mhurhangee/patent-ind-claim-en huggingface dataset:
A cart type golf bag , comprising: a flat ; a sub-assembly having: a divider top ; a base ; a first stay , a second stay , and a third stay each having a first end opposite a second end; a top hinge coupled to the first end of the first stay ; a base hinge coupled to the second end of the first stay , wherein the top hinge and the base hinge are the same construction, wherein the first stay is hingedly connected to the divider top by the top hinge , and the first stay is hingedly connected to the base by the base hinge ; wherein the flat is configured to engage the sub-assembly to form the cart type golf bag; wherein the cart type golf bag lacks a shoulder strap and lacks a stand assembly; and wherein the divider top is configured to pivot relative to the first stay and the base is configured to pivot relative to the first stay when the second stay and the third stay are disconnected from the divider top and the base . a flat ; a sub-assembly having: a divider top ; a base ; a first stay , a second stay , and a third stay each having a first end opposite a second end; a top hinge coupled to the first end of the first stay ; a base hinge coupled to the second end of the first stay , wherein the top hinge and the base hinge are the same construction, wherein the first stay is hingedly connected to the divider top by the top hinge , and the first stay is hingedly connected to the base by the base hinge ; a divider top ; a base ; a first stay , a second stay , and a third stay each having a first end opposite a second end; a top hinge coupled to the first end of the first stay ; a base hinge coupled to the second end of the first stay , wherein the top hinge and the base hinge are the same construction, wherein the first stay is hingedly connected to the divider top by the top hinge , and the first stay is hingedly connected to the base by the base hinge ; wherein the flat is configured to engage the sub-assembly to form the cart type golf bag; wherein the cart type golf bag lacks a shoulder strap and lacks a stand assembly; and wherein the divider top is configured to pivot relative to the first stay and the base is configured to pivot relative to the first stay when the second stay and the third stay are disconnected from the divider top and the base .
Sealing system for a turbomachine , in particular for a compressor (4; 6) of an axial turbomachine , the system comprising: - a shroud ; - a rotor which is arranged inside the shroud , and which has an axis of rotation and at least one circular brush seal , the bristles of which extend mainly radially; the shroud has an annular groove adjusted to the axial thickness E of the brush seal , said thickness E being measured axially against the bristles of the brush seal ; characterized in that the annular groove has an axial width L, and the axial thickness E of the brush seal represents the majority of the axial width L, the axial thickness E extending at least over 75% of the width L. - a shroud ; - a rotor which is arranged inside the shroud , and which has an axis of rotation and at least one circular brush seal , the bristles of which extend mainly radially;
A transfer chamber for transferring a transferred object (W) to or from a processing device by using a transfer robot disposed thereinside, comprising: a circulation path (CL1) formed inside of the transfer chamber to circulate gas; a gas processing device provided in the midstream of the circulation path (CL1); a main body box provided in a midstream of the circulation path (CL1), wherein the main body box has a space (S11) in which the transfer robot operates; and a connecting and disconnecting means configured to switch connection and disconnection of the gas processing device to and from the circulation path (CL1), characterized in that the connecting and disconnecting means is constituted by openable lids which open and close a gas inflow port (36B2) through which gas flows into the gas processing device and a gas outflow port (36B1) through which gas flows out of the gas processing device , such that when the gas processing device is disconnected from the circulation path (CL1) by the connecting and disconnecting means , a shortened circulation path (CL2) through which gas circulates without passing through the gas processing device is formed in the main body box . a circulation path (CL1) formed inside of the transfer chamber to circulate gas; a gas processing device provided in the midstream of the circulation path (CL1); a main body box provided in a midstream of the circulation path (CL1), wherein the main body box has a space (S11) in which the transfer robot operates; and a connecting and disconnecting means configured to switch connection and disconnection of the gas processing device to and from the circulation path (CL1), characterized in that the connecting and disconnecting means is constituted by openable lids which open and close a gas inflow port (36B2) through which gas flows into the gas processing device and a gas outflow port (36B1) through which gas flows out of the gas processing device , such that when the gas processing device is disconnected from the circulation path (CL1) by the connecting and disconnecting means , a shortened circulation path (CL2) through which gas circulates without passing through the gas processing device is formed in the main body box .
A dispensing closure comprising a base and a lid , the base includes a sidewall closed at one end by a top deck including a dispensing orifice , the base and lid being joined by a hinge to allow the lid to move between closed and open positions with respect to the base whereby to close and open the dispensing orifice , at the periphery of the top deck the sidewall forms or provides a raised lip, in which the lid closes onto the top deck and is bounded by the lip and in which the lid is generally flush with the lip when in the closed position, in which the closure comprises a lid lock for preventing the lid being moved away from the closed position, the lid lock comprising a bi-stable locking portion movable between a locked position in which lid cannot be moved to the open position and an unlocked position in which the lid can be moved to the open position, characterized in that in the locked position the locking portion is generally concave and in the unlocked position the locking portion is generally convex.
A panel assembly for an electrical device , comprising: a panel base adapted to be attached to the electrical device and comprising a receiving groove and a limiting hook ; and a panel cover comprising a hanging hook and a limiting block , the panel cover being operable to be pivotally coupled to the panel base by plugging the hanging hook into the receiving groove , and the limiting block being operable to be limited by the limiting hook to mount the panel cover on the panel base . a panel base adapted to be attached to the electrical device and comprising a receiving groove and a limiting hook ; and a panel cover comprising a hanging hook and a limiting block , the panel cover being operable to be pivotally coupled to the panel base by plugging the hanging hook into the receiving groove , and the limiting block being operable to be limited by the limiting hook to mount the panel cover on the panel base .
Light radiation-emitting panel consisting of at least one glass sheet and of a plurality of electronic components capable of generating light radiation, the components being arranged inside the panel, characterized in that the panel comprises an assembly: • of at least one emitting structure enclosing one or more glass sheets and the electronic components • with at least one reflective structure reflecting the light radiation, said reflective structure being formed by a mirror, the emitting structure being provided with attachment means for mechanical attachment to the reflective structure, the attachment means keeping the emitting and reflective structures substantially parallel and the density of the light radiation generated by the electronic components being well-distributed over the entire surface of the panel, the light radiation being radiation in the visible spectrum. • of at least one emitting structure enclosing one or more glass sheets and the electronic components • with at least one reflective structure reflecting the light radiation, said reflective structure being formed by a mirror,
A method for determining whether a gas sample originates from biological decay processes or from a gas installation being tested and containing a utility gas containing methane and/or heavier hydrocarbons, using a hydrogen selective gas sensor integrated in a field operable pipeline leak survey gas detector to detect the concentration of hydrogen in the gas sample, characterized by using the hydrogen selective gas sensor in order to determine whether the concentration of hydrogen in the utility gas contained in the gas installation is below a predetermined level before evaluating the hydrogen content in the sample, comparing the detected concentration of hydrogen in the gas sample with the concentration of hydrogen in the utility gas, and determining that the gas sample originates from biological decay processes and not from the gas installation under test if the detected hydrogen concentration of the gas sample is above the hydrogen concentration of the utility gas. using the hydrogen selective gas sensor in order to determine whether the concentration of hydrogen in the utility gas contained in the gas installation is below a predetermined level before evaluating the hydrogen content in the sample, comparing the detected concentration of hydrogen in the gas sample with the concentration of hydrogen in the utility gas, and determining that the gas sample originates from biological decay processes and not from the gas installation under test if the detected hydrogen concentration of the gas sample is above the hydrogen concentration of the utility gas.
A heater assembly for an aerosol-generating system, the heater assembly comprising: a fluid permeable heater for heating a liquid aerosol-forming substrate to form an aerosol; a porous member for conveying liquid aerosol-forming substrate to the fluid permeable heater , wherein the fluid permeable heater is deposited on to a porous outer surface of the porous member , the fluid permeable heater comprising: a first layer of deposited electrically conductive material; a second layer of deposited electrically conductive material, wherein the electrical conductivity of the second layer is greater than the electrical conductivity of the first layer such that the second layer modifies the electrical resistance of the fluid permeable heater to a required resistance. a fluid permeable heater for heating a liquid aerosol-forming substrate to form an aerosol; a porous member for conveying liquid aerosol-forming substrate to the fluid permeable heater , wherein the fluid permeable heater is deposited on to a porous outer surface of the porous member , the fluid permeable heater comprising: a first layer of deposited electrically conductive material; a second layer of deposited electrically conductive material, wherein the electrical conductivity of the second layer is greater than the electrical conductivity of the first layer such that the second layer modifies the electrical resistance of the fluid permeable heater to a required resistance. a first layer of deposited electrically conductive material; a second layer of deposited electrically conductive material, wherein the electrical conductivity of the second layer is greater than the electrical conductivity of the first layer such that the second layer modifies the electrical resistance of the fluid permeable heater to a required resistance.
A method performed by at least one apparatus (101, 101.1, 102, 103, 104), wherein the at least one apparatus (101,101.1,102,103,104) is part of or corresponds to at least one node of a peer-to-peer network comprising at least two nodes , wherein a respective one of the nodes of the peer-to-peer network stores at least a portion of a distributed ledger; the method comprising: - receiving or causing of receiving a connection establishment message from at least one external apparatus or transmitting or causing of transmitting the connection establishment message to the at least one external apparatus ; - obtaining or causing of obtaining a decentralized identifier representative of the external apparatus based on the connection establishment message; - obtaining or causing of obtaining at least one hash value generated based on at least part of the obtained decentralized identifier; - storing or causing of storing the at least one hash value in association with at least part of the decentralized identifier in a securitized portion of a memory of a distributed ledger system comprising the peer-to-peer network based on a consensus processing involving at least a subgroup of the nodes of the peer-to-peer network ; - providing or causing of providing the at least one hash value generated based on at least part of the obtained decentralized identifier to the external apparatus . - receiving or causing of receiving a connection establishment message from at least one external apparatus or transmitting or causing of transmitting the connection establishment message to the at least one external apparatus ; - obtaining or causing of obtaining a decentralized identifier representative of the external apparatus based on the connection establishment message; - obtaining or causing of obtaining at least one hash value generated based on at least part of the obtained decentralized identifier; - storing or causing of storing the at least one hash value in association with at least part of the decentralized identifier in a securitized portion of a memory of a distributed ledger system comprising the peer-to-peer network based on a consensus processing involving at least a subgroup of the nodes of the peer-to-peer network ; - providing or causing of providing the at least one hash value generated based on at least part of the obtained decentralized identifier to the external apparatus .
A method, comprising: receiving , by a first network element , a first message from a second network element in a communications network, wherein the first message comprises a first parameter that is configurable as one of a positive and negative indication of a capability for supporting uplink gating in a cell under a base station in the communications network; and sending , by the first network element , a second message to the second network element comprising an instruction for uplink gating in the cell, wherein the first and second network elements are network elements of an access network. receiving , by a first network element , a first message from a second network element in a communications network, wherein the first message comprises a first parameter that is configurable as one of a positive and negative indication of a capability for supporting uplink gating in a cell under a base station in the communications network; and sending , by the first network element , a second message to the second network element comprising an instruction for uplink gating in the cell, wherein the first and second network elements are network elements of an access network.
A transmission apparatus, comprising: circuitry configured to generate a video stream that switches, at a predefined switch timing, between transmission video data of SDR and HDR types, each of the SDR and HDR types of the transmission video data having a different predetermined opto-electronic conversion characteristic; insert, at a timing earlier than the switch timing, identification information into the video stream, the identification information indicating the type of one of the transmission video data included in the video stream after the switch timing; and insert display switch information into the video stream when switching between SDR and HDR types of the transmission video data, wherein the display switch information includes one of (i) a predetermined period for display of one or more replacement pictures after the switch timing during switching of a display between SDR and HDR types of the transmission video data in a reception device or (ii) encoded video data of one or more switching pictures for display at the reception device after the switch timing in a period for switching a display between SDR and HDR types of the transmission video data. circuitry configured to generate a video stream that switches, at a predefined switch timing, between transmission video data of SDR and HDR types, each of the SDR and HDR types of the transmission video data having a different predetermined opto-electronic conversion characteristic; insert, at a timing earlier than the switch timing, identification information into the video stream, the identification information indicating the type of one of the transmission video data included in the video stream after the switch timing; and insert display switch information into the video stream when switching between SDR and HDR types of the transmission video data, generate a video stream that switches, at a predefined switch timing, between transmission video data of SDR and HDR types, each of the SDR and HDR types of the transmission video data having a different predetermined opto-electronic conversion characteristic; insert, at a timing earlier than the switch timing, identification information into the video stream, the identification information indicating the type of one of the transmission video data included in the video stream after the switch timing; and insert display switch information into the video stream when switching between SDR and HDR types of the transmission video data, wherein the display switch information includes one of (i) a predetermined period for display of one or more replacement pictures after the switch timing during switching of a display between SDR and HDR types of the transmission video data in a reception device or (ii) encoded video data of one or more switching pictures for display at the reception device after the switch timing in a period for switching a display between SDR and HDR types of the transmission video data.
A wet vacuum cleaner , comprising: a dirt inlet; a motor and fan for delivering suction to the dirt inlet; a cyclone unit for separating liquid and particles from a flow generated by the suction of the motor and fan, the cyclone unit having a cyclone axis of rotation, wherein the cyclone unit comprises: an outer housing having an outer side wall having an opening and an end surface forming a boundary of an internal volume of the cyclone unit and which connects to the outer side wall , the end surface being at end of the cyclone unit along the cyclone axis; a main flow inlet to the opening in the outer side wall having an effective hydraulic inlet diameter; a main flow inlet conduit which connects to the main flow inlet , and a main flow outlet from the outer housing, the main flow inlet is at said one end of the cyclone unit but spaced internally from the end surface by a separation distance (d1) of at least 0.1 times the effective hydraulic inlet diameter, characterized in that the main flow inlet conduit extends in a direction offset from the perpendicular to the cyclone axis and facing towards the end surface. a dirt inlet; a motor and fan for delivering suction to the dirt inlet; a cyclone unit for separating liquid and particles from a flow generated by the suction of the motor and fan, the cyclone unit having a cyclone axis of rotation, wherein the cyclone unit comprises: an outer housing having an outer side wall having an opening and an end surface forming a boundary of an internal volume of the cyclone unit and which connects to the outer side wall , the end surface being at end of the cyclone unit along the cyclone axis; a main flow inlet to the opening in the outer side wall having an effective hydraulic inlet diameter; a main flow inlet conduit which connects to the main flow inlet , and a main flow outlet from the outer housing, the main flow inlet is at said one end of the cyclone unit but spaced internally from the end surface by a separation distance (d1) of at least 0.1 times the effective hydraulic inlet diameter, characterized in that the main flow inlet conduit extends in a direction offset from the perpendicular to the cyclone axis and facing towards the end surface. an outer housing having an outer side wall having an opening and an end surface forming a boundary of an internal volume of the cyclone unit and which connects to the outer side wall , the end surface being at end of the cyclone unit along the cyclone axis; a main flow inlet to the opening in the outer side wall having an effective hydraulic inlet diameter; a main flow inlet conduit which connects to the main flow inlet , and a main flow outlet from the outer housing, the main flow inlet is at said one end of the cyclone unit but spaced internally from the end surface by a separation distance (d1) of at least 0.1 times the effective hydraulic inlet diameter, characterized in that the main flow inlet conduit extends in a direction offset from the perpendicular to the cyclone axis and facing towards the end surface.
A succinate salt of cytisine, wherein the salt is cytisine hydrogen succinate.
A method of manufacturing a spark plug including a cylindrical tubular metallic shell having a screw portion on an outer surface of the metallic shell and a ground electrode attached to an end surface of the metallic shell located at one end in a direction of a center axis thereof, the method comprising: a measurement step of measuring a surface of the screw portion which passes through a measurement region (R) located at a predetermined position in the direction of the center axis, while rotating the metallic shell about the center axis of the metallic shell ; an attachment position calculation step of calculating, on the basis of information obtained in the measurement step, an attachment position at which the ground electrode is to be attached to the end surface ; and a joining step of joining the ground electrode to the end surface at the attachment position, wherein the measurement step includes a step of measuring a displacement of the surface of the screw portion using a non-contact-type displacement sensor . a measurement step of measuring a surface of the screw portion which passes through a measurement region (R) located at a predetermined position in the direction of the center axis, while rotating the metallic shell about the center axis of the metallic shell ; an attachment position calculation step of calculating, on the basis of information obtained in the measurement step, an attachment position at which the ground electrode is to be attached to the end surface ; and a joining step of joining the ground electrode to the end surface at the attachment position, wherein the measurement step includes a step of measuring a displacement of the surface of the screw portion using a non-contact-type displacement sensor .