing one or more colloidal substances of hydroxide selected from hydroxides of Fe, Ni, Co, Cu, Sr, and Mo in an amount, as metal elements, of 0.06 to 2.10 mole per mole (based on metal ions) of a total of one or more types of primary phosphates selected from Al, Mg, Ca, Ni, and Co, wherein the colloidal substances of hydroxide have a grain size of 50 nm or less.
A method to reduce aerodynamic drag of an engine exhaust/engine nozzle, the method comprising: collecting data that is indicative of an instant flight condition; entering the data into a decision algorithm that, based on the data, outputs at least first and second drag control parameters corresponding, respectively, to an angle of one or more variable area turbines of a turbine engine and a position of a variable area exhaust nozzle of the turbine engine; and adjusting the angle of the one or more variable area turbines and the position of the variable area exhaust nozzle according to, respectively, the first and second drag control parameters to reduce aerodynamic drag of an engine exhaust/engine nozzle of the turbine engine; characterised in that: the decision algorithm also outputs a third drag control parameter corresponding to a fuel flow ratio between fuel flow to a combustor of the turbine engine and fuel flow to an augmentor of the turbine engine, and adjusting total fuel flow and the fuel flow ratio in accordance with the third drag control parameter to reduce the aerodynamic drag of the engine exhaust/engine nozzle. collecting data that is indicative of an instant flight condition; entering the data into a decision algorithm that, based on the data, outputs at least first and second drag control parameters corresponding, respectively, to an angle of one or more variable area turbines of a turbine engine and a position of a variable area exhaust nozzle of the turbine engine; and adjusting the angle of the one or more variable area turbines and the position of the variable area exhaust nozzle according to, respectively, the first and second drag control parameters to reduce aerodynamic drag of an engine exhaust/engine nozzle of the turbine engine; characterised in that: the decision algorithm also outputs a third drag control parameter corresponding to a fuel flow ratio between fuel flow to a combustor of the turbine engine and fuel flow to an augmentor of the turbine engine, and adjusting total fuel flow and the fuel flow ratio in accordance with the third drag control parameter to reduce the aerodynamic drag of the engine exhaust/engine nozzle.
Bottle for a cosmetic product containing at least one volatile solvent, in particular for mascara, comprising an opening and a rigid lateral wall moulded from a plastics material, comprising an internal lateral surface in contact with said cosmetic product and an external lateral surface to which a label is fixed, characterised in that said label has barrier properties with respect to the volatile solvent, and in that the bottle comprises a lateral wall and at least one end (102', 105'), wherein the lateral wall and said end are formed from different plastics materials, the plastics material of said end having barrier properties with respect to the volatile solvent greater than the plastics material of the lateral wall.
An insulated glass unit assembly station comprising: an assembly table having a table surface configured to receive first and second transparent window components, the table surface being positioned at an incline relative to a vertical position; a conveyor assembly configured to translate the first and second transparent window components (310, 320) along a translation pathway from a first end of the table surface to a second end of the table surface, the translation pathway being substantially parallel to the table surface; and a projection component adjacent to the assembly table and configured to engage the first transparent window component to translate at least a bottom portion of the first transparent window component between an initial position and a first assembly position offset from the translation pathway; the insulated glass unit assembly station being characterised in that it also comprises a press bar extending substantially across the table surface and translatable both substantially parallel to the table surface and substantially perpendicular to the table surface, the press bar being configured to both push a front surface of the first transparent window component and support a back surface of the first transparent window component. an assembly table having a table surface configured to receive first and second transparent window components, the table surface being positioned at an incline relative to a vertical position; a conveyor assembly configured to translate the first and second transparent window components (310, 320) along a translation pathway from a first end of the table surface to a second end of the table surface, the translation pathway being substantially parallel to the table surface; and a projection component adjacent to the assembly table and configured to engage the first transparent window component to translate at least a bottom portion of the first transparent window component between an initial position and a first assembly position offset from the translation pathway; the insulated glass unit assembly station being characterised in that it also comprises a press bar extending substantially across the table surface and translatable both substantially parallel to the table surface and substantially perpendicular to the table surface, the press bar being configured to both push a front surface of the first transparent window component and support a back surface of the first transparent window component.