mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical connector device comprising: a female conductor component configured to receive an engagement member of a male conductor component , the female conductor component comprising: a pair of conduction arms comprising flattened distal ends, wherein each of the conduction arms is electrically conductive and is configured to provide an electrical connection to the female conductor component , and wherein the conduction arms are opposed to each other; an actuator element configured to contact the engagement member to actuate the actuator element when the female conductor component receives the engagement member ; a pair of actuator arms positioned in opposition to each other; a female electrical connector element comprising a lever arrangement, the actuator element being mechanically coupled to the pair of actuator arms via the lever arrangement; wherein the pair of actuator arms and the pair of conduction arms are pivotably fastened to the female electrical connector element ; and wherein the pair of actuator arms are positioned to an outside of the pair of conduction arms and are configured to bear against the pair of conducting arms when actuated to cause the conducting arms to clamp the engagement member in a pincer motion such that each conducting arm of the pair of conduction arms is able to contact a respective conduction element positioned on the engagement member , characterized in that the pair of actuator arms comprise round distal ends, and wherein the pair of conduction arms and the pair of actuator arms contact each other only through the respective flattened distal ends and round distal ends. a pair of conduction arms comprising flattened distal ends, wherein each of the conduction arms is electrically conductive and is configured to provide an electrical connection to the female conductor component , and wherein the conduction arms are opposed to each other; an actuator element configured to contact the engagement member to actuate the actuator element when the female conductor component receives the engagement member ; a pair of actuator arms positioned in opposition to each other; a female electrical connector element comprising a lever arrangement, the actuator element being mechanically coupled to the pair of actuator arms via the lever arrangement; wherein the pair of actuator arms and the pair of conduction arms are pivotably fastened to the female electrical connector element ; and wherein the pair of actuator arms are positioned to an outside of the pair of conduction arms and are configured to bear against the pair of conducting arms when actuated to cause the conducting arms to clamp the engagement member in a pincer motion such that each conducting arm of the pair of conduction arms is able to contact a respective conduction element positioned on the engagement member , characterized in that the pair of actuator arms comprise round distal ends, and wherein the pair of conduction arms and the pair of actuator arms contact each other only through the respective flattened distal ends and round distal ends.
A system for testing a radar under test , the system comprising: an antenna array with a plurality of antenna elements (21 1 ,21 2 ,...,21 N ), a plurality of transceivers (19 1 ,19 2 ,...,19 N ) downstream to the plurality of antenna elements (21 1 ,21 2 ,...,21 N ), and a processing unit , wherein in order for the system to perform a transmission test on the radar under test, the processing unit is configured to upload a digital image having a known pattern to a processor of the radar under test in order to generate by means of the radar under test a complex radio frequency image corresponding to the digital image, whereby the processing unit is configured to receive via the antenna array the complex radio frequency image generated by the radar under test and further to analyze the received complex radio frequency image with respect to the known pattern of the digital image. an antenna array with a plurality of antenna elements (21 1 ,21 2 ,...,21 N ), a plurality of transceivers (19 1 ,19 2 ,...,19 N ) downstream to the plurality of antenna elements (21 1 ,21 2 ,...,21 N ), and a processing unit ,
A zoom lens comprising, in order from an object side to an image side: a first lens unit (U1) having a positive refractive power that does not move for zooming; a second lens unit (U2) having a negative refractive power that moves during the zooming; a third lens unit (U3) having a negative refractive power that moves during the zooming; and a rear lens group (U4) having a positive refractive power that does not move for the zooming, wherein the first lens unit comprises, in order from an object side to an image side, a first lens sub unit (U11) having a positive refractive power that does not move for focusing, and a second lens sub unit (U12) having a positive refractive power that moves during the focusing, wherein the first lens sub unit comprises a negative lens and a positive lens, and wherein the following conditions are satisfied: − 25.00 < OK 11 / f 1 < − 0.10 ; and 2.00 < ft / f 1 < 7.00 , − 0.30 < OK 1 / f 1 ≤ − 0.11 where f1 represents a focal length of the first lens unit, OK11 represents a distance on an optical axis from a lens surface closest to the image side of the first lens sub unit to a rear principal point position of the first lens sub unit, ft represents a focal length of the zoom lens at a telephoto end, and OK1 represents a distance on the optical axis from a lens surface closest to the image side of the first lens unit to a rear principal point position of the first lens unit, provided that a direction from the object side toward the image side is a positive direction. a first lens unit (U1) having a positive refractive power that does not move for zooming; a second lens unit (U2) having a negative refractive power that moves during the zooming; a third lens unit (U3) having a negative refractive power that moves during the zooming; and a rear lens group (U4) having a positive refractive power that does not move for the zooming, wherein the first lens unit comprises, in order from an object side to an image side, a first lens sub unit (U11) having a positive refractive power that does not move for focusing, and a second lens sub unit (U12) having a positive refractive power that moves during the focusing, wherein the first lens sub unit comprises a negative lens and a positive lens, and wherein the following conditions are satisfied: − 25.00 < OK 11 / f 1 < − 0.10 ; and 2.00 < ft / f 1 < 7.00 , − 0.30 < OK 1 / f 1 ≤ − 0.11 where f1 represents a focal length of the first lens unit, OK11 represents a distance on an optical axis from a lens surface closest to the image side of the first lens sub unit to a rear principal point position of the first lens sub unit, ft represents a focal length of the zoom lens at a telephoto end, and OK1 represents a distance on the optical axis from a lens surface closest to the image side of the first lens unit to a rear principal point position of the first lens unit, provided that a direction from the object side toward the image side is a positive direction.
A wave powered pump , comprising: (a) a floating body , with a hull form suitable for pitching in waves, (b) at least one pipe coil , filled with water, installed in and rigidly attached to the floating body, with the coil axis aligned with the pitching axis of the floating body , (c) a mooring arrangement , mooring the floating body such that it is oriented with its pitching axis perpendicular to the wave direction, (d) piping that connects each end of the pipe coil to both a feed pipe manifold and a discharge pipe manifold , (e) valves (205-208, 306-309, 408-415) which can prevent back flow of water from the discharge pipe manifold through the pipe coil to the feed pipe manifold , (f) a hydraulic accumulator , installed in the discharge pipe manifold to even out flow fluctuations. (a) a floating body , with a hull form suitable for pitching in waves, (b) at least one pipe coil , filled with water, installed in and rigidly attached to the floating body, with the coil axis aligned with the pitching axis of the floating body , (c) a mooring arrangement , mooring the floating body such that it is oriented with its pitching axis perpendicular to the wave direction, (d) piping that connects each end of the pipe coil to both a feed pipe manifold and a discharge pipe manifold , (e) valves (205-208, 306-309, 408-415) which can prevent back flow of water from the discharge pipe manifold through the pipe coil to the feed pipe manifold , (f) a hydraulic accumulator , installed in the discharge pipe manifold to even out flow fluctuations.
A manufacturing assembly comprising: a tool base ; a plurality of tool elements extending from the tool base, the plurality of tool elements defining a shape of a formed part, with a cell formed between adjacent tool elements; characterized by a tapered tool extension extending between the tool base and at least one tool element. a tool base ; a plurality of tool elements extending from the tool base, the plurality of tool elements defining a shape of a formed part, with a cell formed between adjacent tool elements; characterized by a tapered tool extension extending between the tool base and at least one tool element.
A laminated film composed of a thermoplastic resin comprising, as an element constituting a molecule, at least one of a nitrogen atom or a sulfur atom, wherein at least one of the layers constituting the laminated film is a layer (III) containing inorganic particles and voids, and the voids have an average diameter of 5 μm or more, wherein the inorganic particles contain particles having a particle diameter of 1 μm or less in an amount of less than 25% by volume.
Device for capturing and removing magnetic material from a flow of material, wherein the device includes a plurality of magnet rod assemblies for capturing magnetic material in a flow of material passing the magnet rod assemblies and where the magnet rod assemblies are removably arranged to an installation plate assembly of the device , where each magnet rod assembly includes a magnet rod comprising at least two magnet segments encapsulated in a non-magnetic material, characterized in that the magnet rod assemblies comprise a combined attachment and wiper assembly adapted for being received and accommodated in a slot in the installation plate assembly and for detachable attachment to a locking groove arranged in in the extensions of the slot .
An indoor unit of an air conditioner, comprising: a main body including an outlet ; and a blade unit coupled with the main body , the blade unit being rotatable at the outlet , wherein the blade unit comprises: a rectangular blade having longitudinal side edges and end edges and a coupling member formed with the rectangular blade ; a motor including a rotation transfer member , and configured to generate a force driving the rectangular blade ; and a buffer member coupled with the coupling member of the rectangular blade , and covering a part of the rotation transfer member , wherein the coupling member includes a coupling groove disposed on a rotation axis of the rectangular blade and wherein a part of the buffer member is inserted into the coupling groove , the indoor unit being characterised in that the coupling groove is disposed between the end edges of the rectangular blade . a main body including an outlet ; and a blade unit coupled with the main body , the blade unit being rotatable at the outlet , a rectangular blade having longitudinal side edges and end edges and a coupling member formed with the rectangular blade ; a motor including a rotation transfer member , and configured to generate a force driving the rectangular blade ; and a buffer member coupled with the coupling member of the rectangular blade , and covering a part of the rotation transfer member , wherein the coupling member includes a coupling groove disposed on a rotation axis of the rectangular blade and wherein a part of the buffer member is inserted into the coupling groove , the indoor unit being characterised in that the coupling groove is disposed between the end edges of the rectangular blade .
A mobile car sheave shield for a V-shaped traction system of an elevator system, the mobile car sheave shield comprises: a static shield part suitable to be sleeved on a car sheave , wherein an opening is formed on an upper surface of the static shield part; and a dynamic shield part, wherein the dynamic shield part is arranged on the opening; the dynamic shield part comprises a shield bracket ; an inner side mobile shield and an outer side mobile shield which are synchronously connected are respectively arranged on two sides of a central axis of the shield bracket from inside to outside; the outer side mobile shield and the inner side mobile shield are slidingly connected on the shield bracket; a notch is formed between the inner side mobile shield and the outer side mobile shield, and suitable to be arranged such that a traction rope runs through the notch. a static shield part suitable to be sleeved on a car sheave , wherein an opening is formed on an upper surface of the static shield part; and a dynamic shield part, wherein the dynamic shield part is arranged on the opening; the dynamic shield part comprises a shield bracket ; an inner side mobile shield and an outer side mobile shield which are synchronously connected are respectively arranged on two sides of a central axis of the shield bracket from inside to outside; the outer side mobile shield and the inner side mobile shield are slidingly connected on the shield bracket; a notch is formed between the inner side mobile shield and the outer side mobile shield, and suitable to be arranged such that a traction rope runs through the notch.
A method performed by a wireless device , the method comprising: detecting a failure associated with a first cell group among multiple cell groups that are respectively provided by multiple radio network nodes to which the wireless device simultaneously connects in multi-connectivity operation; and transmitting a report that reports the detected failure in the first cell group to a radio network node that provides a second cell group included in the multiple cell groups , wherein the second cell group is different than the first cell group , wherein the report includes information about a conditional configuration stored at the wireless device . detecting a failure associated with a first cell group among multiple cell groups that are respectively provided by multiple radio network nodes to which the wireless device simultaneously connects in multi-connectivity operation; and transmitting a report that reports the detected failure in the first cell group to a radio network node that provides a second cell group included in the multiple cell groups , wherein the second cell group is different than the first cell group , wherein the report includes information about a conditional configuration stored at the wireless device .
Ramp for a loading dock, of those having a structure on which a transit surface is installed, wherein the structure of the ramp comprises at least multiple longitudinal reinforcements ; the ramp being characterised in that the structure of the ramp comprises at least: - One or more transverse reinforcements with a base for attachment to the transit surface having multiple slotted openings , which have a shape complementary to the profile of the longitudinal reinforcements ; wherein the longitudinal reinforcements are inserted in the slotted openings of the transverse reinforcements , the transverse position of which in the structure thus being fixed, the longitudinal reinforcements and transverse reinforcements as a whole being joined between said parts and to the transit surface . the ramp being characterised in that the structure of the ramp comprises at least: - One or more transverse reinforcements with a base for attachment to the transit surface having multiple slotted openings , which have a shape complementary to the profile of the longitudinal reinforcements ; - One or more transverse reinforcements with a base for attachment to the transit surface having multiple slotted openings , which have a shape complementary to the profile of the longitudinal reinforcements ; wherein the longitudinal reinforcements are inserted in the slotted openings of the transverse reinforcements , the transverse position of which in the structure thus being fixed, the longitudinal reinforcements and transverse reinforcements as a whole being joined between said parts and to the transit surface .
Household appliance, specifically cooking appliance, laundry appliance or refrigeration appliance, with at least one household appliance operating device which has at least one panel unit (10a; 10b), which has at least one operating region (14a; 14b), a lighting unit (12a; 12b), which is provided to back-light and/or to transilluminate the at least one operating region (14a; 14b), and a sensor unit (16a; 16b), which has at least one at least partly transparent support element (18a; 18b) and at least one sensor element (20a, 22a; 20b, 22b) which is arranged on the at least one support element (18a; 18b) as an etched structure, wherein the sensor unit (16a; 16b) is arranged at least partly between the lighting unit (12a; 12b) and the panel unit (10a; 10b), characterised in that the at least one sensor element (20a, 22a; 20b, 22b) has a plurality of electrically interconnected conductor tracks (24a; 24b), wherein the conductor tracks (24a; 24b) are interconnected via at least one connection conductor (44a; 46a) in this context.
Coupling device for a vehicle door handle , the door handle having a handle lever movable between a flush position in which it is flush with an exterior door panel surface and a ready position in which it is protruding and graspable by a user by an electric motor , and between an inward clicking position in which a preloaded push-push unit is released so as to bring the handle lever in said ready position without actuation of the electric motor , comprising : • a lever shaft , configured to be connected to the handle lever , • a push-push lever ring , configured to be rotatively coupled with the lever shaft , interacting via a push-push lever with the push-push unit when the handle lever is pushed inwards in the clicking position so as to release the preloaded push-push unit and push the lever in ready position, • a coupling gear , configured to be rotatively coupled with the lever shaft , interacting with the electric motor to move the handle lever from the flush position to the ready position, wherein the lever shaft is configured to be rotatively coupled to the coupling gear via a coupling mechanism supported by the lever shaft and rotatively linking the lever shaft and the coupling gear , the coupling mechanism being configured to allow free rotational movement of the lever shaft with respect to the coupling gear within an angular range corresponding to the angular distance between the ready position and the clicking position of the handle lever . • a lever shaft , configured to be connected to the handle lever , • a push-push lever ring , configured to be rotatively coupled with the lever shaft , interacting via a push-push lever with the push-push unit when the handle lever is pushed inwards in the clicking position so as to release the preloaded push-push unit and push the lever in ready position, • a coupling gear , configured to be rotatively coupled with the lever shaft , interacting with the electric motor to move the handle lever from the flush position to the ready position,
A method of establishing a network connection at an electronic communications device, comprising: determining one or more connection criteria associated with connection establishment at the electronic communications device, wherein the one or more connection criteria includes at least one of a location of the electronic communications device, a current time of day, calendar date, visible systems, tariff rates or security levels associated with available connection types; determining a connection acquisition priority list based on current values of the one or more connection criteria, the connection acquisition priority list being a prioritized order of connection types, wherein the connection acquisition priority list comprises a list of connection types of the currently available network connections supported by the electronic communications device ordered according to priorities of the listed connection types, each connection type of the list of connection types having an associated priority, wherein a Wireless Local Area Network, WLAN, connection type gets higher priority than a Wide Area Network, WAN, connection type when the electronic communication device is roaming and a lower priority than the WAN connection type when the electronic communication device is not roaming; and attempting to establish a network connection based on the connection acquisition priority list. determining one or more connection criteria associated with connection establishment at the electronic communications device, wherein the one or more connection criteria includes at least one of a location of the electronic communications device, a current time of day, calendar date, visible systems, tariff rates or security levels associated with available connection types; determining a connection acquisition priority list based on current values of the one or more connection criteria, the connection acquisition priority list being a prioritized order of connection types, wherein the connection acquisition priority list comprises a list of connection types of the currently available network connections supported by the electronic communications device ordered according to priorities of the listed connection types, each connection type of the list of connection types having an associated priority, wherein a Wireless Local Area Network, WLAN, connection type gets higher priority than a Wide Area Network, WAN, connection type when the electronic communication device is roaming and a lower priority than the WAN connection type when the electronic communication device is not roaming; and attempting to establish a network connection based on the connection acquisition priority list.