mhurhangee/patent-ind-claim-en huggingface dataset:
A laundry treating apparatus, comprising: a body having a laundry introduction opening ; and a door configured to open and close the laundry introduction opening , wherein the door includes: a door frame rotatably coupled to the body , and having an opening facing the laundry introduction opening in a closed state of the door ; and a front glass attached to the door frame , wherein the front glass includes: a transparent region corresponding to the opening ; an opaque region enclosing the transparent region ; and a transparent align mark formed in the opaque region , and characterised in that the front glass has a circular shape and is formed such that a front surface and a rear surface thereof are flat; and the transparent align mark is configured to guide an attachment position of the front glass to the door frame . a body having a laundry introduction opening ; and a door configured to open and close the laundry introduction opening , wherein the door includes: a door frame rotatably coupled to the body , and having an opening facing the laundry introduction opening in a closed state of the door ; and a front glass attached to the door frame , wherein the front glass includes: a transparent region corresponding to the opening ; an opaque region enclosing the transparent region ; and a transparent align mark formed in the opaque region , and characterised in that the front glass has a circular shape and is formed such that a front surface and a rear surface thereof are flat; and the transparent align mark is configured to guide an attachment position of the front glass to the door frame . a door frame rotatably coupled to the body , and having an opening facing the laundry introduction opening in a closed state of the door ; and a front glass attached to the door frame , wherein the front glass includes: a transparent region corresponding to the opening ; an opaque region enclosing the transparent region ; and a transparent align mark formed in the opaque region , and characterised in that the front glass has a circular shape and is formed such that a front surface and a rear surface thereof are flat; and the transparent align mark is configured to guide an attachment position of the front glass to the door frame . a transparent region corresponding to the opening ; an opaque region enclosing the transparent region ; and a transparent align mark formed in the opaque region , and characterised in that the front glass has a circular shape and is formed such that a front surface and a rear surface thereof are flat; and the transparent align mark is configured to guide an attachment position of the front glass to the door frame .
A method for audio playing, applied to a wireless Bluetooth group comprising a first Bluetooth earphone and a second Bluetooth earphone , the second Bluetooth earphone being at least one earphone other than the first Bluetooth earphone in the wireless Bluetooth group, characterized in that the method comprises: performing packet locking on a terminal by transmitting a negative acknowledgement, NACK, message or skipping transmission of an acknowledgement, ACK, message to the terminal when the first Bluetooth earphone receives a first audio packet transmitted by the terminal , wherein the packet locking is used for controlling the terminal to retransmit continuously the first audio packet to the wireless Bluetooth group and cache a plurality of audio packets corresponding to a target audio after the packet locking, the first audio packet being a first audio packet to-be-played corresponding to the target audio; performing packet unlocking on the terminal by transmitting an ACK message to the terminal when the first Bluetooth earphone and the second Bluetooth earphone complete synchronization of information for an initial audio packet, wherein the packet unlocking is used for controlling the terminal to restore to transmit the plurality of audio packets corresponding to the target audio to the wireless Bluetooth group after the packet unlocking; and playing synchronously, by the first Bluetooth earphone and the second Bluetooth earphone , the target audio from the initial audio packet according to the plurality of audio packets received. performing packet locking on a terminal by transmitting a negative acknowledgement, NACK, message or skipping transmission of an acknowledgement, ACK, message to the terminal when the first Bluetooth earphone receives a first audio packet transmitted by the terminal , wherein the packet locking is used for controlling the terminal to retransmit continuously the first audio packet to the wireless Bluetooth group and cache a plurality of audio packets corresponding to a target audio after the packet locking, the first audio packet being a first audio packet to-be-played corresponding to the target audio; performing packet unlocking on the terminal by transmitting an ACK message to the terminal when the first Bluetooth earphone and the second Bluetooth earphone complete synchronization of information for an initial audio packet, wherein the packet unlocking is used for controlling the terminal to restore to transmit the plurality of audio packets corresponding to the target audio to the wireless Bluetooth group after the packet unlocking; and playing synchronously, by the first Bluetooth earphone and the second Bluetooth earphone , the target audio from the initial audio packet according to the plurality of audio packets received.
Gas seal (DGS), in particular dry gas seal, which extends in a circumferential direction (CDR) with respect to an axis (X), comprising a rotating slide ring (RSR) and a stationary slide ring (SSR), wherein the stationary slide ring (SSR) is axially movable, wherein the gas seal (DGS) comprises a slide sleeve (SLV), wherein the gas seal (DGS) comprises a pressure element (PSE) which bears against the stationary slide ring (SSR) at a first contact surface (CSF1) by means of a second contact surface (CSF2), wherein the pressure element (PSE) is axially movable, wherein, by means of the pressure element (PSE), an elastic element (EEL) axially presses the stationary slide ring (SSR) by way of the sealing surface (SFC) of the latter against the rotating slide ring (RSR), wherein, by means of a first slide surface (SSF1), the slide sleeve (SLV) radially guides the pressure element (PSE) on a third slide surface (SSF3) along an axial direction of mobility, wherein the pressure element (PSE) comprises a seal (SSL) which seals off a circumferentially extending gap between the pressure element (PSE) and the slide sleeve (SLV), wherein the pressure element (PSE) has two circumferentially extending portions (PSE1, PSE2) which are able to be separated from one another, a first portion (PSE1), against which the elastic element (EEL) bears, and a second portion (PSE2), which has the second contact surface (CSF2), wherein the seal (SSL) is arranged at least partially with a fastening portion (FXS) between the two portions (PSE1, PSE2), wherein the second portion (PSE2) comprises the third slide surface (SSF3), characterized in that the first portion (PSE1) consists substantially of metal, wherein the second portion (PSE1) consists substantially of ceramic.
A propulsion mechanism adapted to be inserted in an opening in the bottom of a watercraft , the propulsion mechanism comprising a horizontal shaft ; a generally vertical shaft ; a pair of flexible fins extending below the water line; and means operatively associated with said fins for applying input force, said pair of flexible fins each adapted to oscillate through an arcuate path on the horizontal shaft to propel the watercraft , said horizontal shaft being continuously rotatable in either direction about the generally vertical shaft to propel said watercraft in any direction in a generally horizontal plane, whereby as input force is applied to said pair of flexible fins , said pair of flexible fins twists to form an angle of attack for providing thrust while moving in both directions along said arcuate path. a horizontal shaft ; a generally vertical shaft ; a pair of flexible fins extending below the water line; and means operatively associated with said fins for applying input force, said pair of flexible fins each adapted to oscillate through an arcuate path on the horizontal shaft to propel the watercraft , said horizontal shaft being continuously rotatable in either direction about the generally vertical shaft to propel said watercraft in any direction in a generally horizontal plane, whereby as input force is applied to said pair of flexible fins , said pair of flexible fins twists to form an angle of attack for providing thrust while moving in both directions along said arcuate path.
A heat exchanger comprising: - a distributor extending in a top-bottom direction in a form of a pipe and in which refrigerant flows; - a plurality of heat-transfer tubes connected to the distributor while being arranged at intervals from one another in the top-bottom direction, the heat-transfer tubes receiving the refrigerant flowing from the distributor ; and - a refrigerant inflow pipe connected to the distributor at a position below a lowest one of the plurality of heat-transfer tubes and through which the refrigerant flows into the distributor , - wherein the plurality of heat-transfer tubes connected to the distributor stick out into an internal space of the distributor such that when the plurality of heat-transfer tubes and a part defined as the internal space are projected on a plane perpendicular to an axial direction of the distributor , the plurality of heat-transfer tubes occupies one-half or greater of the part defined as the internal space ; - wherein the distributor includes an orifice plate being in a form of a plate and dividing the internal space into an upper space and a lower space in a longitudinal direction of the distributor ; - wherein the orifice plate is located above the lowest one of the plurality of heat-transfer tubes in the internal space ; and wherein the orifice plate has an orifice that is a through-hole through which the upper space and the lower space communicate with each other. - a distributor extending in a top-bottom direction in a form of a pipe and in which refrigerant flows; - a plurality of heat-transfer tubes connected to the distributor while being arranged at intervals from one another in the top-bottom direction, the heat-transfer tubes receiving the refrigerant flowing from the distributor ; and - a refrigerant inflow pipe connected to the distributor at a position below a lowest one of the plurality of heat-transfer tubes and through which the refrigerant flows into the distributor , - wherein the plurality of heat-transfer tubes connected to the distributor stick out into an internal space of the distributor such that when the plurality of heat-transfer tubes and a part defined as the internal space are projected on a plane perpendicular to an axial direction of the distributor , the plurality of heat-transfer tubes occupies one-half or greater of the part defined as the internal space ; - wherein the distributor includes an orifice plate being in a form of a plate and dividing the internal space into an upper space and a lower space in a longitudinal direction of the distributor ; - wherein the orifice plate is located above the lowest one of the plurality of heat-transfer tubes in the internal space ; and
Motor mount for an air blower of a heating, ventilation and/or air-conditioning system of a motor vehicle, comprising a first ring , termed outer ring , and a second ring , termed inner ring , arranged inside said first ring, the inner ring being configured to accommodate an electric motor, and the outer ring being configured to be attached to a part of the heating, ventilation and/or air-conditioning system of the motor vehicle, said inner ring comprising a device for the axial retention of said motor and at least one stop that is able to cooperate with an associated bearing surface of the outer ring , the motor mount comprising at least one vibratory decoupling pad arranged between the inner ring and the outer ring , characterized in that the outer ring comprises at least one damping finger having an at least partially spherical end that is able to cooperate with said at least one vibratory decoupling pad .
A method for securing cargo load in a container, whereby the container comprises three side walls, a door, a roof, a floor, and four corner posts , said method comprising the steps of: - providing a securement device at a corner post of said container, said device comprising two apertures allowing the passage of securing means such as straps, and - lashing the cargo load with the securing means , by use of the securement device ; characterized in that said securement device is fitted in the corner profile of said corner post , wherein the device comprises two leaves , which leaves are provided with the apertures , said apertures being separated by an intersection , which intersection is thereby used as a support for said securing means . - providing a securement device at a corner post of said container, said device comprising two apertures allowing the passage of securing means such as straps, and - lashing the cargo load with the securing means , by use of the securement device ;
Sizing agent-coated reinforcing fibers comprising: reinforcing fibers; and a sizing agent comprising a polyrotaxane, wherein the reinforcing fibers are coated with the sizing agent; wherein the sizing agent further comprises a glycidyl ether epoxy compound produced by a reaction between epichlorohydrin and at least one compound selected from glycerol, diglycerol, polyglycerol, trimethylolpropane, pentaerythritol, sorbitol, and arabitol. reinforcing fibers; and a sizing agent comprising a polyrotaxane, wherein the reinforcing fibers are coated with the sizing agent;
A tower crane, preferably a revolving tower crane, particularly preferably a top slewer, having a boom and a counterboom, wherein the boom and/or counterboom is connected in an articulated manner to the tower tip and/or slewing platform by means of at least one connection point, wherein a first connection part of the at least one connection point has a concave abutment surface and a second connection part of the connection point comprises a convex counter-abutment surface , wherein the counter-abutment surface of the second connection part acts by means of compressive force on the abutment surface of the first connection part to effect a force fit connection between the connection parts , characterized in that the second connection part comprises a connection head having a defined radius as a counter-abutment surface ; and in that the first connection piece is configured as a connection socket having an inner radius adapted to the radius of the connection head as the abutment surface .
A burner assembly , comprising: a burner ; a blower configured to supply pre-mixed air and fuel gas mixture to the burner , the blower including a blower inlet ; a venturi including a venturi inlet , a venturi outlet , and a reduced pressure zone intermediate of the venturi inlet and the venturi outlet, the blower inlet being communicated with the venturi outlet such that the blower pulls air through the venturi; at least one gas valve communicated with the reduced pressure zone such that the at least one gas valve supplies fuel gas to the reduced pressure zone at a fuel gas flow rate corresponding to a pressure in the reduced pressure zone; and an air flow restrictor located upstream of the reduced pressure zone and movable between an open position and a restricted position, such that in the restricted position air flow through the venturi is restricted, wherein the air flow restrictor comprises a disc-shaped valve element , the restrictor defining an annular flow path around the disc-shaped valve element when the air flow restrictor is in the restricted position, the at least one gas valve includes a larger gas valve and a smaller gas valve , both gas valves being communicated with the reduced pressure zone of the venturi, the venturi includes a reduced diameter throat, and the reduced pressure zone includes an annular zone surrounding and communicated with the reduced diameter throat through an annular opening . a burner ; a blower configured to supply pre-mixed air and fuel gas mixture to the burner , the blower including a blower inlet ; a venturi including a venturi inlet , a venturi outlet , and a reduced pressure zone intermediate of the venturi inlet and the venturi outlet, the blower inlet being communicated with the venturi outlet such that the blower pulls air through the venturi; at least one gas valve communicated with the reduced pressure zone such that the at least one gas valve supplies fuel gas to the reduced pressure zone at a fuel gas flow rate corresponding to a pressure in the reduced pressure zone; and an air flow restrictor located upstream of the reduced pressure zone and movable between an open position and a restricted position, such that in the restricted position air flow through the venturi is restricted, wherein the air flow restrictor comprises a disc-shaped valve element , the restrictor defining an annular flow path around the disc-shaped valve element when the air flow restrictor is in the restricted position, the at least one gas valve includes a larger gas valve and a smaller gas valve , both gas valves being communicated with the reduced pressure zone of the venturi, the venturi includes a reduced diameter throat, and the reduced pressure zone includes an annular zone surrounding and communicated with the reduced diameter throat through an annular opening .
A vapour generator including a chamber in which a vapour is produced, an inlet by which gas can enter the chamber, and a chamber outlet by which vapour can flow out of the chamber, the vapour generator including an airflow generator connected with the inlet of the vapour chamber, wherein the airflow generator comprises a device for removing contaminants and water vapour from the gas, characterised in that the generator includes a passage provided by a tube having a vapour-permeable wall and extending through adsorbent means , wherein the passage is arranged such that all gas and vapour flowing from the chamber outlet flows through the passage and such that, when no gas is caused to flow through the generator , vapour produced in the chamber flows to the passage and is adsorbed by the adsorbent means at a rate that ensures substantially no vapour passes as far as the generator outlet but, when gas is caused to flow through the generator, the vapour is carried through the passage at a rate sufficiently high to ensure a flow of vapour from the generator outlet .
Apparatus for detecting and measuring suspended particles in a molten metal, said measuring of said suspended particles having an associated predominant noise frequency range, said apparatus comprising: an electrically non-conductive barrier having opposed sides and having an orifice of predetermined hydrodynamic diameter, said barrier being suitable for immersion in said molten metal with said orifice below a surface of said metal; a device for moving said molten metal through the orifice in a direction from one side of the barrier to the other; electrodes , suitable for immersion in said molten metal, positioned on said opposed sides of said barrier for establishing a current path in said molten metal passing through said orifice; and characterized by further comprising a time varying excitation source for generating an AC current at a predetermined range of excitation frequency which is out of said predominant noise frequency range, said time varying excitation source connectable to said electrodes with said barrier and said electrodes immersed in said molten metal to measure said suspended particles with said AC current and generate an AC signal representative of said measurement of said suspended particles. an electrically non-conductive barrier having opposed sides and having an orifice of predetermined hydrodynamic diameter, said barrier being suitable for immersion in said molten metal with said orifice below a surface of said metal; a device for moving said molten metal through the orifice in a direction from one side of the barrier to the other; electrodes , suitable for immersion in said molten metal, positioned on said opposed sides of said barrier for establishing a current path in said molten metal passing through said orifice; and characterized by further comprising a time varying excitation source for generating an AC current at a predetermined range of excitation frequency which is out of said predominant noise frequency range, said time varying excitation source connectable to said electrodes with said barrier and said electrodes immersed in said molten metal to measure said suspended particles with said AC current and generate an AC signal representative of said measurement of said suspended particles.
A straddled vehicle , comprising: a vehicle body frame including a head pipe ; a headlight disposed forward of the head pipe ; an engine supported by the vehicle body frame ; a starter generator configured to generate an electric power and start the engine ; an engine control unit including a command unit for outputting a command signal to the engine and a regulator connected to the starter generator ; a steering device supported by the head pipe ; a front wheel rotatably supported by the steering device ; and a front brake configured to brake the front wheel , characterized by a hydraulic unit for ABS; a brake hose connecting the front brake and the hydraulic unit , wherein the engine control unit is disposed between the head pipe and the headlight in a longitudinal direction of the vehicle , the hydraulic unit is disposed between the engine control unit and the head pipe in the longitudinal direction of the vehicle , and the engine control unit and the hydraulic unit overlap with a vehicle center line (C1) extending in the longitudinal direction of the vehicle . a vehicle body frame including a head pipe ; a headlight disposed forward of the head pipe ; an engine supported by the vehicle body frame ; a starter generator configured to generate an electric power and start the engine ; an engine control unit including a command unit for outputting a command signal to the engine and a regulator connected to the starter generator ; a steering device supported by the head pipe ; a front wheel rotatably supported by the steering device ; and a front brake configured to brake the front wheel , characterized by a hydraulic unit for ABS; a brake hose connecting the front brake and the hydraulic unit , wherein the engine control unit is disposed between the head pipe and the headlight in a longitudinal direction of the vehicle , the hydraulic unit is disposed between the engine control unit and the head pipe in the longitudinal direction of the vehicle , and the engine control unit and the hydraulic unit overlap with a vehicle center line (C1) extending in the longitudinal direction of the vehicle .