mhurhangee/patent-ind-claim-en huggingface dataset:
Multiple tool for a punch device , in particular for a turret punch press, comprising - a punching tool magazine with -- a guide body , and -- a plurality of punching tools guided in the guide body , and - a driving mechanism mounted rotatably in relation to the punching tool magazine , the driving mechanism comprising -- a tool head , which is displaceable relative to the guide body in the direction of a tool longitudinal axis , and -- a driving shaft attached to the tool head in order to drive an active punching tool , wherein the tool head has a ram engagement portion with a positive fit profile , which is non-rotationally symmetric relative to the tool longitudinal axis , in order to transmit a rotational movement from a ram of the punch device to the tool head , characterized in that the driving mechanism comprises a selection disk , which is mounted in such a way as to be axially displaceable relative to the driving shaft and is rotatably drivable by the latter, said selection disk being configured to limit a displacement of inactive punching tools counter to the punching direction , and that a driving foot of the driving shaft passes through a selection opening of the selection disk in an axial direction, the driving foot acting on the active punching tool . - a punching tool magazine with -- a guide body , and -- a plurality of punching tools guided in the guide body , and -- a guide body , and -- a plurality of punching tools guided in the guide body , and - a driving mechanism mounted rotatably in relation to the punching tool magazine , the driving mechanism comprising -- a tool head , which is displaceable relative to the guide body in the direction of a tool longitudinal axis , and -- a driving shaft attached to the tool head in order to drive an active punching tool , -- a tool head , which is displaceable relative to the guide body in the direction of a tool longitudinal axis , and -- a driving shaft attached to the tool head in order to drive an active punching tool , wherein the tool head has a ram engagement portion with a positive fit profile , which is non-rotationally symmetric relative to the tool longitudinal axis , in order to transmit a rotational movement from a ram of the punch device to the tool head , characterized in that the driving mechanism comprises a selection disk , which is mounted in such a way as to be axially displaceable relative to the driving shaft and is rotatably drivable by the latter, said selection disk being configured to limit a displacement of inactive punching tools counter to the punching direction , and that a driving foot of the driving shaft passes through a selection opening of the selection disk in an axial direction, the driving foot acting on the active punching tool .
A handbag comprising a bottom panel , a front panel , a back panel and two rigid side panels together enclosing a storage volume which is accessible via a top opening , wherein the side panels are connected to each other by means of a rigid connector panel , wherein the handbag further comprises a flexible flap extending from the back panel over the top opening to the front panel for closing the top opening , wherein the front panel comprises a lower part which is fixed to the side panels , and comprises a rigid upper part which is tiltably connected to the lower part such that the upper part is tiltable from a closed position resting against the side panels to an open position at a predetermined angle (φ) from the side panels , characterised in that the handbag comprises at least one first connection element arranged on the upper part of the front panel , and wherein the handbag comprises at least one internal storage compartment which is provided for being removably connected to the at least one first connection element .
Method for determining a coating property of a variable coating on an end face of a first microwave antenna of an arrangement for determining a medium property of a medium to be guided, in particular a multiphase medium, wherein the first microwave antenna is arranged in a first receptacle of the measuring tube , in particular in contact with the medium, wherein the method comprises the method steps: - Emitting an excitation signal by means of the first microwave antenna , where the excitation signal comprises a sequence of high-frequency signals; - Receiving an excitation signal reflecting from an interface to the coating or from an interface to the medium by means of the first microwave antenna ; - Determining a first test quantity using the reflected excitation signal; - Determining the coating property of the variable coating, in particular a quantity dependent on a coating thickness of the variable coating using the first test quantity; - wherein the first test quantity comprises a sum, an integral or an average value over a first frequency range of the reflected excitation signal. wherein the first microwave antenna is arranged in a first receptacle of the measuring tube , in particular in contact with the medium, wherein the method comprises the method steps: - Emitting an excitation signal by means of the first microwave antenna , - Emitting an excitation signal by means of the first microwave antenna , where the excitation signal comprises a sequence of high-frequency signals; - Receiving an excitation signal reflecting from an interface to the coating or from an interface to the medium by means of the first microwave antenna ; - Determining a first test quantity using the reflected excitation signal; - Determining the coating property of the variable coating, in particular a quantity dependent on a coating thickness of the variable coating using the first test quantity; - wherein the first test quantity comprises a sum, an integral or an average value over a first frequency range of the reflected excitation signal. - Receiving an excitation signal reflecting from an interface to the coating or from an interface to the medium by means of the first microwave antenna ; - Determining a first test quantity using the reflected excitation signal; - Determining the coating property of the variable coating, in particular a quantity dependent on a coating thickness of the variable coating using the first test quantity; - wherein the first test quantity comprises a sum, an integral or an average value over a first frequency range of the reflected excitation signal.
An arrangement comprising an attachment and a self-propelled harvesting machine , wherein the attachment is provided for harvesting crops and has a centre region on which it is detachably arranged on an intake channel of the self-propelled harvesting machine , and side regions which are arranged adjacent to the central region and which each have a base surface extending substantially in the horizontal direction and a rear wall extending substantially in the vertical direction, characterised in in that lighting means for illuminating the crop during the harvesting journey are arranged on the attachment above the respective base surface and below the upper edge of the rear wall , the light cones of which lighting means are directed in the direction of travel , wherein the lighting means are integrated into the rear wall or are arranged on the rear wall of the respective side region of the front attachment , the lighting means being arranged at a distance (A) from the base surface , the distance being less than 0.8 m, in particular less than 0.4 m. wherein the lighting means are integrated into the rear wall or are arranged on the rear wall of the respective side region of the front attachment , the lighting means being arranged at a distance (A) from the base surface , the distance being less than 0.8 m, in particular less than 0.4 m.
A printer, comprising: a thermal head ; a connecting part capable of being connected to and disconnected from the thermal head ; wherein connecting of the connecting part to the thermal head establishes a connection of the thermal head to a control circuit; and a head cover configured to cover the thermal head , the head cover configured to move between a first position and a second position different from the first position to connect and disconnect the thermal head and the connecting part ; wherein the connecting part and the head cover are configured to move relative to one another while the connecting part is connected to and disconnected from the thermal head ; the printer further comprising: a housing ; and a printer cover that is rotatable relative to the housing , wherein the connecting part is configured to move relative to the printer cover , and characterized in that moving of the head cover relative to the printer cover connects or disconnects the thermal head and the connecting part , and wherein moving of the head cover from the second position to the first position moves the connecting part toward the thermal head , and moving of the head cover from the first position to the second position moves the connecting part away from the thermal head . a thermal head ; a connecting part capable of being connected to and disconnected from the thermal head ; wherein connecting of the connecting part to the thermal head establishes a connection of the thermal head to a control circuit; and a head cover configured to cover the thermal head , the head cover configured to move between a first position and a second position different from the first position to connect and disconnect the thermal head and the connecting part ; wherein the connecting part and the head cover are configured to move relative to one another while the connecting part is connected to and disconnected from the thermal head ; the printer further comprising: a housing ; and a printer cover that is rotatable relative to the housing , wherein the connecting part is configured to move relative to the printer cover , and characterized in that moving of the head cover relative to the printer cover connects or disconnects the thermal head and the connecting part , and wherein moving of the head cover from the second position to the first position moves the connecting part toward the thermal head , and moving of the head cover from the first position to the second position moves the connecting part away from the thermal head . a housing ; and a printer cover that is rotatable relative to the housing , wherein the connecting part is configured to move relative to the printer cover , and characterized in that moving of the head cover relative to the printer cover connects or disconnects the thermal head and the connecting part , and wherein moving of the head cover from the second position to the first position moves the connecting part toward the thermal head , and moving of the head cover from the first position to the second position moves the connecting part away from the thermal head .
A method for transmitting packets in a broadcast and communication system, the method comprises: generating at least one repair packet by encoding at least one source packet with an error correction code, and transmitting the at least one source packet over a first network and transmitting the at least one repair packet over a second network, wherein the number of the at least one repair packet is determined based on a maximum transmission delay of the first network. generating at least one repair packet by encoding at least one source packet with an error correction code, and transmitting the at least one source packet over a first network and transmitting the at least one repair packet over a second network, wherein the number of the at least one repair packet is determined based on a maximum transmission delay of the first network.
A method of controlling an electronic device having a display moveable relative to a keyboard , between a first position in which the keyboard is exposed for use and a second position in which the keyboard is not exposed, the method comprising: in response to detecting initiation of control of a position of an adjustable setting within a range and wherein the detecting comprises detecting a touch at a location on the display , entering a control mode at the electronic device ; in response to detecting movement of the display relative to the keyboard of the electronic device , adjusting the position of the adjustable setting within the range, the method characterized in that : the position of the adjustable setting within the range is dependent on the location of the display relative to the keyboard of the electronic device. in response to detecting initiation of control of a position of an adjustable setting within a range and wherein the detecting comprises detecting a touch at a location on the display , entering a control mode at the electronic device ; in response to detecting movement of the display relative to the keyboard of the electronic device , adjusting the position of the adjustable setting within the range, the method characterized in that : the position of the adjustable setting within the range is dependent on the location of the display relative to the keyboard of the electronic device.
A method of charging an electric vehicle at a charging event, the electric vehicle being configured to be charged during multiple charging events at one or more charging stations during an operating period, comprising: selecting a minimum desired state of charge for the energy storage system, wherein the minimum desired state of charge is a predetermined value of charge ; determining an estimated energy consumption of the electric vehicle between a first charging event and a second charging event subsequent to the first charging event ; and charging the electric vehicle at a charging station to a target maximum state of charge during the first charging event such that the selected minimum desired state of charge is retained in an energy storage system of the electric vehicle at the second charging event. selecting a minimum desired state of charge for the energy storage system, wherein the minimum desired state of charge is a predetermined value of charge ; determining an estimated energy consumption of the electric vehicle between a first charging event and a second charging event subsequent to the first charging event ; and charging the electric vehicle at a charging station to a target maximum state of charge during the first charging event such that the selected minimum desired state of charge is retained in an energy storage system of the electric vehicle at the second charging event.
A training device , the training device comprising: a body that is configured to be received at a first position in a housing of an inhaler , wherein the body comprises an interface arranged to connect to a canister interface in the housing of the inhaler ; an electrical circuit configured to perform one or more functions; and a circuit triggering mechanism that comprises a switch for enabling the electrical circuit to perform the one or more functions when the switch is closed, wherein the circuit triggering mechanism is configured such that the switch is closed when the body is pressed from the first position towards the canister interface and into a second position in the housing of the inhaler ; characterized in that : the training device is for use in an inhaler in place of a medication canister; the body is canister-shaped; and the electrical circuit and circuit triggering mechanism are contained within the body. a body that is configured to be received at a first position in a housing of an inhaler , wherein the body comprises an interface arranged to connect to a canister interface in the housing of the inhaler ; an electrical circuit configured to perform one or more functions; and a circuit triggering mechanism that comprises a switch for enabling the electrical circuit to perform the one or more functions when the switch is closed, wherein the circuit triggering mechanism is configured such that the switch is closed when the body is pressed from the first position towards the canister interface and into a second position in the housing of the inhaler ; the training device is for use in an inhaler in place of a medication canister; the body is canister-shaped; and the electrical circuit and circuit triggering mechanism are contained within the body.
A rotorcraft having a main rotor system comprising: a first tail rotor system comprising: bidirectional tail rotor blades with a fixed pitch; and a first torque source configured to rotate the first tail rotor system; wherein an RPM of the torque source is variable; and wherein a direction of rotation of the first tail rotor system is reversible in flight; characterised in that : each of the bidirectional tail rotor blades is symmetric about a median axis of the bidirectional tail rotor blade , wherein the median axis is located midway along a chord axis between a leading edge of the bidirectional tail rotor blade and a trailing edge of the bidirectional tail rotor blade , and wherein a maximum thickness of each of the bidirectional rotor blades is midway between the leading edge and the trailing edge. a first tail rotor system comprising: bidirectional tail rotor blades with a fixed pitch; and a first torque source configured to rotate the first tail rotor system; bidirectional tail rotor blades with a fixed pitch; and a first torque source configured to rotate the first tail rotor system; wherein an RPM of the torque source is variable; and wherein a direction of rotation of the first tail rotor system is reversible in flight; characterised in that : each of the bidirectional tail rotor blades is symmetric about a median axis of the bidirectional tail rotor blade , wherein the median axis is located midway along a chord axis between a leading edge of the bidirectional tail rotor blade and a trailing edge of the bidirectional tail rotor blade , and wherein a maximum thickness of each of the bidirectional rotor blades is midway between the leading edge and the trailing edge.
A self-propelled tower for irrigation systems, connectable to a span irrigation system (C), comprising: - a supporting frame ; - movement means connected to the frame for moving the self-propelled tower over agricultural land; - a pipe , supported by the frame , comprising an end portion connectable to the span irrigation system (C); - a sleeve comprising a first end portion , connected to the pipe , and a second end portion , configured for a reversible and fluid-sealed connection with a supply pipe (T); said sleeve and said pipe being, in use, configured for establishing a flow communication between the supply pipe (T) and the span irrigation system (C), designed for the water supply of the span irrigation system (C); wherein the self-propelled tower defines, in use, a passage space (S) parallel to the agricultural land sufficient for a passage of the pipe (T); wherein the sleeve comprises a first joint , at the first end portion , and a mobile portion , extending between the first joint and the second end portion , the first joint enabling a rotation in the passage space (S) of the mobile portion with respect to the first end portion ; characterized in that the mobile portion comprises a second joint at the second end portion configured for enabling a rotation of the second end portion in the passage space (S). - a supporting frame ; - movement means connected to the frame for moving the self-propelled tower over agricultural land; - a pipe , supported by the frame , comprising an end portion connectable to the span irrigation system (C); - a sleeve comprising a first end portion , connected to the pipe , and a second end portion , configured for a reversible and fluid-sealed connection with a supply pipe (T);
- Assembly composed of a telescopic suspension shock absorber of a compressed motor vehicle with a retaining strap , the shock absorber comprising a lower articulation provided with a first axis for fixing to the running gear of the vehicle, and an upper articulation provided with a second axis for fixing on a support of the vehicle body, said second axis being formed of a bar whose ends extend on either side of the upper articulation, the first axis and the second axis each extending substantially perpendicular to the longitudinal axis (Z) of the shock absorber, characterized in that the strap bears at least under the lower articulation and on each of the ends of the fixing bar of the upper articulation, so that the first axis and the second axis are oriented perpendicular to each other.
A tank pressure regulation system for a waste heat recovery system comprising an expansion tank to allow for a working fluid of the waste heat recovery system to expand, an expander for receiving evaporated working fluid and for extracting work through expansion of the evaporated working fluid, and a condenser arranged to receive the evaporated working fluid and for liquefying the evaporated working fluid by heat exchange with a condenser cooling media, the tank pressure regulation system comprising: a compressor comprising an inlet for withdrawing gas and an outlet for providing pressurized gas, and a valve arrangement connectable in fluid communication with the expansion tank and with the inlet and outlet of the compressor , wherein, when in use and connected to the compressor and the expansion tank , the valve arrangement is responsive to a control signal to alternately connect the outlet of the compressor to the expansion tank to thereby increase the pressure in the expansion tank , and connect the inlet of the compressor to the expansion tank to withdraw gas from the expansion tank to thereby reduce the pressure in the expansion tank , the tank pressure regulation system is characterized in that it further comprises a control unit configured to acquire a signal indicative of a present pressure of the working fluid in the waste heat recovery system , and determine the present condensation temperature of the working fluid based on the present pressure of the working fluid, and to provide the control signal to the valve arrangement to regulate the pressure in the expansion tank based on the present condensation temperature of the working fluid to a pressure below ambient pressure. a compressor comprising an inlet for withdrawing gas and an outlet for providing pressurized gas, and a valve arrangement connectable in fluid communication with the expansion tank and with the inlet and outlet of the compressor , wherein, when in use and connected to the compressor and the expansion tank , the valve arrangement is responsive to a control signal to alternately connect the outlet of the compressor to the expansion tank to thereby increase the pressure in the expansion tank , and connect the inlet of the compressor to the expansion tank to withdraw gas from the expansion tank to thereby reduce the pressure in the expansion tank , the tank pressure regulation system is characterized in that it further comprises a control unit configured to acquire a signal indicative of a present pressure of the working fluid in the waste heat recovery system , and determine the present condensation temperature of the working fluid based on the present pressure of the working fluid, and to provide the control signal to the valve arrangement to regulate the pressure in the expansion tank based on the present condensation temperature of the working fluid to a pressure below ambient pressure.
A dispensing mechanism for an article vending machine , comprising a drive section that is disposed in an article storing shelf and on which articles arranged in a front-rear direction are carried, the drive section being configured to drive based on a vending command, and a dispensing unit that is driven by the drive section to sequentially dispense the articles forward, wherein the dispensing unit comprises a plurality of belt conveyors arranged in a right-left direction, arranged away from each other in the right-left direction in at least a portion, and each having an upper surface moved forward to be configured to discharge one of the articles carried on the upper surfaces of the plurality of belt conveyors forward.