mhurhangee/patent-ind-claim-en huggingface dataset:
A washer fluid system (3, 3', 3", 3"') for a vehicle , said washer fluid system (3, 3', 3", 3"') comprising - a reservoir , adapted to contain washer fluid, - a filling unit (7, 7', 7", 7"') comprising an aperture for filling washer fluid into said reservoir , - a conduit (11, 11", 11"') providing a fluid connection from said filling unit (7, 7', 7", 7"') to said reservoir , said filling unit (7, 7', 7", 7"') being transitable between an inactive position and a fill position, said washer fluid system (3, 3', 3", 3"') further comprises a hatch (13, 13', 13") being transitable between a closed position and an open position by means of a displacement comprising a pivotal displacement around a pivot arm , said filling unit (7, 7', 7", 7'") being attached to, or integrated with, said hatch (13, 13', 13"), such that said filling unit (7, 7', 7", 7"') is displaced together with said hatch (13, 13', 13") when transiting from said closed position to said open position, said filling unit (7, 7', 7", 7'") thereby transiting from said inactive position to said fill position, said filling unit (7, 7', 7'") comprises a tubular structure (31, 31'"), adapted to extend in a vertical direction to connect to said conduit (11, 11"') characterized in that the pivot arm constitutes or comprises the tubular structure which extends in a vertical direction to connect to the conduit . - a reservoir , adapted to contain washer fluid, - a filling unit (7, 7', 7", 7"') comprising an aperture for filling washer fluid into said reservoir , - a conduit (11, 11", 11"') providing a fluid connection from said filling unit (7, 7', 7", 7"') to said reservoir , said filling unit (7, 7', 7", 7"') being transitable between an inactive position and a fill position, said washer fluid system (3, 3', 3", 3"') further comprises a hatch (13, 13', 13") being transitable between a closed position and an open position by means of a displacement comprising a pivotal displacement around a pivot arm , said filling unit (7, 7', 7", 7'") being attached to, or integrated with, said hatch (13, 13', 13"), such that said filling unit (7, 7', 7", 7"') is displaced together with said hatch (13, 13', 13") when transiting from said closed position to said open position, said filling unit (7, 7', 7", 7'") thereby transiting from said inactive position to said fill position, said filling unit (7, 7', 7'") comprises a tubular structure (31, 31'"), adapted to extend in a vertical direction to connect to said conduit (11, 11"') characterized in that the pivot arm constitutes or comprises the tubular structure which extends in a vertical direction to connect to the conduit .
An atomizer of an electronic cigarette, comprising: an atomizing sleeve with a liquid storage chamber formed therein; a mouthpiece is disposed at a top end of the atomizing sleeve; and an air passage pipe is disposed at a center of the atomizing sleeve; wherein a supporter with two ends opened is disposed at a bottom end of the air passage pipe; a hollow heating element is disposed in the supporter longitudinally; a side wall of the supporter has at least one liquid inlet hole communicated with the liquid storage chamber and configured for allowing radial infiltration of the tobacco liquid to the heating element; a sealing component is disposed between the heating element and the supporter to encircle the heating element and configured for avoiding leakage of the tobacco liquid along a longitudinal direction of the heating element; characterized in that the sealing component has two first sealing units disposed at two ends of the heating element respectively; a liquid storage space is formed between inside wall of the supporter and outside wall of the heating element. an atomizing sleeve with a liquid storage chamber formed therein; a mouthpiece is disposed at a top end of the atomizing sleeve; and an air passage pipe is disposed at a center of the atomizing sleeve; wherein a supporter with two ends opened is disposed at a bottom end of the air passage pipe; a hollow heating element is disposed in the supporter longitudinally; a side wall of the supporter has at least one liquid inlet hole communicated with the liquid storage chamber and configured for allowing radial infiltration of the tobacco liquid to the heating element; a sealing component is disposed between the heating element and the supporter to encircle the heating element and configured for avoiding leakage of the tobacco liquid along a longitudinal direction of the heating element; characterized in that the sealing component has two first sealing units disposed at two ends of the heating element respectively; a liquid storage space is formed between inside wall of the supporter and outside wall of the heating element.
Method for producing a bent part from an elongated workpiece by means of a bending machine which has a bending head having a bending mould and a bending arm that is rotatable about the bending mould and has a clamping device for clamping an end portion of the workpiece against a circumferential portion of the bending mould and is rotatable about a bending axis , wherein a portion of the workpiece is moved to an initial position in the engagement region of the bending head ; the clamping device is brought into contact with the end portion and clamps the end portion in relation to a circumferential portion of the bending mould ; a counter-holding device is brought to engage with a feed-side portion of the workpiece; and in a bending operation a bend between the feed-side portion and the end portion is generated by rotating the bending arm about the bending axis ; wherein the counter-holding device for introducing and/or receiving a torque engages on the feed-side portion and the counter-holding device and/or the bending head before, during and/or after the rotation of the bending arm about the bending axis is rotated about a rotation axis extending parallel to the longitudinal direction of the feed-side portion in such a manner that a twisted portion is generated in a region between the counter-holding device and the bending mould , characterized in that the bending machine has an infeed device for infeeding workpiece material from a material supply, in that the infeed device is rotatable about an infeed axis , and in that the infeed device is used as the counter-holding device. wherein a portion of the workpiece is moved to an initial position in the engagement region of the bending head ; the clamping device is brought into contact with the end portion and clamps the end portion in relation to a circumferential portion of the bending mould ; a counter-holding device is brought to engage with a feed-side portion of the workpiece; and in a bending operation a bend between the feed-side portion and the end portion is generated by rotating the bending arm about the bending axis ; wherein the counter-holding device for introducing and/or receiving a torque engages on the feed-side portion and the counter-holding device and/or the bending head before, during and/or after the rotation of the bending arm about the bending axis is rotated about a rotation axis extending parallel to the longitudinal direction of the feed-side portion in such a manner that a twisted portion is generated in a region between the counter-holding device and the bending mould , characterized in that the bending machine has an infeed device for infeeding workpiece material from a material supply, in that the infeed device is rotatable about an infeed axis , and in that the infeed device is used as the counter-holding device.
A security component configured to be communicatively coupled between a trusted element and a distributed sensor system , the security component comprising: a configuration table configured to store sensor configurations for the distributed sensor system; a security controller configured to secure the configuration table by limiting access to the configuration table according to a selected security protocol; and a feedback controller configured to receive signals from the distributed sensor system and send feedback instructions to one or more of a power management component and the trusted element based at least on a comparison of the signals received from the distributed sensor system with values in the configuration table, wherein the feedback controller is further configured to detect an unauthorized modification event based on a comparison of values stored in the configuration table to values stored in registers of the sensors of the distributed sensor system, and send a shutdown instruction to the power management component of the distributed sensor system responsive to detecting the unauthorized modification event comprising unauthorized modification of the configuration table. a configuration table configured to store sensor configurations for the distributed sensor system; a security controller configured to secure the configuration table by limiting access to the configuration table according to a selected security protocol; and a feedback controller configured to receive signals from the distributed sensor system and send feedback instructions to one or more of a power management component and the trusted element based at least on a comparison of the signals received from the distributed sensor system with values in the configuration table, wherein the feedback controller is further configured to detect an unauthorized modification event based on a comparison of values stored in the configuration table to values stored in registers of the sensors of the distributed sensor system, and send a shutdown instruction to the power management component of the distributed sensor system responsive to detecting the unauthorized modification event comprising unauthorized modification of the configuration table.
A method for minimizing power consumption in a circuit that uses a digital high-speed serial communications link between two digital high-speed serial communications enabled devices, comprising: maintaining comma code matching in an off-state for a period of time; and characterized by transitioning comma code matching from an off-state to an on-state when an operational change occurs in the serial communications link, wherein the operational change includes at least one of (a) link start-up of communications using the serial communications link, (b) reconfiguration of the serial communications link, and (c) error recovery from an error in the serial communications link. maintaining comma code matching in an off-state for a period of time; and characterized by transitioning comma code matching from an off-state to an on-state when an operational change occurs in the serial communications link, wherein the operational change includes at least one of (a) link start-up of communications using the serial communications link, (b) reconfiguration of the serial communications link, and (c) error recovery from an error in the serial communications link.
A platform support system comprising a support pawl and an actuation system operable in response to an input received from a user to move the support pawl between a supporting position and a non-supporting position when the support pawl is not in use supporting a platform , wherein a platform is arrangeable with the support pawl so as to be supported by the support pawl when in the supporting position, and wherein operation of the actuation system in response to a user input leaves the support pawl in a supporting position when the support pawl is in use supporting a platform characterised in that the actuation system is mounted in a housing , and the support pawl is arranged to protrude from the housing through an aperture defined therein when arranged in the supporting position.
A User Equipment, UE , comprising: a radio transceiver , transmitting or receiving wireless radio frequency signals to communicate with a network device; and a processor , transmitting a Packet Data Network, PDN, disconnect request message to the network device via the radio transceiver to request to disconnect a predetermined PDN connection, receiving a PDN disconnect reject message from the network device via the radio transceiver and obtaining a reject cause carried in the PDN disconnect reject message, characterized in that, when the reject cause carried in the PDN disconnect reject message indicates that the last PDN disconnection is not allowed, the processor locally deactivates all other PDN connection(s) other than the predetermined PDN connection. a radio transceiver , transmitting or receiving wireless radio frequency signals to communicate with a network device; and a processor , transmitting a Packet Data Network, PDN, disconnect request message to the network device via the radio transceiver to request to disconnect a predetermined PDN connection, receiving a PDN disconnect reject message from the network device via the radio transceiver and obtaining a reject cause carried in the PDN disconnect reject message, characterized in that, when the reject cause carried in the PDN disconnect reject message indicates that the last PDN disconnection is not allowed, the processor locally deactivates all other PDN connection(s) other than the predetermined PDN connection.
A method of producing a polyethylene resin expanded molded product having a density of 0.017 g/cm 3 to 0.021 g/cm 3 and having a thickness of 10 mm to 40 mm, the method comprising the steps of: (a) filling a mold with expanded polyethylene resin particles; and (b) heating the expanded polyethylene resin particles so that the expanded polyethylene resin particles are fused to each other, to form the polyethylene resin expanded molded product, the expanded polyethylene resin particles, with which the mold is filled, containing a polyethylene resin, a cell nucleating agent, a polyhydric alcohol fatty acid ester, and a hydrophilic compound, the expanded polyethylene resin particles containing the cell nucleating agent in an amount of not less than 0.08 parts by weight and not more than 0.25 parts by weight, the polyhydric alcohol fatty acid ester in an amount of not less than 0.3 parts by weight and not more than 0.8 parts by weight, and the hydrophilic compound in an amount of not less than 0.01 parts by weight and not more than 10 parts by weight, relative to 100 parts by weight of the polyethylene resin, each of the expanded polyethylene resin particles having a weight of not less than 2.5 mg and not more than 3.5 mg, in the step (a), an internal pressure of 0.12 MPa to 0.16 MPa being applied to the expanded polyethylene resin particles. (a) filling a mold with expanded polyethylene resin particles; and (b) heating the expanded polyethylene resin particles so that the expanded polyethylene resin particles are fused to each other, to form the polyethylene resin expanded molded product,
A glass sheet cutting machine , comprising: - a support surface for at least one glass sheet to be cut ; said support surface extending along a horizontal longitudinal direction from an inlet to an outlet; - a control unit ; - a cutting unit controlled by said control unit so as to carry out at least one cutting operation at a cutting bridge , in a cutting direction transverse to the longitudinal direction ; - a first squaring system comprising: a) a first reference shoulder (A) arranged orthogonally to the longitudinal direction and comprising a row of stop pins , which engage respective grooves 10 and aligned with one another along a horizontal axis orthogonal to the longitudinal direction ; b) a longitudinal movement device (5; 24) controlled by said control unit so as to position, the one against the other, said stop pins and a front or rear edge of the glass sheet to be cut ; - a second reference shoulder (B) arranged parallel to the longitudinal direction ; characterized in that said second reference shoulder (B) comprises a row of reference pins aligned and spaced apart from one another along a horizontal axis parallel to said longitudinal direction and constituting part of a second squaring system, comprising a transverse movement device carried by said cutting bridge and controlled by said control unit so as to move the glass sheet to be cut along an axis transverse to the longitudinal direction until resting a first side edge of the glass sheet to be cut against said second reference shoulder (B); said control unit being configured so as to select and command the one or the other of said first and second squaring systems according to the shape of the glass sheet to be cut and/or according to the length of at least one of the edges of the glass sheet to be cut . - a support surface for at least one glass sheet to be cut ; said support surface extending along a horizontal longitudinal direction from an inlet to an outlet; - a control unit ; - a cutting unit controlled by said control unit so as to carry out at least one cutting operation at a cutting bridge , in a cutting direction transverse to the longitudinal direction ; - a first squaring system comprising: a) a first reference shoulder (A) arranged orthogonally to the longitudinal direction and comprising a row of stop pins , which engage respective grooves 10 and aligned with one another along a horizontal axis orthogonal to the longitudinal direction ; b) a longitudinal movement device (5; 24) controlled by said control unit so as to position, the one against the other, said stop pins and a front or rear edge of the glass sheet to be cut ; a) a first reference shoulder (A) arranged orthogonally to the longitudinal direction and comprising a row of stop pins , which engage respective grooves 10 and aligned with one another along a horizontal axis orthogonal to the longitudinal direction ; b) a longitudinal movement device (5; 24) controlled by said control unit so as to position, the one against the other, said stop pins and a front or rear edge of the glass sheet to be cut ; - a second reference shoulder (B) arranged parallel to the longitudinal direction ;
A self-locking eyeglass system , comprising at least one eyeglass lens at least one frame element , wherein the at least one frame element comprises a front side , a back side , an outer side with an external circumference and an inner side with an internal circumference, wherein the at least one frame element additionally comprises a connection element , which is intended for connection to a eyeglass lens , wherein the at least one frame element is unbroken in its external circumference, and where the connection element is provided on the inner side , wherein the self-locking eyeglass system additionally comprises two hinge elements and two temple bars, wherein the at least one frame element is connected via the hinge elements to the temple bars, wherein each hinge element has a connection element , which coincides with the frame element's connection element , when the hinge elements are mounted in the at least one frame element, and wherein each hinge element is secured to the at least one frame element by the eyeglass lens , characterized in that each hinge element comprises an adapter element , which is complementary to at least one first hinge recess in the at least one frame element , that the at least one first hinge recess , is provided from the inner side in the direction towards the outer side , and that the hinge elements are mounted in the at least one frame element's first hinge recess and that the at least one frame element additionally comprises at least one second recess extending on at least one of the frame element's front side and back side , wherein the second recess extends between the frame element's at least one first hinge recess and the frame element's outer side , wherein the second recess is intended to accommodate the hinge element.
Method for maintaining emission limits in a combustion process, at least one fuel or at least one fuel mixture being used, the fuel or the fuel mixture being supplied to at least one combustion zone via a supply path, the fuel or the fuel mixture undergoing at least one first chemical analysis during its conveyance to the combustion zone and the values determined during the first chemical analysis being used to control the combustion process, a first fuel and a second fuel being used as fuel in the combustion zone and the control of the combustion process comprising a variation of the ratio of the two fuels, characterized in that , in dependence on the values determined in the first chemical analysis, a part of the fuel or fuel mixture is discharged on the supply path to the combustion zone and is prepared for a second chemical analysis and analyzed, wherein a. the discharged fuel or the discharged fuel mixture is comminuted and homogenized, b. the substitute fuel thus prepared is subsequently ground together with a mineral and/or an inorganic salt and c. finally a sample ready for analysis is produced from the ground mixture and undergoes the second chemical analysis. a. the discharged fuel or the discharged fuel mixture is comminuted and homogenized, b. the substitute fuel thus prepared is subsequently ground together with a mineral and/or an inorganic salt and c. finally a sample ready for analysis is produced from the ground mixture and undergoes the second chemical analysis.
A razor handle comprising a connection member for connecting a razor blade cartridge to the handle , a core member comprising a terminal portion , a cap member , and an overmolded member surrounding the core member and bounded by the cap member , where the overmolded member and cap member form portions of an exterior surface of the handle , charaterised in that the cap member comprises a hollow portion that receives the terminal portion of the core member for attachment of the cap member to the core member , wherein the cap member is attached to the core member at the terminal portion and opposite the connection member .