mhurhangee/ep-ind-claims huggingface dataset:
Female Luer connector comprising: - a cover having: - a first end suitable for being connected to a patient, - a second end comprising a restriction in volume forming an opening having a cylindrical or frustoconical inner wall and configured to receive a male luer connector, and - a central chamber leading on the one hand to the coupling and on the other hand to the opening, and - a seal member with a portion forming a spring arranged within the chamber and a head extending into the opening, - the portion forming a spring is designed to be compressed within the chamber when a male Luer connector penetrates the opening and borders against the head of the seal member in order to establish a hydraulic connection between the male Luer connector and the coupling, characterized in that the said inner wall of the opening includes retaining means having a projecting angle that extends radially towards the center of the opening to penetrate a male luer connector such that the frictional force generated by the male Luer connector pressing against the opening is greater than the spring force of the head of the seal member within the opening. - a cover having: - a first end suitable for being connected to a patient, - a second end comprising a restriction in volume forming an opening having a cylindrical or frustoconical inner wall and configured to receive a male luer connector, and - a central chamber leading on the one hand to the coupling and on the other hand to the opening, and - a seal member with a portion forming a spring arranged within the chamber and a head extending into the opening, - the portion forming a spring is designed to be compressed within the chamber when a male Luer connector penetrates the opening and borders against the head of the seal member in order to establish a hydraulic connection between the male Luer connector and the coupling, characterized in that the said inner wall of the opening includes retaining means having a projecting angle that extends radially towards the center of the opening to penetrate a male luer connector such that the frictional force generated by the male Luer connector pressing against the opening is greater than the spring force of the head of the seal member within the opening. - a first end suitable for being connected to a patient, - a second end comprising a restriction in volume forming an opening having a cylindrical or frustoconical inner wall and configured to receive a male luer connector, and - a central chamber leading on the one hand to the coupling and on the other hand to the opening, and - a seal member with a portion forming a spring arranged within the chamber and a head extending into the opening, - the portion forming a spring is designed to be compressed within the chamber when a male Luer connector penetrates the opening and borders against the head of the seal member in order to establish a hydraulic connection between the male Luer connector and the coupling,
A backlight assembly, comprising: a light source; at least one light-absorbing substance; and one of a light guide plate and a diffusive plate, wherein: the light source is configured to emit a white light, the white light comprising at least two primary color lights; and the at least one light-absorbing substance is disposed at a light-out side of the light source and configured to absorb light in at least one overlapping portion between the spectra of two of the at least two primary color lights in the white light; characterized in that: the at least one light-absorbing substance is present as dopant in the light guide plate when the backlight assembly comprises the light guide plate, or in the diffusive plate when the backlight assembly comprises the diffusive plate. a light source; at least one light-absorbing substance; and one of a light guide plate and a diffusive plate, the light source is configured to emit a white light, the white light comprising at least two primary color lights; and the at least one light-absorbing substance is disposed at a light-out side of the light source and configured to absorb light in at least one overlapping portion between the spectra of two of the at least two primary color lights in the white light; characterized in that: the at least one light-absorbing substance is present as dopant in the light guide plate when the backlight assembly comprises the light guide plate, or in the diffusive plate when the backlight assembly comprises the diffusive plate.
A battery pack comprising: a rectangular battery cell having an electrode assembly, which consists of cathodes, anodes, and separators, mounted therein together with an electrolyte in a sealed state; a lower case having an inner space for receiving the battery cell; and an upper case coupled to the lower case, in which the battery cell is received, for sealing the battery cell, wherein the upper and lower cases (400, 300) are provided with side walls (320, 420), each of which has a predetermined thickness, by which coupling regions of the upper and lower cases (400, 300) are located at the sides of the battery cell, wherein ultrasonic welding is performed at the side walls (320, 420) extending from the upper case and the lower case, and a film-shaped label is formed on the upper surface of the upper case, wherein the film-shaped label is attached to an open upper surface of an upper case frame constructed in a structure in which the upper surface of the upper case frame is open, wherein the film-shaped label is inserted into a mold, and the upper case frame is formed by insert injection molding, such that the film-shaped label is integrally fixed to the upper case.
A system for managing firmware of a mobile computing device (150; 410; 510; 520; 650), comprising: a read-only management object that includes identification and version information for a firmware component; an update object that includes identification and version information relating to an update package for the firmware component; and a localization module that identifies a localized firmware update component based on the read-only management object and the location of the mobile computing device. a read-only management object that includes identification and version information for a firmware component; an update object that includes identification and version information relating to an update package for the firmware component; and a localization module that identifies a localized firmware update component based on the read-only management object and the location of the mobile computing device.
A fluorescent composite resin substrate white light emitting diode, comprising: a fluorescent composite resin substrate, formed from a mixture through a curing reaction, the mixture forming the fluorescent composite resin substrate including composite resin, a hardening agent and a fluorescent material; two conductive brackets, each of the conductive brackets partially connected to the substrate; a light emitting diode die, disposed on a surface of the substrate; two conductive lines, connected to the light emitting diode die and respectively connected to the conductive brackets; a package material, formed from a mixture through a curing reaction, the mixture of the package material including curable resin, a hardening agent and a fluorescent material; wherein the package material covers and seals conductive lines and the light emitting diode die to form a finished product of the fluorescent composite resin substrate white light emitting diode; and a lower plate, for placing the fluorescent composite resin substrate, the two conductive brackets, the light emitting diode die, the two conductive lines and the package material, characterised in that the curable composite resin is a combination of resin and a glass filler; the resin is selected from a group consisting of silicone, silicone gel, silicone rubber, silicone resin, and organic modified silicone resin; and the hardening agent is selected from a group consisting of a hardening agent of acid anhydride, an initiator, phenolic resin or a platinum based catalyst. a fluorescent composite resin substrate, formed from a mixture through a curing reaction, the mixture forming the fluorescent composite resin substrate including composite resin, a hardening agent and a fluorescent material; two conductive brackets, each of the conductive brackets partially connected to the substrate; a light emitting diode die, disposed on a surface of the substrate; two conductive lines, connected to the light emitting diode die and respectively connected to the conductive brackets; a package material, formed from a mixture through a curing reaction, the mixture of the package material including curable resin, a hardening agent and a fluorescent material; wherein the package material covers and seals conductive lines and the light emitting diode die to form a finished product of the fluorescent composite resin substrate white light emitting diode; and a lower plate, for placing the fluorescent composite resin substrate, the two conductive brackets, the light emitting diode die, the two conductive lines and the package material, characterised in that the curable composite resin is a combination of resin and a glass filler; the resin is selected from a group consisting of silicone, silicone gel, silicone rubber, silicone resin, and organic modified silicone resin; and the hardening agent is selected from a group consisting of a hardening agent of acid anhydride, an initiator, phenolic resin or a platinum based catalyst.
A method of making a multi-layer article comprising: (a) coating a mixture comprising a polyurethane coating solution and a plurality of nanoparticles onto a casting liner to form a first layer, such that the first major surface of the first layer contacts the casting liner; and (b) disposing a second layer onto the first layer opposite the first major surface. (a) coating a mixture comprising a polyurethane coating solution and a plurality of nanoparticles onto a casting liner to form a first layer, such that the first major surface of the first layer contacts the casting liner; and (b) disposing a second layer onto the first layer opposite the first major surface.
A telescopic camera mechanism, comprising a holder having a holding cavity (11,12), a camera (21,22) placed in the holding cavity (11,12), a top of the camera (21,22) provided with a protective cover, wherein the holder is further equipped with a protective cover movement component and a camera (21,22) telescopic component, wherein the protective cover movement component comprises a rotating motor, a screw rod, and a guide plate; the screw rod is connected to a lateral face of the holding cavity (11,12), the guide plate is sleeved on the screw rod, a top end of the guide plate is fixedly connected to the protective cover; driven by the rotating motor, the screw rod rotates to drive the guide plate to move on the screw rod along a direction close to or away from the holding cavity (11,12) to drive the protective cover to move, such that the camera (21,22) is sheltered or exposed; the camera telescopic component comprises a support spring strip and a poke rod, the support spring strip is connected to a bottom of the camera (21,22) and is fixedly connected to the holder, the poke rod is movably connected to the holder; when the guide plate moves such that the camera (21,22) is entirely exposed, the guide plate applies an acting force to the poke rod to press against the support spring strip, such that the camera (21,22) extends out of the holding cavity (11,12); when the guide plate moves towards the direction close to the holding cavity (11,12), the guide plate relieves the acting force applied to the poke rod, such that the support spring strip drives the camera (21,22) to retract into the holding cavity (11,12). the protective cover movement component comprises a rotating motor, a screw rod, and a guide plate; the screw rod is connected to a lateral face of the holding cavity (11,12), the guide plate is sleeved on the screw rod, a top end of the guide plate is fixedly connected to the protective cover; driven by the rotating motor, the screw rod rotates to drive the guide plate to move on the screw rod along a direction close to or away from the holding cavity (11,12) to drive the protective cover to move, such that the camera (21,22) is sheltered or exposed; the camera telescopic component comprises a support spring strip and a poke rod, the support spring strip is connected to a bottom of the camera (21,22) and is fixedly connected to the holder, the poke rod is movably connected to the holder; when the guide plate moves such that the camera (21,22) is entirely exposed, the guide plate applies an acting force to the poke rod to press against the support spring strip, such that the camera (21,22) extends out of the holding cavity (11,12); when the guide plate moves towards the direction close to the holding cavity (11,12), the guide plate relieves the acting force applied to the poke rod, such that the support spring strip drives the camera (21,22) to retract into the holding cavity (11,12).
A body electrode unit comprising: a body electrode configured to be attached to a body; and a release sheet to which the body electrode is attached, wherein the body electrode comprises at least a first electrode and a second electrode, the first electrode and the second electrode being put together to form a single continuous shape, characterized in that the release sheet comprises a first processed part configured to facilitate at least one of a separation and a bending of the release sheet, the first processed part being provided in a first area between a position at which the first electrode is attached and a position at which the second electrode is attached. a body electrode configured to be attached to a body; and a release sheet to which the body electrode is attached, wherein the body electrode comprises at least a first electrode and a second electrode, the first electrode and the second electrode being put together to form a single continuous shape, characterized in that the release sheet comprises a first processed part configured to facilitate at least one of a separation and a bending of the release sheet, the first processed part being provided in a first area between a position at which the first electrode is attached and a position at which the second electrode is attached.
A refrigerator comprising: a body; a storage compartment defined in a first portion of the body; a door configured to open and close at least a portion of the storage compartment; a cold air generating compartment defined in an upper portion of the body and separated from the storage compartment, the upper portion of the body being positioned above the storage compartment when the refrigerator is oriented in an ordinary operating orientation; an evaporator positioned in the cold air generating compartment; a cold air fan positioned in the cold air generating compartment and configured to promote movement of air within the cold air generating compartment in a flow direction that passes through the evaporator and is perpendicular to a surface of the door when the door is oriented in a closed position; a guide member positioned at an inlet of the cold air generating compartment and configured to guide air passing through the inlet of the cold air generating compartment uniformly toward the evaporator, characterized in that the guide member comprises: an inlet through which cold air passes; and a plurality of blades positioned at the inlet and configured to guide cold air in a direction upward from the inlet of the cold air generating compartment toward an upper portion of the cold air generating compartment. a body; a storage compartment defined in a first portion of the body; a door configured to open and close at least a portion of the storage compartment; a cold air generating compartment defined in an upper portion of the body and separated from the storage compartment, the upper portion of the body being positioned above the storage compartment when the refrigerator is oriented in an ordinary operating orientation; an evaporator positioned in the cold air generating compartment; a cold air fan positioned in the cold air generating compartment and configured to promote movement of air within the cold air generating compartment in a flow direction that passes through the evaporator and is perpendicular to a surface of the door when the door is oriented in a closed position; a guide member positioned at an inlet of the cold air generating compartment and configured to guide air passing through the inlet of the cold air generating compartment uniformly toward the evaporator, an inlet through which cold air passes; and a plurality of blades positioned at the inlet and configured to guide cold air in a direction upward from the inlet of the cold air generating compartment toward an upper portion of the cold air generating compartment.
A method of implementing a blockchain based fork chain system to track a product comprising the steps of: manufacturing a radio frequency identification (RFID) label; integrating records pertaining to a RFID circuit of the label into a blockchain ledger; inputting a physical location of the RFID label into the blockchain ledger; encoding information into the blockchain ledger including information pertaining to a traceability of the RFID label; applying the RFID label to the product and applying a time stamp to the blockchain ledger once a product is assigned with the RFID label; and combining the blockchain ledger with a second blockchain ledger associated with the product with which the RFID label is assigned. manufacturing a radio frequency identification (RFID) label; integrating records pertaining to a RFID circuit of the label into a blockchain ledger; inputting a physical location of the RFID label into the blockchain ledger; encoding information into the blockchain ledger including information pertaining to a traceability of the RFID label; applying the RFID label to the product and applying a time stamp to the blockchain ledger once a product is assigned with the RFID label; and combining the blockchain ledger with a second blockchain ledger associated with the product with which the RFID label is assigned.
A gear device which adjusts a temperature of lubricating oil by supplying the lubricating oil from a lower part of an enclosure of the gear device into a heat exchanger by means of a circulation pump and causing the lubricating oil and cooling water for an internal combustion engine to exchange heat with each other in the heat exchanger, characterized in that a level of the lubricating oil retained in the lower part when the circulation pump is stopped is defined as a highest oil level, while the level of the lubricating oil retained in the lower part when an amount of the lubricating oil pumped up by the circulation pump is maximum is defined as a lowest oil level, the heat exchanger is disposed at a position outside the enclosure and higher than the highest oil level, and the gear device comprises a control device which controls the amount of the oil to be pumped up by the circulation pump to adjust a height of the level of the oil which varies between the highest oil level and the lowest oil level.
X-ray optical element (1, 1', 1") comprising a Soller slit having a plurality of lamellas for collimating an X-ray beam with respect to the direction of the axis (5, 15) of the Soller slit, and a further collimator for delimiting an X-ray beam, wherein the further collimator is rigidly connected to the Soller slit (2, 14) during operation, characterized in that the X-ray beam delimited by the further collimator intersects the axis (5, 15) of the Soller slit within the Soller slit and the direction of the X-ray beam subtends an angle α≥10° with respect to the axis (5, 15) of the Soller slit.
Mobile HP cleaning machine for outdoor plastic floors, having a chassis equipped with a plurality of wheels, of which at least one drive wheel is motor driven to move the machine at a predetermined operating speed over the floor surface to be cleaned; wherein on this chassis is articulated: - a cleaning head with -- a hood-shaped casing which is open to the floor surface to be cleaned and in/on which is accommodated: -- a spray device for spraying water under high-pressure conditions against the floor surface to be cleaned; and -- a collecting device for receiving and removing from the housing water sprayed by means of suction air and a slurry of water, dirt particles and other solid particles; and wherein on this chassis is at least additionally mounted: - a water tank; - an HP pump which takes water from the water tank and supplies it, under HP conditions, toward the spray device; - a suction fan, whose suction port is connected to the collecting device; and - a motor unit with at least one drive wheel-drive, a suction fan-drive and an HP pump-drive; characterized in that the HP cleaning machine is additionally equipped with a splash guard which is formed as a coupling between the drive wheel-drive and the HP pump-drive and which ensures that the HP pump supplies water under HP conditions to the spray device only when the HP cleaning machine drives over the floor surface to be cleaned with a predetermined operating speed, wherein the splash guard can be closed down, if necessary, by an operator. - a cleaning head with -- a hood-shaped casing which is open to the floor surface to be cleaned and in/on which is accommodated: -- a spray device for spraying water under high-pressure conditions against the floor surface to be cleaned; and -- a collecting device for receiving and removing from the housing water sprayed by means of suction air and a slurry of water, dirt particles and other solid particles; and wherein on this chassis is at least additionally mounted: -- a hood-shaped casing which is open to the floor surface to be cleaned and in/on which is accommodated: -- a spray device for spraying water under high-pressure conditions against the floor surface to be cleaned; and -- a collecting device for receiving and removing from the housing water sprayed by means of suction air and a slurry of water, dirt particles and other solid particles; and - a water tank; - an HP pump which takes water from the water tank and supplies it, under HP conditions, toward the spray device; - a suction fan, whose suction port is connected to the collecting device; and - a motor unit with at least one drive wheel-drive, a suction fan-drive and an HP pump-drive;
A connecting member of a wiper system of a pantographic type for cleaning a vehicle window, the connecting member is configured to receive an adaptor of the wiper system, the adaptor being a set comprising at least an adaptor device and a connector cooperating with each other, the connector cooperating also with a support of a wiper blade, the connecting member comprising at least a first connection body and a second connection body, the first connection body comprising a first pivot link configured to be attached to a first arm of the wiper system and the second connection body comprising a second pivot link configured to be attached to a second arm of the wiper system, the connecting member comprising a connecting device configured to allow a translational assembly of the adaptor along a main direction of one of the arms, the connecting device being located between the first pivot link of the first connection body and the second pivot link of the second connection body, characterized in that the connecting device presents a "U-shape" section with two lateral walls and an upper wall linked to the two lateral walls, the lateral walls and the upper wall defining at least in part a housing configured to house the adaptor and in that at least one of the two lateral walls comprises at least a bended claw located at its free end, the claw being bended towards the other lateral wall.