mhurhangee/ep-ind-claims huggingface dataset:
A vehicle information transmitting device that transmits information by irradiating light on a vehicle body, the vehicle information transmitting device comprising: an adjusting means (10b, 10c) that is configured to adjust diffusiveness of the light characterized in that said adjusting means (10b, 10c) adjusts diffusiveness of the light, by changing a luminance gradient from a peripheral edge portion to a center portion of the light; and the adjusting means (10b, 10c) strengthens the diffusiveness if confirmation of a certain position or direction is to be prompted, and weakens the diffusiveness if specific information is to be transmitted. an adjusting means (10b, 10c) that is configured to adjust diffusiveness of the light characterized in that said adjusting means (10b, 10c) adjusts diffusiveness of the light, by changing a luminance gradient from a peripheral edge portion to a center portion of the light; and the adjusting means (10b, 10c) strengthens the diffusiveness if confirmation of a certain position or direction is to be prompted, and weakens the diffusiveness if specific information is to be transmitted.
A method for sending security information implemented by an electronic device, said method comprising the following steps: - detecting an event encountered by the electronic device; - recording, in a secure memory of the device, security information representative of said event; - starting, before or after said recording, a transaction with an outer terminal; and - sending, to the outer terminal, the security information in a transaction message (E20a; E20b; E34c) during said transaction wherein the transaction and the transaction message including the security information comply with the EMV, Europay Mastercard Visa, protocol, wherein the event detected by the electronic device comprises at least one of: - an anomaly encountered by the electronic device; and - an attack on the electronic device. - detecting an event encountered by the electronic device; - recording, in a secure memory of the device, security information representative of said event; - starting, before or after said recording, a transaction with an outer terminal; and - sending, to the outer terminal, the security information in a transaction message (E20a; E20b; E34c) during said transaction - an anomaly encountered by the electronic device; and - an attack on the electronic device.
A retroreflective article, comprising: a retroreflective layer including multiple cube corner elements that collectively form a structured surface; one or more barrier layers positioned adjacent to the structured surface; a conforming layer positioned adjacent to the one or more barrier layers, wherein the conforming layer is optically opaque; a low refractive index area having a refractive index that is less than 1.30 and positioned between the one or more barrier layers and the cube corner elements; and one or more security mark layers positioned between the conforming layer and the cube corner elements, wherein the one or more barrier layers form a physical barrier between the cube corner elements and the conforming layer to prevent the material of the conforming layer from contacting the cube corner elements. a retroreflective layer including multiple cube corner elements that collectively form a structured surface; one or more barrier layers positioned adjacent to the structured surface; a conforming layer positioned adjacent to the one or more barrier layers, wherein the conforming layer is optically opaque; a low refractive index area having a refractive index that is less than 1.30 and positioned between the one or more barrier layers and the cube corner elements; and one or more security mark layers positioned between the conforming layer and the cube corner elements, wherein the one or more barrier layers form a physical barrier between the cube corner elements and the conforming layer to prevent the material of the conforming layer from contacting the cube corner elements.
Method for manufacturing and reinforcing a corner in an object made from a sandwich structure, comprising a core layer, which is arranged between two cover layers, at least one of which is a plastic cover layer, which method comprises the steps of: - producing an object comprising a corner between two object parts (10, 12), in such a manner that a depression is formed in the sandwich structure of the object at the location of the corner, which depression has a predetermined shape; - positioning a reinforcing element comprising a thermoplastic core part having a side which has a shape which complements that of the predetermined shape of the depression and at least one fibre-reinforced thermoplastic layer in the corner, in such a manner that the fibre-reinforced thermoplastic layer substantially covers the exposed surface of the core part; and - connecting a cover layer of the sandwich structure to the fibre-reinforced thermoplastic layer. - producing an object comprising a corner between two object parts (10, 12), in such a manner that a depression is formed in the sandwich structure of the object at the location of the corner, which depression has a predetermined shape; - positioning a reinforcing element comprising a thermoplastic core part having a side which has a shape which complements that of the predetermined shape of the depression and at least one fibre-reinforced thermoplastic layer in the corner, in such a manner that the fibre-reinforced thermoplastic layer substantially covers the exposed surface of the core part; and - connecting a cover layer of the sandwich structure to the fibre-reinforced thermoplastic layer.
A submergible and floating device for the on-site biological cleansing of nets or meshes used for the breeding of fish, that permits the destruction of the microorganisms of the water and at the same time disinfects and destroys bacteria, fungi, viruses and fish diseases that might otherwise spread onto the breeding environment comprising supporting means, a means to filter particles and disinfection means based on ultraviolet biological radiation, characterized by the fact that the supporting means consists of a metal, plastic or wooden structure, which includes flotation means which keep the supporting structure afloat and a main hollow body inside of which are the means to filter particles which consist of a plurality of sacks made of diamond-shaped netting surrounded on the sides and bottom by a polypropylene bolt rope.
A process for the preparation of a mixture of chelating agents comprising a compound of Formula wherein at least one of R 1, R 2 and R 3 is a succinic acid group or a salt thereof and at least one of R 1, R 2 and R 3 is a carboxymethyl or 1-carboxyethyl group or a salt thereof comprising reacting maleic acid or a salt thereof with diethanol amine under alkaline conditions in the presence of a lanthanoid catalyst to form at least one compound having a general formula where at least one of R 1, R 2 and R 3 is a succinic acid group or a salt thereof followed by adding of 2-halocarboxylic acid or a salt thereof which reacts with unreacted diethanol amine and/or with intermediates containing hydroxyl groups or secondary amino groups to form a mixture comprising compounds having a general formula where at least one of R 1, R 2 and R 3 is succinic acid group or a salt thereof and at least one of R 1, R 2 and R 3 is carboxymethyl or 1-carboxyethyl group or a salt thereof.
A drug delivery system, comprising - a delivery vehicle containing DOPC, DOPG and cholesterol, wherein the ratio of DOPC:DOPG: cholesterol is 56.25 -72.5: 7.5-18.75: 20-25 by mole percent; and - a therapeutic agent for the eye that is an antagonist specific to VEGF or a water soluble corticosteroid, wherein said antagonist specific to VEGF is an antibody specific to VEGF or a soluble VEGF receptor; wherein 50-90 % of the therapeutic agent for the eye is in non-associated form and the weight ratio of the phospholipid and cholesterol in combination to the therapeutic agent for the eye is 5-80 to 1. - a delivery vehicle containing DOPC, DOPG and cholesterol, wherein the ratio of DOPC:DOPG: cholesterol is 56.25 -72.5: 7.5-18.75: 20-25 by mole percent; and - a therapeutic agent for the eye that is an antagonist specific to VEGF or a water soluble corticosteroid, wherein said antagonist specific to VEGF is an antibody specific to VEGF or a soluble VEGF receptor;
A method of configuring one or more user equipments, UEs, to repeatedly transmit a first message while a repetition condition is met, wherein the method is performed by a base station and comprises: including in a second message a repetition parameter, wherein the repetition parameter indicates that a UE receiving the second message including the repetition parameter is allowed to or must transmit the first message repeatedly while the repetition condition is met if one or more criteria are met; and transmitting the second message, characterized in that the repetition condition is that physical random access channel, PRACH, reattempt has not occurred, and said one or more criteria includes that the UE receiving the second message is (i) a UE configured to provide a mission critical, MC, service, (ii) a UE configured to provide one or more multimedia priority services, or (iii) any one of (i) and (ii). including in a second message a repetition parameter, wherein the repetition parameter indicates that a UE receiving the second message including the repetition parameter is allowed to or must transmit the first message repeatedly while the repetition condition is met if one or more criteria are met; and transmitting the second message, characterized in that the repetition condition is that physical random access channel, PRACH, reattempt has not occurred, and said one or more criteria includes that the UE receiving the second message is (i) a UE configured to provide a mission critical, MC, service, (ii) a UE configured to provide one or more multimedia priority services, or (iii) any one of (i) and (ii).
An apparatus for printing on cylindrical objects, the apparatus comprising: a plurality of printheads, each comprising a linear array of ejectors arranged along a horizontal axis; and a plurality of holding devices, each being movable relative to the printheads such that, in use, the holding device moves a cylindrical object between the printheads, wherein the printheads are aligned such that their ejectors are arranged parallel to the longitudinal axis of the cylindrical object, wherein the holding devices are arranged in series, such that each holding device moves a respective cylindrical object to the vicinity of each printhead in turn, wherein each holding device is arranged to rotate the cylindrical object about its longitudinal axis whilst keeping the longitudinal axis parallel with the array of ejectors during printing, wherein the path of the holding devices comprises a plurality of vertical sections which are horizontally offset from one another, wherein each vertical section comprises at least two identically orientated printheads arranged such that they are vertically displaced from one another, with one directly above the other, and wherein each of the holding devices moves the cylindrical object between the at least two vertically displaced printheads such that part or all of its path between the at least two vertically displaced printheads is vertical. a plurality of printheads, each comprising a linear array of ejectors arranged along a horizontal axis; and a plurality of holding devices, each being movable relative to the printheads such that, in use, the holding device moves a cylindrical object between the printheads, wherein the printheads are aligned such that their ejectors are arranged parallel to the longitudinal axis of the cylindrical object, wherein the holding devices are arranged in series, such that each holding device moves a respective cylindrical object to the vicinity of each printhead in turn, wherein each holding device is arranged to rotate the cylindrical object about its longitudinal axis whilst keeping the longitudinal axis parallel with the array of ejectors during printing, wherein the path of the holding devices comprises a plurality of vertical sections which are horizontally offset from one another, wherein each vertical section comprises at least two identically orientated printheads arranged such that they are vertically displaced from one another, with one directly above the other, and wherein each of the holding devices moves the cylindrical object between the at least two vertically displaced printheads such that part or all of its path between the at least two vertically displaced printheads is vertical.
A hand-held electronic device comprising: a casing including a first face and a second face opposite to the first face, with the casing including an interior intermediate the first face and the second face of the casing; an electronic component mounted in the interior of the casing; and a cooling fan mounted in the interior of the casing, wherein the hand-held electronic device is characterized in further comprising a first cover including a thickness forming an annular periphery, with the first cover abutting the first face of the casing, with a joining area between the annular periphery of the first cover and the first face of the casing including a junction section, with the junction section having at least one vent (5a, 5b, 5c) in communication with the interior of the casing, and with the cooling fan adapted to guide air currents via the at least one vent (5a, 5b, 5c) to cool the electronic component. a casing including a first face and a second face opposite to the first face, with the casing including an interior intermediate the first face and the second face of the casing; an electronic component mounted in the interior of the casing; and a cooling fan mounted in the interior of the casing, wherein the hand-held electronic device is characterized in further comprising a first cover including a thickness forming an annular periphery, with the first cover abutting the first face of the casing, with a joining area between the annular periphery of the first cover and the first face of the casing including a junction section, with the junction section having at least one vent (5a, 5b, 5c) in communication with the interior of the casing, and with the cooling fan adapted to guide air currents via the at least one vent (5a, 5b, 5c) to cool the electronic component.
A hanger to support an object, the hanger comprising: a threaded rod coupling at a top end of the hanger; a saddle mechanically coupled to the threaded rod coupling, for receiving and supporting the object, the saddle at least partly defining an internal area to receive the object; and a catch arm, extending outside of the threaded rod coupling and the saddle, that is able to guide the object to be supported into the saddle as the object is moved relative to the hanger; characterized in that: the hanger includes a leg that is movable relative to the saddle to selectively admit the object to be supported, the leg being hinged at a connection with the top end of the hanger to pivot into the internal area of the saddle to admit the object, and closing automatically to a closed position once the object is in the hanger; with at least one of the leg and the catch arm including a hook; and with the hook on the at least one of the leg and the catch arm automatically moving into contact with another of the at least one of the leg and the catch arm when the leg moves to a closed position. a threaded rod coupling at a top end of the hanger; a saddle mechanically coupled to the threaded rod coupling, for receiving and supporting the object, the saddle at least partly defining an internal area to receive the object; and a catch arm, extending outside of the threaded rod coupling and the saddle, that is able to guide the object to be supported into the saddle as the object is moved relative to the hanger; characterized in that: the hanger includes a leg that is movable relative to the saddle to selectively admit the object to be supported, the leg being hinged at a connection with the top end of the hanger to pivot into the internal area of the saddle to admit the object, and closing automatically to a closed position once the object is in the hanger; with at least one of the leg and the catch arm including a hook; and with the hook on the at least one of the leg and the catch arm automatically moving into contact with another of the at least one of the leg and the catch arm when the leg moves to a closed position. the hanger includes a leg that is movable relative to the saddle to selectively admit the object to be supported, the leg being hinged at a connection with the top end of the hanger to pivot into the internal area of the saddle to admit the object, and closing automatically to a closed position once the object is in the hanger; with at least one of the leg and the catch arm including a hook; and with the hook on the at least one of the leg and the catch arm automatically moving into contact with another of the at least one of the leg and the catch arm when the leg moves to a closed position.
A sheet manufacturing apparatus comprising: a web forming unit configured to form a web which includes fibers and resin; and a first pressurizing unit and a second pressurizing unit configured to pressurize the web, the first pressurizing unit having a separation layer, the first pressurizing unit being positioned on an upstream side of the second pressurizing unit in a transfer direction of the web, and the first pressurizing unit being configured to heat the web, the second pressurizing unit being positioned on a downstream side of the first pressurizing unit in the transfer direction of the web, characterized in the first pressurizing unit having a separation layer, which is a layer including fluorine, the second pressurizing unit having no separation layer, the second pressurizing unit being configured not to heat the web, and the second pressurizing unit being adapted to apply a larger pressurizing force to the web than the first pressurizing unit. a web forming unit configured to form a web which includes fibers and resin; and a first pressurizing unit and a second pressurizing unit configured to pressurize the web, the first pressurizing unit having a separation layer, the first pressurizing unit being positioned on an upstream side of the second pressurizing unit in a transfer direction of the web, and the first pressurizing unit being configured to heat the web, the second pressurizing unit being positioned on a downstream side of the first pressurizing unit in the transfer direction of the web, characterized in the first pressurizing unit having a separation layer, which is a layer including fluorine, the second pressurizing unit having no separation layer, the second pressurizing unit being configured not to heat the web, and the second pressurizing unit being adapted to apply a larger pressurizing force to the web than the first pressurizing unit.
An inrush current limiter comprising: a current sensing device, configured to be coupled to a main device, wherein the current sensing device is configured to sense a scaled sense current from the main device; a current control device, coupled to the current sensing device and configured to control a current in the main device based on the scaled sense current; a source voltage monitor configured to monitor an output voltage of the main device; a gate driver, coupled to the current control device and the source voltage monitor and configured to be coupled to the main device and to drive a gate-to-source voltage of the main device to control a current in the main device in dependence on an output of the current control device and the source voltage monitor; wherein the gate driver is configured, in response to a large current transient event: to limit the current through the main device to a relatively small, constant value for determining the type of load, to increase charge at the gate of the main device if the resulting output voltage of the main device shows an increase indicative that the load is a capacitive load, to disable the main device if the resulting output voltage shows no change indicative that the load is a low ohmic load. Z a current sensing device, configured to be coupled to a main device, wherein the current sensing device is configured to sense a scaled sense current from the main device; a current control device, coupled to the current sensing device and configured to control a current in the main device based on the scaled sense current; a source voltage monitor configured to monitor an output voltage of the main device; a gate driver, coupled to the current control device and the source voltage monitor and configured to be coupled to the main device and to drive a gate-to-source voltage of the main device to control a current in the main device in dependence on an output of the current control device and the source voltage monitor; wherein the gate driver is configured, in response to a large current transient event: to limit the current through the main device to a relatively small, constant value for determining the type of load, to increase charge at the gate of the main device if the resulting output voltage of the main device shows an increase indicative that the load is a capacitive load, to disable the main device if the resulting output voltage shows no change indicative that the load is a low ohmic load. Z to limit the current through the main device to a relatively small, constant value for determining the type of load, to increase charge at the gate of the main device if the resulting output voltage of the main device shows an increase indicative that the load is a capacitive load, to disable the main device if the resulting output voltage shows no change indicative that the load is a low ohmic load. Z
An aerosol can assembly comprising: a steel end having an opening for receiving a valve assembly; a one-piece, drawn and wall ironed, aluminum can body that includes a base, a sidewall, and a neck; and a double seam formed between the steel end and the aluminum body, the seam including a seaming panel, an end hook and a body hook; the seam defining an internal seam height defined between an inner surface of the end hook and an inner surface of the seaming panel, a length of the body hook is at least 83 percent of the internal seam height. a steel end having an opening for receiving a valve assembly; a one-piece, drawn and wall ironed, aluminum can body that includes a base, a sidewall, and a neck; and a double seam formed between the steel end and the aluminum body, the seam including a seaming panel, an end hook and a body hook; the seam defining an internal seam height defined between an inner surface of the end hook and an inner surface of the seaming panel, a length of the body hook is at least 83 percent of the internal seam height.
Device to assist in performing chest compressions on a patient or manikin during cardiopulmonary resuscitation comprising a compression pad arranged for tracking the movement of the chest of the patient or manikin, where the CPR assistant manually exerts force to perform chest compressions, said compression pad comprising an acceleration sensor unit producing acceleration signals representative of the movement of the chest of the patient or manikin during chest compressions, and the device also comprising processing means for determining the depth of chest compressions from the acceleration signals received from the acceleration sensor unit, characterized in that the processing means obtain a signal representative of the movement of the chest of the patient or manikin, preferably an acceleration signal perpendicular to the chest of the patient or manikin, from said acceleration signals, analyze said signal in the frequency domain in short-time windows and estimate the mean depth (s m) of chest compressions in each window from the mean frequency (f cc) and the amplitudes and phases of the first harmonics of the signal of each window.