mhurhangee/patent-ind-claim-en huggingface dataset:
A dispenser that dispenses a product , the dispenser comprising: a housing ; a product container containing a product , the product having a product level within the product container that ranges between full and empty, the product level having a low level wherein the product level is near empty; a dispensing apparatus associated with the product container to withdraw and dispense product from the product container at an outlet ; a container holder supporting the product container , the container holder being vertically moveable within a movement range; a biasing element supporting the container holder within the housing that urges the container holder upwardly such that a position of the product container in the movement range is dependent upon the product level in the product container ; a level indicator vertically fixed relative to the housing ; and a sign vertically fixed relative to the container holder , the sign including a low level marking at an upper portion of the sign to indicate when the product level is at the low level or lower; and wherein when the product level is at the low level or lower, the level indicator is aligned with a portion of the low level marking, characterized in that the level indicator is an opening through the housing , wherein the housing includes a product container holder compartment and a door that selectively opens and closes the product container holder compartment , and further wherein the opening is a window in the door . a housing ; a product container containing a product , the product having a product level within the product container that ranges between full and empty, the product level having a low level wherein the product level is near empty; a dispensing apparatus associated with the product container to withdraw and dispense product from the product container at an outlet ; a container holder supporting the product container , the container holder being vertically moveable within a movement range; a biasing element supporting the container holder within the housing that urges the container holder upwardly such that a position of the product container in the movement range is dependent upon the product level in the product container ; a level indicator vertically fixed relative to the housing ; and a sign vertically fixed relative to the container holder , the sign including a low level marking at an upper portion of the sign to indicate when the product level is at the low level or lower; and wherein when the product level is at the low level or lower, the level indicator is aligned with a portion of the low level marking, characterized in that the level indicator is an opening through the housing , wherein the housing includes a product container holder compartment and a door that selectively opens and closes the product container holder compartment , and further wherein the opening is a window in the door .
Transmission device (P) able to communicate via a radio link with a gateway equipment (EP) forming a node of a telecommunications network and configured so as to communicate with a management server (SG) via said gateway equipment (EP) and a network server (SR) of said network, comprising: - an obtainment module (OBT) configured so as to obtain first authentication data (KP1) associated with at least one terminal identifier (IdC), a said terminal identifier identifying a terminal (C) configured so as to connect to an application server (SA) via said network server (SR); - an authentication module (AUT2) configured so as to establish a communication session (SC1) between said transmission device (P) and said terminal (C) using at least one of the first items of authentication data that are obtained; - a sending module (EMP) configured so as to send establishment data for said session (KSC, AL1, AL2, ADC), said data being intended for said management server (SG); - a reception module (RCP) configured so as to receive a data message (MD) sent by said terminal (C) and intended for said application server (SA) and to receive a data message (MD2) generated by the application server (SA) or the network server (SR) and intended for the terminal (C); and - a transfer module (TRF) configured so as to send said received data message (MD, MD2). - an obtainment module (OBT) configured so as to obtain first authentication data (KP1) associated with at least one terminal identifier (IdC), a said terminal identifier identifying a terminal (C) configured so as to connect to an application server (SA) via said network server (SR); - an authentication module (AUT2) configured so as to establish a communication session (SC1) between said transmission device (P) and said terminal (C) using at least one of the first items of authentication data that are obtained; - a sending module (EMP) configured so as to send establishment data for said session (KSC, AL1, AL2, ADC), said data being intended for said management server (SG); - a reception module (RCP) configured so as to receive a data message (MD) sent by said terminal (C) and intended for said application server (SA) and to receive a data message (MD2) generated by the application server (SA) or the network server (SR) and intended for the terminal (C); and - a transfer module (TRF) configured so as to send said received data message (MD, MD2).
Manufacturing mould with a base frame and a moulding shell arranged on the base frame with an inner shell and an outer shell , which is attached to the base frame through at least one adjustment device , characterised in that at least one spacer is arranged between the inner shell and the outer shell and at least one attachment means is attached in a fixed position to the at least one spacer and protrudes through the outer shell through to the base frame and the at least one attachment means is attached respectively to one of the at least one adjustment devices and a metal plate arranged on the inner side of the outer shell is associated with the at least one spacer and the at least one attachment means departs from the metal plate . a base frame and a moulding shell arranged on the base frame with an inner shell and an outer shell , which is attached to the base frame through at least one adjustment device , characterised in that at least one spacer is arranged between the inner shell and the outer shell and at least one attachment means is attached in a fixed position to the at least one spacer and protrudes through the outer shell through to the base frame and the at least one attachment means is attached respectively to one of the at least one adjustment devices and a metal plate arranged on the inner side of the outer shell is associated with the at least one spacer and the at least one attachment means departs from the metal plate .
A tracheal tube configured to be inserted through the trachea and bronchi of a subject, comprising: a tube body including a main tube configured to be inserted into the trachea (W) of the subject and a branch tube configured to be inserted into the bronchus of the subject and having a through hole (H) on an outer circumferential surface thereof, a bronchial cuff provided on an outer circumferential surface of the branch tube and configured to press an inner circumferential surface of the bronchus; wherein the bronchial cuff is spaced apart in the axial direction of the tube body and forms a plurality of ventilation spaces (V1, V2, V3, V4, V5, V6); wherein the ventilation spaces (V1, V2, V3, V4, V5, V6) are in communication with each other; wherein the through hole (H) communicate with the ventilation space (V1, V2, V3, V4, V5, V6); wherein the bronchial cuff is formed into a continuous helical shape. wherein the ventilation spaces (V1, V2, V3, V4, V5, V6) are in communication with each other; wherein the through hole (H) communicate with the ventilation space (V1, V2, V3, V4, V5, V6); wherein the bronchial cuff is formed into a continuous helical shape.
A method of monolithically forming a flip-top cap from a thermoplastic material, the flip-top cap comprising a base from which a dropper nose protrudes and a closure , the base and the closure being hingedly connected to each other by a living hinge for pivoting between a closed position, in which the closure closes the dropper nose , and an open position, in which the dropper nose is uncovered from the closure , wherein the living hinge has a pivot section that forms a pivot about a pivot axis (B), and a pair of tension spring sections directly connected to the pivot section on opposite ends of the pivot section, a length dimension being defined along a path of the living hinge between the base and the closure , a width dimension being defined along the pivot axis (B) and a thickness being defined in a dimension perpendicular to the width dimension and perpendicular to the length dimension, wherein the smallest thickness (T1) of the pivot section is greater than the smallest thickness (T2) of each of the tension spring sections, wherein the living hinge and the pivot section each have a width in the width dimension, wherein the width of the pivot section is greater than one half of the width of the living hinge , and wherein the width of the pivot section is about 0.6 of the width of the living hinge , and wherein the method comprises the steps of: - injection molding the flip-top cap in the open position in an injection molding device; and - positioning the closure and the base toward the closed position prior to ejecting the flip-top cap from the injection molding device. wherein the living hinge has a pivot section that forms a pivot about a pivot axis (B), and a pair of tension spring sections directly connected to the pivot section on opposite ends of the pivot section, a length dimension being defined along a path of the living hinge between the base and the closure , a width dimension being defined along the pivot axis (B) and a thickness being defined in a dimension perpendicular to the width dimension and perpendicular to the length dimension, wherein the smallest thickness (T1) of the pivot section is greater than the smallest thickness (T2) of each of the tension spring sections, wherein the living hinge and the pivot section each have a width in the width dimension, wherein the width of the pivot section is greater than one half of the width of the living hinge , and wherein the width of the pivot section is about 0.6 of the width of the living hinge , and wherein the method comprises the steps of: - injection molding the flip-top cap in the open position in an injection molding device; and - positioning the closure and the base toward the closed position prior to ejecting the flip-top cap from the injection molding device. - injection molding the flip-top cap in the open position in an injection molding device; and - positioning the closure and the base toward the closed position prior to ejecting the flip-top cap from the injection molding device.
An isolated umbilical cord amniotic membrane (UCAM) product, wherein the UCAM product is a substantially flat sheet or a tubular sheet that does not comprise a vein or artery, cells with metabolic activity, active HIV-1, active HIV-2, active HTLV-1, active hepatitis B, active hepatitis C, active West Nile Virus, active cytomegalovirus, active human transmissible spongiform encephalopathy, or active treponema pallidum, wherein the natural structural integrity of the isolated UCAM is substantially preserved for at least 15 days after initial procurement, characterized in that the UCAM is from umbilical cord (UC), wherein said UC is initially processed i) by freezing it, or ii) by removing substantially all of the blood before said UC is frozen.
A processing method at a node constituting either one of one or more lower networks in a network with an upper network and the one or more lower networks placed lower to the upper network, comprising steps of: the node collecting a plurality of transactions comprising a transaction for causing a transfer of an asset from a lower network in which the node is included to the upper network; the node calculating the total amount of asset transfer to the upper network including the transaction and the total amount of asset transfer from the upper network with reference to a transaction history between the lower network in which the node is included and other networks; the node generating a block with the transaction which causes a transfer of an asset from a lower network in which the node is included to the upper network only if the total amount of asset transfer to the upper network does not exceed the total amount of asset transfer from the upper network, and the node finalizing the block under a condition that approvals from predetermined number of nodes within the nodes constituting the lower network in which the node is included is obtained to add the block to the transaction history. the node collecting a plurality of transactions comprising a transaction for causing a transfer of an asset from a lower network in which the node is included to the upper network; the node calculating the total amount of asset transfer to the upper network including the transaction and the total amount of asset transfer from the upper network with reference to a transaction history between the lower network in which the node is included and other networks; the node generating a block with the transaction which causes a transfer of an asset from a lower network in which the node is included to the upper network only if the total amount of asset transfer to the upper network does not exceed the total amount of asset transfer from the upper network, and the node finalizing the block under a condition that approvals from predetermined number of nodes within the nodes constituting the lower network in which the node is included is obtained to add the block to the transaction history.
A non-comedogenic, water-based formulation comprising, by weight%: polyvinyl pyrrolidone in an amount in the range of 1-3; stearic acid in an amount in the range of 5-8; propylene glycol in an amount in the range of 4-7; glycerol in an amount in the range of 1-2; dimethicon in an amount in the range of 0.5-5; triethanolamine in an amount in the range of 0-3; polysorbate 20 in an amount in the range of 1.3-5; preservative in an amount in the range of 0-2.0; and water, formulated as a spray, cream, lotion, milk or foam-former, for use in treatment of a wound selected from a group consisting of incisions, abrasions, lacerations, penetration wounds, burns, ulcerations, surgical wounds and piercing wounds. polyvinyl pyrrolidone in an amount in the range of 1-3; stearic acid in an amount in the range of 5-8; propylene glycol in an amount in the range of 4-7; glycerol in an amount in the range of 1-2; dimethicon in an amount in the range of 0.5-5; triethanolamine in an amount in the range of 0-3; polysorbate 20 in an amount in the range of 1.3-5; preservative in an amount in the range of 0-2.0; and water,
An apparatus for determining navigation data using carrier range measurements obtained by a GNSS receiver for a plurality of GNSS satellites, the apparatus comprising: a first Kalman filter configured to determine an a posteriori estimate of a first state vector based at least in part on a first set of GNSS measurements obtained by the, and/or a further, GNSS receiver and an a priori estimate of the first state vector, the first state vector comprising carrier range ambiguity values relating to the plurality of GNSS satellites and a position of the, and/or the further, GNSS receiver; and a second Kalman filter configured to determine an a posteriori estimate of a second state vector, which comprises the navigation data , based at least in part on a second set of GNSS measurements obtained by the, and/or a further, GNSS receiver, an a priori estimate of the second state vector, and carrier range ambiguity data based on the carrier range ambiguity values determined in the a posteriori estimate of the first state vector. a first Kalman filter configured to determine an a posteriori estimate of a first state vector based at least in part on a first set of GNSS measurements obtained by the, and/or a further, GNSS receiver and an a priori estimate of the first state vector, the first state vector comprising carrier range ambiguity values relating to the plurality of GNSS satellites and a position of the, and/or the further, GNSS receiver; and a second Kalman filter configured to determine an a posteriori estimate of a second state vector, which comprises the navigation data , based at least in part on a second set of GNSS measurements obtained by the, and/or a further, GNSS receiver, an a priori estimate of the second state vector, and carrier range ambiguity data based on the carrier range ambiguity values determined in the a posteriori estimate of the first state vector.
Rotor shaft unit for a tidal plant, with a rotor shaft which is configured to be connected to a main frame of the tidal plant, and with at least one bearing unit for mounting the rotor shaft in a housing , the housing being configured to be connected to a rotor of the tidal plant, characterized in that the rotor shaft unit has a sleeve which is arranged around the rotor shaft and is connected to the rotor shaft by way of a frictionally locking connection, the sleeve being fastened to the main frame .
An interior member for a vehicle , the interior member comprising: a base material formed of a resin; a front surface portion configured to constitute a portion of a design surface in a vehicle cabin and cover a surface (16A1) of the base material that is on the design surface side; and a conductive portion integrally provided with the base material , a portion of the conductive portion that is opposite to the design surface being in close contact with the base material , a portion of the conductive portion that is on the design surface side facing the front surface portion , the conductive portion being formed of a metal and being configured to conduct electric power to be supplied to an electrical component installed in the vehicle ; and characterized in that the base material is provided with a rib portion that protrudes from a surface (16A2) of the base material that is opposite to the design surface , wherein the base material and the conductive portion are formed through two-color molding and constitute an integrated molded product. a base material formed of a resin; a front surface portion configured to constitute a portion of a design surface in a vehicle cabin and cover a surface (16A1) of the base material that is on the design surface side; and a conductive portion integrally provided with the base material , a portion of the conductive portion that is opposite to the design surface being in close contact with the base material , a portion of the conductive portion that is on the design surface side facing the front surface portion , the conductive portion being formed of a metal and being configured to conduct electric power to be supplied to an electrical component installed in the vehicle ; and characterized in that the base material is provided with a rib portion that protrudes from a surface (16A2) of the base material that is opposite to the design surface , wherein the base material and the conductive portion are formed through two-color molding and constitute an integrated molded product.
Method for installing a rotor blade on a wind turbine , wherein the rotor blade has a blade root for fastening the rotor blade to a hub and a blade tip facing away from the blade root and a longitudinal axis, wherein the longitudinal axis runs from the blade root to the blade tip and the method comprises the steps of: - hoisting the component using a crane, - recording measurement data relating to the position, height position, inclination of the longitudinal axis, orientation of the longitudinal axis in a horizontal plane and rotational position of the rotor blade about the longitudinal axis of the rotor blade using at least one measuring means during the hoisting, wherein at least some of the measurement data is recorded via tensile sensors, wherein one tensile sensor is arranged in a guide rope , which is connected to a blade tip of the rotor blade and another tensile sensor is arranged in another guide rope which is connected to a blade root of the rotor blade , wherein the guide ropes are guided downwardly to the ground , - transmitting the measurement data to at least one monitoring station for monitoring the hoisting and to at least one control facility for controlling the position and/or orientation of the component , wherein the inclination and/or orientation in the horizontal plane is set via at least one of the guide ropes on the basis of the transmitted and/or evaluated measurement data and - forces prevailing in the guide ropes are illustrated in graphic form as well as the position and angular orientation of the longitudinal axis of the rotor blade in a horizontal plane, an inclination of the longitudinal axis from the horizontal plane and a rotation about the longitudinal axis at the monitoring station . - hoisting the component using a crane, - recording measurement data relating to the position, height position, inclination of the longitudinal axis, orientation of the longitudinal axis in a horizontal plane and rotational position of the rotor blade about the longitudinal axis of the rotor blade using at least one measuring means during the hoisting, wherein at least some of the measurement data is recorded via tensile sensors, wherein one tensile sensor is arranged in a guide rope , which is connected to a blade tip of the rotor blade and another tensile sensor is arranged in another guide rope which is connected to a blade root of the rotor blade , wherein the guide ropes are guided downwardly to the ground , - transmitting the measurement data to at least one monitoring station for monitoring the hoisting and to at least one control facility for controlling the position and/or orientation of the component , wherein the inclination and/or orientation in the horizontal plane is set via at least one of the guide ropes on the basis of the transmitted and/or evaluated measurement data and - forces prevailing in the guide ropes are illustrated in graphic form as well as the position and angular orientation of the longitudinal axis of the rotor blade in a horizontal plane, an inclination of the longitudinal axis from the horizontal plane and a rotation about the longitudinal axis at the monitoring station .