mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical instrument comprising: a power transmission including a trigger and a fastener driver operatively coupled to the trigger, wherein actuation of the trigger from a first configuration to a second configuration moves the fastener driver between at least a first position and a second position; one or more locking surfaces associated with the fastener driver; and a control surface that is moveable between a locked configuration and an unlocked configuration when the trigger is actuated from the first configuration towards the second configuration, wherein the control surface obstructs motion of at least one of the one or more locking surfaces to prevent movement of the fastener driver between the first position and the second position when the control surface is in the locked configuration, wherein the first position is a first rotational position and the second position is a second rotational position. a power transmission including a trigger and a fastener driver operatively coupled to the trigger, wherein actuation of the trigger from a first configuration to a second configuration moves the fastener driver between at least a first position and a second position; one or more locking surfaces associated with the fastener driver; and a control surface that is moveable between a locked configuration and an unlocked configuration when the trigger is actuated from the first configuration towards the second configuration, wherein the control surface obstructs motion of at least one of the one or more locking surfaces to prevent movement of the fastener driver between the first position and the second position when the control surface is in the locked configuration, wherein the first position is a first rotational position and the second position is a second rotational position.
Flange connection (1, 1', 1") having two flange parts (2, 2`) which are screwed together, wherein at least one of the flange parts (2, 2`) comprises a recess on the side thereof that faces the opposite flange part (2, 2`), wherein a flange gasket (10, 10`) having at least one compensating ring (5, 5`, 5") is arranged between the flange parts (2, 2`), and wherein the respective compensating ring (5, 5`, 5") comprises, in at least one of its surfaces, an annular groove , into which at least one sealing ring is inserted, wherein the at least one compensating ring (5, 5`, 5") abuts an inner side of the recess which is directed to a central axis (M) of the flange connection (1, 1', 1"), characterized in that an electrically-insulating insulating disk is arranged between the flange parts (2, 2`) in the axial orientation of the flange connection (1, 1', 1") and the respective compensating ring (5, 5`, 5") is arranged between the insulating disk and the at least one flange part (2, 2`) comprising the recess , wherein the respective compensating ring (5, 5`, 5"), in the surface thereof that faces away from the insulating disk , comprises the annular groove , into which the at least one sealing ring is inserted.
Industrial truck having a drive part , which has a drive wheel , and having a load part which has two running wheels , wherein the industrial truck is configured as a three-wheeled industrial truck for the transport of a plurality of containers of goods which are arranged on mobile load carriers, characterized in that the load part comprises at least one load frame into which the at least one mobile load carrier can, for the reception and transport thereof, be inserted in the horizontal direction from one or both vehicle sides, wherein the load frame is able to be lifted by means of a lifting device for lifting the inserted load carrier into a transport position, wherein, in the transport position, the mobile load carriers have their rollers lifted off the floor such that the rollers of the load carrier have no floor contact during transport in the industrial truck, wherein, for unloading, the load carrier can be lowered by means of the lifting device and the load carriers can be moved out of the load frame on their own rollers.
A base station for communicating with a terminal in a cell, comprising: a transmission unit configured to transmit control information for the terminal on a second control channel that is transmitted using a second antenna port different from a first antenna port used for transmission of a first control channel; and a higher layer unit configured to notify the terminal of terminal specific setting information indicating a sub-frame in which the terminal monitors the second control channel, wherein the first antenna port is an antenna port used for transmission of a cell-specific reference signal that is a reference signal specific to the cell, and the second antenna port is an antenna port used for transmission of a demodulation reference signal that is specific to the terminal and is associated with the second control channel. a transmission unit configured to transmit control information for the terminal on a second control channel that is transmitted using a second antenna port different from a first antenna port used for transmission of a first control channel; and a higher layer unit configured to notify the terminal of terminal specific setting information indicating a sub-frame in which the terminal monitors the second control channel, wherein the first antenna port is an antenna port used for transmission of a cell-specific reference signal that is a reference signal specific to the cell, and the second antenna port is an antenna port used for transmission of a demodulation reference signal that is specific to the terminal and is associated with the second control channel.
A heat exchanger having at least one first conduit section arranged to communicate the flow of a first fluid in heat exchange with a second fluid in a flow path which passes the at least one first conduit section; and a support of the at least one first conduit section, wherein the at least one first conduit section is mounted at a first location to the support, and in which the at least one first conduit section at a second location thereon is movable along its length in a generally circumferential fashion relative to the support in response to thermal change.
Vehicle seating set-up for a rear bench seat of an automotive vehicle , comprising a seat base which can be fastened to a body of the automotive vehicle and serves to bear at least one seat cushion, wherein the seat base has a front edge portion on which a heel plate can be or is arranged, a rear edge portion on which a backrest can be or is arranged, and two lateral edge portions which respectively lead from the front edge portion to the rear edge portion ; wherein, in each edge portion of the seat base , at least one screw opening is formed for a fastening screw for attaching the seat base to the body of the automotive vehicle, characterized in that at least one support aid is formed in the seat base , which at least one support aid has at least one mounting recess formed centrally in the seat base .
Device for earthing an overhead line of a segment of rail track, said device comprising: - a first electrical conductor, which is configured for connecting electrically to the overhead line of the segment of rail track; - a second electrical conductor, which is configured for connecting electrically to earth and/or a return line of the segment of rail track; - a switch, which is configured to enable and disable a connection between the first and second electrical conductors; - control means, which are configured to activate and deactivate the switch; and - communication means, which are configured for wireless communication with a remote communication device, for receiving a control signal from the remote communication device and for accordingly controlling the control means for activating and deactivating the switch, and for blocking the switch, characterised in that the communication means are configured for communication over a public telecommunication network, wherein the communication means are configured for wireless communication over said public telecommunication network with said remote wireless communication device for use near the overhead line that is to be earthed and for communication with the communication device of a central control centre, wherein said communication means are further arranged to block said switch from enabling and disabling said connection between said first and second electrical conductors upon receiving a control signal from said remote communication device. - a first electrical conductor, which is configured for connecting electrically to the overhead line of the segment of rail track; - a second electrical conductor, which is configured for connecting electrically to earth and/or a return line of the segment of rail track; - a switch, which is configured to enable and disable a connection between the first and second electrical conductors; - control means, which are configured to activate and deactivate the switch; and - communication means, which are configured for wireless communication with a remote communication device, for receiving a control signal from the remote communication device and for accordingly controlling the control means for activating and deactivating the switch, and for blocking the switch, characterised in that the communication means are configured for communication over a public telecommunication network, wherein the communication means are configured for wireless communication over said public telecommunication network with said remote wireless communication device for use near the overhead line that is to be earthed and for communication with the communication device of a central control centre, wherein said communication means are further arranged to block said switch from enabling and disabling said connection between said first and second electrical conductors upon receiving a control signal from said remote communication device.
A robotic system configured to interact with an anatomy held by a limb holder , the robotic system comprising: a force-applying device configured to apply a force to the anatomy held by the limb holder ; wherein the robotic system is configured to: measure an extent to which the anatomy moves relative to the limb holder in response to the force applied to the anatomy by the force-applying device; and the robotic system further comprising: a manipulator ; and a controller configured to: autonomously control the manipulator based on the measured extent. a force-applying device configured to apply a force to the anatomy held by the limb holder ; wherein the robotic system is configured to: measure an extent to which the anatomy moves relative to the limb holder in response to the force applied to the anatomy by the force-applying device; and a manipulator ; and a controller configured to: autonomously control the manipulator based on the measured extent.
A method for etching a porous material in an environment, said method comprising the successive steps of: I. Contacting a porous material with an organic gas in an environment having a pressure P1 and a temperature T1, wherein said organic gas is such that at said pressure P1 and at said temperature T1 it remains a gas when outside of said porous material but condenses as an organic liquid when in contact with said porous material , thereby filling pores of said porous material with said organic liquid , II. Plasma etching treatment of said porous material having pores filled with said organic liquid, thereby evaporating a fraction of said organic liquid filling the pores of said porous material , said successive steps being repeated n times with n ≥ 1. I. Contacting a porous material with an organic gas in an environment having a pressure P1 and a temperature T1, wherein said organic gas is such that at said pressure P1 and at said temperature T1 it remains a gas when outside of said porous material but condenses as an organic liquid when in contact with said porous material , thereby filling pores of said porous material with said organic liquid , II. Plasma etching treatment of said porous material having pores filled with said organic liquid, thereby evaporating a fraction of said organic liquid filling the pores of said porous material , said successive steps being repeated n times with n ≥ 1.
Refrigeration appliance, in particular household refrigeration appliance, having an inner container with a front opening which can be closed off by a door leaf for the removal and/or depositing of refrigerated goods, and a pull-out refrigerated goods container , as well as mounting means for mounting the refrigerated goods container in the inner container in a pull-out manner, wherein the mounting means has at least one roller arranged on a rear region of the base of the refrigerated goods container , which roller rolls along a counter rolling area on the base of the inner container in the pull-out direction, characterised in that the mounting means has at least one slide bearing point arranged on a front region of a base of the inner container , against which a counter-slide bearing area of a base of the refrigerated goods container is supported.
A system for transmitting a video signal from a Video Input to a Video Output , comprising at least one transmission controller , the at least one transmission controller including: a video drive module configured to receive the video signal sent by the Video Input , amplify the video signal and transmit the amplified video signal to a node (A); a closed loop suppression module coupled to the node (A) and the Video Output , and configured to receive the amplified video signal from the node (A), transmit the amplified video signal to the Video Output , receive a reverse control signal from the Video Output , and adjust a voltage of the node (A) and a voltage of the Video Output according to the voltage of the reverse control signal; a reverse control extraction module configured to receive the voltage of the node (A) and the voltage of the Video Output , and output conduction control signal when the voltage of the Video Output is greater than the voltage of the node (A); and a reverse control superimposing module configured to receive the conduction control signal and provide a reference voltage signal of a reference voltage end to the Video Input under the control of the conduction control signal. a video drive module configured to receive the video signal sent by the Video Input , amplify the video signal and transmit the amplified video signal to a node (A); a closed loop suppression module coupled to the node (A) and the Video Output , and configured to receive the amplified video signal from the node (A), transmit the amplified video signal to the Video Output , receive a reverse control signal from the Video Output , and adjust a voltage of the node (A) and a voltage of the Video Output according to the voltage of the reverse control signal; a reverse control extraction module configured to receive the voltage of the node (A) and the voltage of the Video Output , and output conduction control signal when the voltage of the Video Output is greater than the voltage of the node (A); and a reverse control superimposing module configured to receive the conduction control signal and provide a reference voltage signal of a reference voltage end to the Video Input under the control of the conduction control signal.
A media downlink transmission control method executed at a media server, comprising: determining a first target media stream that needs to be sent to a destination terminal; determining (S402) that a quantity of media streams currently received by the destination terminal reaches a media stream quantity threshold corresponding to the destination terminal; when the quantity of media streams currently received by the destination terminal reaches the media stream quantity threshold corresponding to the destination terminal, determining (S403) a second target media stream from the media streams; sending a media reception preemption message to the destination terminal, wherein the media reception preemption message carries identification information of the first target media stream and identification information of the second target media stream, and the media reception preemption message is used to notify the destination terminal that a transmission resource of the second target media stream is used to transmit the first target media stream; and stopping (S404) sending the second target media stream to the destination terminal determining a first target media stream that needs to be sent to a destination terminal; determining (S402) that a quantity of media streams currently received by the destination terminal reaches a media stream quantity threshold corresponding to the destination terminal; when the quantity of media streams currently received by the destination terminal reaches the media stream quantity threshold corresponding to the destination terminal, determining (S403) a second target media stream from the media streams; sending a media reception preemption message to the destination terminal, wherein the media reception preemption message carries identification information of the first target media stream and identification information of the second target media stream, and the media reception preemption message is used to notify the destination terminal that a transmission resource of the second target media stream is used to transmit the first target media stream; and stopping (S404) sending the second target media stream to the destination terminal
Flexible film for packaging comprising, joined together in a preferably indirect manner: - a first layer or outer layer comprising or consisting of polyester; - a second metallic layer , configured to create a barrier through said film with respect to moisture, gases and/or light; - a third layer comprising or consisting of polyester; - a fourth layer comprising crystallised cyclic olefin copolymers (COC) configured to promote a substantially linear tearing of said film .along at least a given tearing direction (S); - a protective layer or inner layer, comprising or consisting of a thermoplastic polymer, free of crystallised cyclic olefin copolymers and covering at least part of the fourth layer in order to prevent/limit the migration of fatty or oily substances through its thickness, towards the fourth layer . - a first layer or outer layer comprising or consisting of polyester; - a second metallic layer , configured to create a barrier through said film with respect to moisture, gases and/or light; - a third layer comprising or consisting of polyester; - a fourth layer comprising crystallised cyclic olefin copolymers (COC) configured to promote a substantially linear tearing of said film .along at least a given tearing direction (S); - a protective layer or inner layer, comprising or consisting of a thermoplastic polymer, free of crystallised cyclic olefin copolymers and covering at least part of the fourth layer in order to prevent/limit the migration of fatty or oily substances through its thickness, towards the fourth layer .
A method of controlling an apparatus for increasing service life and flexibility of an electric energy rotating source where a power semiconductor converter and an electric energy accumulation device are used, by means of a measurement block an active safeguard measures electric voltages and currents in a power system interface while the rotating source is in operation, the measured quantities of electric voltages and currents are input to a numerical model of the electric energy rotating source being calculated in real time in the active safeguard , wherein by solving a system of differential equations in the numerical model, electric and mechanical stresses of the rotating source are evaluated in the form of changes to voltages, currents and an electric generator torque, and by means of the power semiconductor converter and the electric energy accumulation device , the components of voltages and currents are generated in the power system interface as calculated by the active safeguard that counteract the undesirable changes to voltage, current and the electric generator torque.
A catheter heart pump comprising: an elongate catheter body having a proximal end, and a distal end configured to be advanced to a heart of a patient; an expandable sleeve coupled to the distal end, the expandable sleeve having a stored configuration in which the expandable sleeve is advanced to the heart, and an expanded configuration, and further comprising a distal inlet port and a proximal outlet port, wherein the expandable sleeve comprises a mesh having a flexible coating that combines with the mesh to form a flow pipe; an expandable impeller configured to be disposed within the expandable sleeve between the distal inlet port and the proximal outlet port when in the expanded configuration, and configured to be turned on by a shaft to generate a fluid flow from the distal inlet port to the proximal outlet port; and a storage sleeve configured to house both the expandable sleeve and the expandable impeller therein. an elongate catheter body having a proximal end, and a distal end configured to be advanced to a heart of a patient; an expandable sleeve coupled to the distal end, the expandable sleeve having a stored configuration in which the expandable sleeve is advanced to the heart, and an expanded configuration, and further comprising a distal inlet port and a proximal outlet port, wherein the expandable sleeve comprises a mesh having a flexible coating that combines with the mesh to form a flow pipe; an expandable impeller configured to be disposed within the expandable sleeve between the distal inlet port and the proximal outlet port when in the expanded configuration, and configured to be turned on by a shaft to generate a fluid flow from the distal inlet port to the proximal outlet port; and a storage sleeve configured to house both the expandable sleeve and the expandable impeller therein.