mhurhangee/patent-ind-claim-en huggingface dataset:
A floor panel connection system, comprising: an aircraft airframe having a plurality of apertures along a lateral edge portion ; a floor panel having an edge region configured for overlapping engagement with the lateral edge portion of the airframe, the edge region having a plurality of holes ; a vertical load resisting coupling device connecting the floor panel to the airframe, configured for resisting forces applied to the floor panel in a direction perpendicular to a top facial plane of the floor panel without significantly resisting lateral forces applied to the floor panel so that the vertical load resisting coupling device allows the floor panel to move relative to the airframe when lateral forces are applied to the floor panel , the vertical load resisting coupling device received in one or more holes of the plurality of holes ; and a shear load resisting coupling device connecting the floor panel to the airframe separate from the vertical load resisting coupling device , configured for resisting forces applied to the panel in a direction parallel to the top facial plane of the floor panel without significantly resisting vertical forces applied to the floor panel so that the shear load resisting coupling device is configured to allow movement of the floor panel relative to the airframe when vertical forces are applied to the floor panel , the shear load resisting coupling device received in at least one hole of the plurality of holes . an aircraft airframe having a plurality of apertures along a lateral edge portion ; a floor panel having an edge region configured for overlapping engagement with the lateral edge portion of the airframe, the edge region having a plurality of holes ; a vertical load resisting coupling device connecting the floor panel to the airframe, configured for resisting forces applied to the floor panel in a direction perpendicular to a top facial plane of the floor panel without significantly resisting lateral forces applied to the floor panel so that the vertical load resisting coupling device allows the floor panel to move relative to the airframe when lateral forces are applied to the floor panel , the vertical load resisting coupling device received in one or more holes of the plurality of holes ; and a shear load resisting coupling device connecting the floor panel to the airframe separate from the vertical load resisting coupling device , configured for resisting forces applied to the panel in a direction parallel to the top facial plane of the floor panel without significantly resisting vertical forces applied to the floor panel so that the shear load resisting coupling device is configured to allow movement of the floor panel relative to the airframe when vertical forces are applied to the floor panel , the shear load resisting coupling device received in at least one hole of the plurality of holes .
A method implemented by a control plane device in a Software Defined Networking, SDN, network to configure a data plane device in the SDN network to perform network address translation, NAT, for a flow so that the flow can bypass a NAT device, the method comprising: receiving a translation rule for the flow from the NAT device; configuring the data plane device to steer the flow such that the flow bypasses the NAT device; configuring the data plane device to perform NAT for the flow according to the translation rule for the flow; characterised by transmitting an indication to the NAT device that the flow is to bypass the NAT device; and in response to receiving the indication that the flow is to bypass the NAT device, disabling timeout processing performed by the NAT device. receiving a translation rule for the flow from the NAT device; configuring the data plane device to steer the flow such that the flow bypasses the NAT device; configuring the data plane device to perform NAT for the flow according to the translation rule for the flow; characterised by transmitting an indication to the NAT device that the flow is to bypass the NAT device; and in response to receiving the indication that the flow is to bypass the NAT device, disabling timeout processing performed by the NAT device.
Anchor point, comprising an under part (2, 2.1) with a connection element for connecting the anchor point (1, 1.1) to an object which is to be secured or handled by this, and an upper part (3, 3.1) which can be rotated in relation to the lower part (2, 2.1) about the longitudinal axis of the connection element , with a connection means (8, 8.1) for connecting a stop element or lashing means, said upper part (3, 3.1) being adjustable in the axial direction in relation to the lower part (2, 2.1) against the resetting force of a resetting spring or a resetting spring arrangement, wherein, in a first position, the upper part (3, 3.1) is freely rotatable in relation to the lower part (2, 2.1), and, in a second position, the upper part (3, 3.1) takes effect in a torque resistant manner on the connection element , characterised in that the connection element carries bearing disks (6, 6.1) projecting in the radial direction, and the upper part (3, 3.1) comprises a bearing disk bearing mounting supporting the bearing disk (6, 6.1) at its radial casing surface, and wherein the connection element comprises a rotational carrying contour (13, 13.1) arranged on the outside and at a distance interval from the bearing disk (6, 6.1) in the direction towards its shaft , and the upper part (3, 3.1) carries a rotational carrying contour which is complementary to this, which, as a consequence of an axial movement of the upper part (3, 3.1) out of its first position into its second position, can be moved into engagement with the carrying contour of the connection element .
An offshore foundation structure for supporting an offshore foundation , in particular an offshore foundation for a wind turbine , comprising a foundation member configured for being installed on the seabed and for supporting the offshore foundation , and a fixation member configured for being fixed in the seabed for installing the foundation member , the fixation member has a screw portion for screwing the fixation member into the seabed , characterized in that the foundation member has a fastening portion configured for being fastened to a corresponding fastening portion on the fixation member , and wherein bolts and screws are driven through respective through holes that form part of the fastening portion of the foundation member . a foundation member configured for being installed on the seabed and for supporting the offshore foundation , and a fixation member configured for being fixed in the seabed for installing the foundation member , the fixation member has a screw portion for screwing the fixation member into the seabed , characterized in that the foundation member has a fastening portion configured for being fastened to a corresponding fastening portion on the fixation member , and wherein bolts and screws are driven through respective through holes that form part of the fastening portion of the foundation member .
System for air-conditioning a space, comprising: - cold production equipment designed to cool the temperature in the space, the equipment comprising a cooling exchanger designed to allow humid air to be cooled to circulate through it; - a pipe for recovering, by gravity, condensates originating from the cooling of humid air in the cold production equipment; - a tank connected to the recovery pipe , for storing the condensates; - a level sensor arranged in the lower part of the tank and designed to measure the volume of water of the stored condensates; - a water pump connected to the tank by a pipe for discharging the stored condensates, - a mister connected to the water pump, in order to generate droplets in the space, characterized in that the air conditioning system further comprises a valve for draining the tank, said valve being connected to a pipe for discharging water into the external environment, and a bypass pipe connected between the cooling exchanger and the tank, so as to divert part of the cold air to the tank in order to cool the condensates stored in the tank. - cold production equipment designed to cool the temperature in the space, the equipment comprising a cooling exchanger designed to allow humid air to be cooled to circulate through it; - a pipe for recovering, by gravity, condensates originating from the cooling of humid air in the cold production equipment; - a tank connected to the recovery pipe , for storing the condensates; - a level sensor arranged in the lower part of the tank and designed to measure the volume of water of the stored condensates; - a water pump connected to the tank by a pipe for discharging the stored condensates, - a mister connected to the water pump, in order to generate droplets in the space, characterized in that the air conditioning system further comprises a valve for draining the tank, said valve being connected to a pipe for discharging water into the external environment, and a bypass pipe connected between the cooling exchanger and the tank, so as to divert part of the cold air to the tank in order to cool the condensates stored in the tank. characterized in that the air conditioning system further comprises a valve for draining the tank, said valve being connected to a pipe for discharging water into the external environment, and a bypass pipe connected between the cooling exchanger and the tank, so as to divert part of the cold air to the tank in order to cool the condensates stored in the tank.
A method of communication among a plurality of terminals , by a first terminal , the method comprising: establishing a session with another terminal of a group, transmitting, to the group, media from the first terminal acting as a floor arbitrator; receiving a floor request message from a second terminal of the group during the transmitting of the media, wherein the floor request message is transmitted from the second terminal to the group; determining, without a centralized server, whether a floor of the first terminal is revoked based on priority information of the first terminal and the second terminal ; stopping a transmission of the media in response to the floor of the first terminal being revoked; and transmitting, to the group, a floor granted message for the second terminal , receiving, from the second terminal , media of the second terminal based on the floor granted message, wherein the media of the second terminal , a new floor arbitrator, is transmitted to the group. establishing a session with another terminal of a group, transmitting, to the group, media from the first terminal acting as a floor arbitrator; receiving a floor request message from a second terminal of the group during the transmitting of the media, wherein the floor request message is transmitted from the second terminal to the group; determining, without a centralized server, whether a floor of the first terminal is revoked based on priority information of the first terminal and the second terminal ; stopping a transmission of the media in response to the floor of the first terminal being revoked; and transmitting, to the group, a floor granted message for the second terminal , receiving, from the second terminal , media of the second terminal based on the floor granted message, wherein the media of the second terminal , a new floor arbitrator, is transmitted to the group.
An electric generator comprising: a thermoelectric film having a plurality of lateral p-n junctions across a face of the film, the lateral p-n junctions established at interfaces between p-type regions and n-type regions; a piezoelectric film coupled to the thermoelectric film; and an electrode coupled to the piezoelectric film, characterized in that the p-type regions comprise electrically conductive particles dispersed in or on a first carrier and the n-type regions comprise electrically conductive particles dispersed in or on a second carrier. a thermoelectric film having a plurality of lateral p-n junctions across a face of the film, the lateral p-n junctions established at interfaces between p-type regions and n-type regions; a piezoelectric film coupled to the thermoelectric film; and an electrode coupled to the piezoelectric film,
Lighting device , comprising: a circuit board ; an LED , soldered to the circuit board ; an optical element (8; 9), supported by the circuit board and positioned for re-directing at least part of the light in operation emitted by the LED , a magnetic coupling between the circuit board and the optical element (8; 9), at least one positioning LED , soldered to the circuit board and extending from the circuit board , wherein the optical element (8; 9) has at least one recess , with each of the at least one positioning LED being arranged in an associated one of the at least one recess , and wherein the lighting device is an exterior aircraft light. a circuit board ; an LED , soldered to the circuit board ; an optical element (8; 9), supported by the circuit board and positioned for re-directing at least part of the light in operation emitted by the LED , a magnetic coupling between the circuit board and the optical element (8; 9), at least one positioning LED , soldered to the circuit board and extending from the circuit board , wherein the optical element (8; 9) has at least one recess , with each of the at least one positioning LED being arranged in an associated one of the at least one recess , and wherein the lighting device is an exterior aircraft light.
A motordriven conveyor roller 110, 210, 310), comprising: a roller body mounted so as to be able to rotate about a roller axle, a drive unit arranged inside the roller body and adapted to generate a rotational movement about the roller axle between an axle element and the roller body a control unit that is arranged inside the roller body and that is designed - to receive a state signal from outside the roller body, - to generate a control signal that describes a drive characteristic on the basis of the state signal, - to control the drive unit by way of the control signal, - to generate a self-state signal 195, 295, 395) that describes the state signal and/or the drive characteristic, and - to transmit this self-state signal outside the roller body, characterized in that the control unit is adapted to receive as the state signal - a sensor signal from a sensor arranged outside the roller body and/or - a self-state signal from another motordriven conveyor roller (110. 210. 310) and the control unit is adapted to generate the control signal on the basis of said sensor signal and/or this self-state signal. a roller body mounted so as to be able to rotate about a roller axle, a drive unit arranged inside the roller body and adapted to generate a rotational movement about the roller axle between an axle element and the roller body a control unit that is arranged inside the roller body and that is designed - to receive a state signal from outside the roller body, - to generate a control signal that describes a drive characteristic on the basis of the state signal, - to control the drive unit by way of the control signal, - to generate a self-state signal 195, 295, 395) that describes the state signal and/or the drive characteristic, and - to transmit this self-state signal outside the roller body, - to receive a state signal from outside the roller body, - to generate a control signal that describes a drive characteristic on the basis of the state signal, - to control the drive unit by way of the control signal, - to generate a self-state signal 195, 295, 395) that describes the state signal and/or the drive characteristic, and - to transmit this self-state signal outside the roller body, characterized in that the control unit is adapted to receive as the state signal - a sensor signal from a sensor arranged outside the roller body and/or - a self-state signal from another motordriven conveyor roller (110. 210. 310) - a sensor signal from a sensor arranged outside the roller body and/or - a self-state signal from another motordriven conveyor roller (110. 210. 310) and the control unit is adapted to generate the control signal on the basis of said sensor signal and/or this self-state signal.
A method of coating a food or beverage can, the method comprising: forming a composition comprising an emulsion polymerized latex polymer, comprising: forming a salt of an acid- or anhydride-functional polymer and a tertiary amine in a carrier comprising water to form an aqueous dispersion; combining an ethylenically unsaturated monomer component comprising 0.1 wt-% to 30 wt-% of an oxirane-functional alpha, beta-ethylenically unsaturated monomer with the aqueous dispersion, based on the weight of the monomer component; and polymerizing the ethylenically unsaturated monomer component in the presence of the aqueous dispersion to form an emulsion polymerized latex polymer; and applying the composition comprising the emulsion polymerized latex polymer to a metal substrate prior to or after forming the metal substrate into a food or beverage can or portion thereof. forming a composition comprising an emulsion polymerized latex polymer, comprising: forming a salt of an acid- or anhydride-functional polymer and a tertiary amine in a carrier comprising water to form an aqueous dispersion; combining an ethylenically unsaturated monomer component comprising 0.1 wt-% to 30 wt-% of an oxirane-functional alpha, beta-ethylenically unsaturated monomer with the aqueous dispersion, based on the weight of the monomer component; and polymerizing the ethylenically unsaturated monomer component in the presence of the aqueous dispersion to form an emulsion polymerized latex polymer; and forming a salt of an acid- or anhydride-functional polymer and a tertiary amine in a carrier comprising water to form an aqueous dispersion; combining an ethylenically unsaturated monomer component comprising 0.1 wt-% to 30 wt-% of an oxirane-functional alpha, beta-ethylenically unsaturated monomer with the aqueous dispersion, based on the weight of the monomer component; and polymerizing the ethylenically unsaturated monomer component in the presence of the aqueous dispersion to form an emulsion polymerized latex polymer; and applying the composition comprising the emulsion polymerized latex polymer to a metal substrate prior to or after forming the metal substrate into a food or beverage can or portion thereof.
A filter system having a filter housing and a filter element with a filter medium , a first end disc connected to the filter medium and a second end disc connected to the filter medium , wherein the filter medium is disposed between the first end disc and the second end disc , wherein the first end disc , facing away from the filter medium , comprises a positioning and sealing section , wherein the positioning and sealing section comprises positioning recesses on the exterior side, which are set up so that interfering geometries of a filter housing of the filter system engage positively in the positioning recesses in order to position the filter element circumferentially with respect to the filter housing , wherein the positioning and sealing section comprises an interface on the inner side, which is set up to seal the filter element radially with respect to the filter housing and to position it axially with respect to the filter housing , wherein the interface , when viewed along a longitudinal direction (LR) of the filter element , which is oriented from the first end disc towards the second end disc , extends further into the positioning and sealing section than the positioning recesses , wherein the interface comprises a sealing groove in the shape of an annular groove, which completely extends around a symmetry axis of the filter element , wherein the sealing groove is set up so that a sealing rib of the filter housing engages positively in the sealing groove in order to position the filter element axially with respect to the filter housing , wherein the filter housing comprises interfering geometries , which engage positively in the positioning recesses of the filter element , wherein the filter housing comprises a sealing surface with which the interface of the filter element is radially compressed at least section-wise, and wherein a respective end face of the interfering geometries , when viewed along the longitudinal direction (LR), is disposed downstream of the sealing surface of the filter housing .
A surgical stapler , comprising: a drive system; an electric motor mechanically coupled to the drive system; a battery electrically couplable to the electric motor ; and a control system electrically connected to the electric motor , wherein the control system is configured to control a force applied to the drive system based on a current, characterized in that the control system comprises: an H-bridge circuit comprising a high side and a low side, wherein the low side of the H-bridge circuit comprises first and second switching devices and first and second legs; an electrically resistive element electrically connected in series with the first switching device ; and an electrically inductive element electrically connected in parallel with the electrically resistive element , wherein the electrically resistive element and the electrically inductive element are electrically connected to one of the first and second legs of the H-bridge circuit, wherein the control system is configured to control the force applied to the drive system based on the current downstream of the electrically resistive element . a drive system; an electric motor mechanically coupled to the drive system; a battery electrically couplable to the electric motor ; and a control system electrically connected to the electric motor , wherein the control system is configured to control a force applied to the drive system based on a current, characterized in that the control system comprises: an H-bridge circuit comprising a high side and a low side, wherein the low side of the H-bridge circuit comprises first and second switching devices and first and second legs; an electrically resistive element electrically connected in series with the first switching device ; and an electrically inductive element electrically connected in parallel with the electrically resistive element , an H-bridge circuit comprising a high side and a low side, wherein the low side of the H-bridge circuit comprises first and second switching devices and first and second legs; an electrically resistive element electrically connected in series with the first switching device ; and an electrically inductive element electrically connected in parallel with the electrically resistive element , wherein the electrically resistive element and the electrically inductive element are electrically connected to one of the first and second legs of the H-bridge circuit, wherein the control system is configured to control the force applied to the drive system based on the current downstream of the electrically resistive element .