mhurhangee/patent-ind-claim-en huggingface dataset:
A shoe sole member, formed by at least two types of polymer compositions, a first polymer composition and a second polymer composition, comprising: a first part formed by the first polymer composition; a second part formed by the second polymer composition; the first part arranged in an inner foot, and the second part arranged more in an outer foot than the first part ; and a third part formed by a mixture of the first polymer composition and the second polymer composition between the first part and the second part , wherein the first part has an Asker C hardness higher than the second part , the value of an Asker C hardness of the third part in a cross section orthogonal to a central axis of the shoe changes both when the measurement point is moved in a horizontal direction and when the measurement point is moved in a vertical direction, and the value of the Asker C hardness of the third part decreases from the first part side toward the second part side and decreases both upward and downward from the center in thickness directions. a first part formed by the first polymer composition; a second part formed by the second polymer composition; the first part arranged in an inner foot, and the second part arranged more in an outer foot than the first part ; and a third part formed by a mixture of the first polymer composition and the second polymer composition between the first part and the second part , wherein the first part has an Asker C hardness higher than the second part , the value of an Asker C hardness of the third part in a cross section orthogonal to a central axis of the shoe changes both when the measurement point is moved in a horizontal direction and when the measurement point is moved in a vertical direction, and the first part has an Asker C hardness higher than the second part , the value of an Asker C hardness of the third part in a cross section orthogonal to a central axis of the shoe changes both when the measurement point is moved in a horizontal direction and when the measurement point is moved in a vertical direction, and the value of the Asker C hardness of the third part decreases from the first part side toward the second part side and decreases both upward and downward from the center in thickness directions.
Vehicle having a mounting arrangement for a steering column of the vehicle , which mounting arrangement has a crossmember running inside an interior of the vehicle , as well as a bulkhead part , which is arranged in front of the crossmember as viewed in the direction of travel of the vehicle , wherein a crossmember support strut is provided which supports the crossmember on said bulkhead part , and wherein the steering column is firstly supported on the crossmember and secondly on the bulkhead part with the interposition of a steering column support strut , characterized in that a reinforcing part is fastened to the bulkhead part on the interior side of the vehicle and both the crossmember support strut and the steering column support strut are supported on the bulkhead part with the interposition of said reinforcing part , in that the crossmember support strut and the steering column support strut have at least one common fastening point on the reinforcing part , and in that the crossmember support strut is supported on the reinforcing part via the steering column support strut .
A vascular model(111;131;141;151), comprising: a flow path forming portion(181; 181b;181c;181f,182; 182f) for forming a fluid flow path extending in an extension direction of the vascular model; and a diffusion portion(186; 186a;186b;186c;186e) formed with a porous body(187;187e) and disposed so as to face the fluid flow path, the diffusion portion(186;186a;186b; 186c;186e) being for excreting a fluid flowing through the fluid flow path from pores of the porous body(187;187e) to the outside in a diffused manner; characterized by the pores of the porous body in the diffusion portion(186; 186a;186b;186c;186e) are filled with an elastic body . a flow path forming portion(181; 181b;181c;181f,182; 182f) for forming a fluid flow path extending in an extension direction of the vascular model; and a diffusion portion(186; 186a;186b;186c;186e) formed with a porous body(187;187e) and disposed so as to face the fluid flow path, the diffusion portion(186;186a;186b; 186c;186e) being for excreting a fluid flowing through the fluid flow path from pores of the porous body(187;187e) to the outside in a diffused manner; characterized by the pores of the porous body in the diffusion portion(186; 186a;186b;186c;186e) are filled with an elastic body .
Method for operating an autonomous mobile lawn mower robot having a cutting tool for mowing a lawn , wherein a cutting height of the cutting tool is adjustable, comprising the steps: a) receiving a prediction of an environmental condition describing parameter and b) automatic adjusting of the cutting height of the cutting tool as a function of the received prediction. a) receiving a prediction of an environmental condition describing parameter and b) automatic adjusting of the cutting height of the cutting tool as a function of the received prediction.
An electrical terminal comprising: a first connection section ; and a second connection section which is connected to the first connection section , wherein the second connection section comprises at least two cantilevered deflectable contact arms configured to contact a mating electrical terminal , wherein a front end of each of the arms is outwardly flared including opposite sides of each front end being outwardly flared in general opposite directions relative to each other, wherein each front end flares out in three directions, flaring out in the first and second general opposite directions at its lateral edges , and the two front ends flaring out in opposite directions , wherein the front ends combine to form a general tulip shaped entrance into the electrical terminal for the mating electrical terminal , wherein each front end has a general semi-circular outer edge , wherein each front end slopes downward and inward from the general semi-circular outer edge to an interior generally crescent shaped inner side , wherein the front ends form a general bowl shape with a slot therethrough. a first connection section ; and a second connection section which is connected to the first connection section , wherein the second connection section comprises at least two cantilevered deflectable contact arms configured to contact a mating electrical terminal , wherein a front end of each of the arms is outwardly flared including opposite sides of each front end being outwardly flared in general opposite directions relative to each other, wherein each front end flares out in three directions, flaring out in the first and second general opposite directions at its lateral edges , and the two front ends flaring out in opposite directions , wherein the front ends combine to form a general tulip shaped entrance into the electrical terminal for the mating electrical terminal , wherein each front end has a general semi-circular outer edge , wherein each front end slopes downward and inward from the general semi-circular outer edge to an interior generally crescent shaped inner side , wherein the front ends form a general bowl shape with a slot therethrough.
Support assembly for a trailer coupling or a load carrier (L), including a cross-member (11; 111; 211; 311) and with side members (12, 112; 212; 312) connected to the cross-member (11; 111; 211; 311) for fitting to a rear of a body of a vehicle (F), together with at least one holder (15; 215; 315) fitted to the cross-member (11; 111; 211; 311) for a trailer coupling or for a coupling part (M) of a load carrier (L), wherein the support assembly (10; 110; 210; 310) has at least one carrier part (50-350) in the form of a multi-component part which includes a base body (16; 116; 216, 316) and a reinforcing body (17-19) connected to the base body (16; 116; 216, 316) and having a rib structure (30; 230; 330) and/or a foam body of technical foam, and wherein the reinforcing body (17-19) has at least one contact wall section for flat contact, in particular flat connection, with a base body wall section of the base body (16; 116; 216, 316), characterised in that the base body (16; 116; 216, 316) has a shaped part or is formed by a shaped part, and/or that the reinforcing body (17-19) is in the form of an extruded part or an extrusion or a cast part.
An aircraft comprising: a fuselage ; a wing extending from each lateral side of the fuselage , wherein the wings are configured to rotate relative to the fuselage to transition the aircraft from an airplane mode to a hover mode; a rotor secured to each wing , the rotor having a rotor tip path plane defined by rotation of the rotor about a rotor axis of rotation ; a flight control system configured to apply a cyclic pitch change to each of the rotors based on pilot input; wherein, when the rotor tip path plane is changed relative to the rotor axis of rotation , the wing is configured to twist to reduce an angle of attack of the wing relative to a rotor wake of the rotor ; wherein the wing is configured to twist in a same direction as the rotor tip path plane change; and wherein the reduced angle of attack of the wing reduces a magnitude of a yaw or roll opposing force ; characterized in that an amount of wing twist is communicated to the flight control system ; and the flight control system adjusts the rotor tip path plane change based on the amount of wing twist. a fuselage ; a wing extending from each lateral side of the fuselage , wherein the wings are configured to rotate relative to the fuselage to transition the aircraft from an airplane mode to a hover mode; a rotor secured to each wing , the rotor having a rotor tip path plane defined by rotation of the rotor about a rotor axis of rotation ; a flight control system configured to apply a cyclic pitch change to each of the rotors based on pilot input; wherein, when the rotor tip path plane is changed relative to the rotor axis of rotation , the wing is configured to twist to reduce an angle of attack of the wing relative to a rotor wake of the rotor ; wherein the wing is configured to twist in a same direction as the rotor tip path plane change; and wherein the reduced angle of attack of the wing reduces a magnitude of a yaw or roll opposing force ; characterized in that an amount of wing twist is communicated to the flight control system ; and the flight control system adjusts the rotor tip path plane change based on the amount of wing twist.
A stowage bin assembly configured to be positioned above at least a portion of one or more seats within a vehicle, the stowage bin assembly comprising a strongback and a pivot bin , the pivot bin including: - a forward end panel ; - an aft end panel that is opposed to the forward end panel ; - a front panel extending between the forward end panel and the aft end panel , wherein the front panel and the forward and aft end panels connect to a bottom panel , wherein a baggage retaining chamber is defined between the forward end panel , the aft end panel , the front panel , and the bottom panel ; and - a closeout bracket secured to the forward end panel , the aft end panel , the front panel , and the bottom panel , wherein the closeout bracket spans between the forward end panel and the aft end panel and provides rigid bracing support therebetween, wherein the pivot bin is pivotally secured to the strongback , and wherein the pivot bin is configured to be pivoted between open and closed positions, wherein the closeout bracket comprises a closeout flange that is configured to be spaced apart from the strongback through an entire range of motion of the pivot bin with respect to the strongback , and wherein the closeout bracket is formed from a unitary piece of metal. the pivot bin including: - a forward end panel ; - an aft end panel that is opposed to the forward end panel ; - a front panel extending between the forward end panel and the aft end panel , wherein the front panel and the forward and aft end panels connect to a bottom panel , wherein a baggage retaining chamber is defined between the forward end panel , the aft end panel , the front panel , and the bottom panel ; and - a closeout bracket secured to the forward end panel , the aft end panel , the front panel , and the bottom panel , wherein the closeout bracket spans between the forward end panel and the aft end panel and provides rigid bracing support therebetween, - a forward end panel ; - an aft end panel that is opposed to the forward end panel ; - a front panel extending between the forward end panel and the aft end panel , wherein the front panel and the forward and aft end panels connect to a bottom panel , wherein a baggage retaining chamber is defined between the forward end panel , the aft end panel , the front panel , and the bottom panel ; and - a closeout bracket secured to the forward end panel , the aft end panel , the front panel , and the bottom panel , wherein the closeout bracket spans between the forward end panel and the aft end panel and provides rigid bracing support therebetween, wherein the pivot bin is pivotally secured to the strongback , and wherein the pivot bin is configured to be pivoted between open and closed positions, wherein the closeout bracket comprises a closeout flange that is configured to be spaced apart from the strongback through an entire range of motion of the pivot bin with respect to the strongback , and wherein the closeout bracket is formed from a unitary piece of metal.
A user equipment, UE, for a wireless network , comprising: a receiver module to receive an encrypted broadcast; and a processor coupled with the receiver module , the processor to: decrypt the encrypted broadcast with a first decryption key and a second decryption key, wherein the first decryption key is a first private key corresponding to a first public key of authorized users, said first public key used to encrypt the broadcast first, and wherein the second decryption key corresponds to a second public key of authorized applications, said second public key used to encrypt the broadcast after encryption with the first public key; and identify, based on the decrypted broadcast, device-to-device, D2D, discovery information associated with a remote UE. a receiver module to receive an encrypted broadcast; and a processor coupled with the receiver module , the processor to: decrypt the encrypted broadcast with a first decryption key and a second decryption key, wherein the first decryption key is a first private key corresponding to a first public key of authorized users, said first public key used to encrypt the broadcast first, and wherein the second decryption key corresponds to a second public key of authorized applications, said second public key used to encrypt the broadcast after encryption with the first public key; and identify, based on the decrypted broadcast, device-to-device, D2D, discovery information associated with a remote UE. decrypt the encrypted broadcast with a first decryption key and a second decryption key, wherein the first decryption key is a first private key corresponding to a first public key of authorized users, said first public key used to encrypt the broadcast first, and wherein the second decryption key corresponds to a second public key of authorized applications, said second public key used to encrypt the broadcast after encryption with the first public key; and identify, based on the decrypted broadcast, device-to-device, D2D, discovery information associated with a remote UE.
A method for press-hardening galvanized sheet steel components, wherein a blank is cut out of a sheet steel strip made of a hardenable steel alloy and the blank is then austenitized by heating it to a temperature greater than Ac 3 and then placing it in a forming tool and forming it in the forming tool and cooling it during forming at a speed above the critical hardening speed, and that, in order to avoid microcracks of the second type on the sheet metal blank to be formed during the forming and hardening process, oxygen is supplied - at and/or adjacent to positive radii and/or drawing edges and/or - at contact areas, the oxygen being admitted by inserts of oxygen-storing materials which are provided in the forming tool adjacent to or in the region of the drawing edges and/or positive radii, which inserts are dimensioned in such a way that deep-drawing is not impaired, and the inserts form a reservoir for oxygen, wherein the inserts are made of sintered metals, porous ceramics or dense ceramics, wherein a recess is arranged in the ceramic inserts, which is dimensioned such that the remaining thickness of the drawing edge between a surface bounding the drawing edge and the recess approximately corresponds to its radius. - at and/or adjacent to positive radii and/or drawing edges and/or - at contact areas,
A shaver head for an electric shaver comprising: a base portion for connection of the shaver head to a main housing of the electric shaver ; a supporting portion mounted to the base portion ; a linear guiding structure for enabling the supporting portion to linearly move in a movement direction relative to the base portion between a first, retracted, position and a second, extended, position; a spring member for biasing the supporting portion away from the base portion in the movement direction from the first position to the second position; at least two hair-cutting units supported by the supporting portion and each comprising an external cutting member with hair-entry openings and an internal cutting member with a plurality of cutting elements which is rotatable relative to the external cutting member; and a respective drive spindle for each hair-cutting unit ; characterized in that the shaver head further comprises: a locking mechanism for selectively setting the supporting portion in a locked condition, wherein the supporting portion has a locked position in the movement direction relative to the base portion, or in an unlocked condition, wherein the supporting portion is enabled to move in the movement direction relative to the base portion. a base portion for connection of the shaver head to a main housing of the electric shaver ; a supporting portion mounted to the base portion ; a linear guiding structure for enabling the supporting portion to linearly move in a movement direction relative to the base portion between a first, retracted, position and a second, extended, position; a spring member for biasing the supporting portion away from the base portion in the movement direction from the first position to the second position; at least two hair-cutting units supported by the supporting portion and each comprising an external cutting member with hair-entry openings and an internal cutting member with a plurality of cutting elements which is rotatable relative to the external cutting member; and a respective drive spindle for each hair-cutting unit ; characterized in that the shaver head further comprises: a locking mechanism for selectively setting the supporting portion in a locked condition, wherein the supporting portion has a locked position in the movement direction relative to the base portion, or in an unlocked condition, wherein the supporting portion is enabled to move in the movement direction relative to the base portion.
An electronic device, comprising: an array of image pixels having inputs coupled to control lines and outputs coupled to output lines; and at least one column of dummy pixels having inputs coupled to the control lines and at least one row of dummy pixels having outputs coupled to the output lines; wherein each dummy pixel of the at least one column of dummy pixels is configured to provide a certain output signal in an absence of a fault with at least one of the control lines and each of the dummy pixels of the at least one row of dummy pixels is configured to provide a certain output in an absence of a fault with at least one of the output lines, such that a lack of output of the certain output signal by one or more of the dummy pixels of the at least one column or row of dummy pixels indicates the fault; and wherein the electronic device further comprises control circuitry coupled to the output lines to receive output signals from the array of image pixels and coupled to receive the certain output signals from the at least one column and the at least one row of dummy pixels, the control circuitry configured to determine whether the certain output signal was not output by one or more dummy pixels of the at least one column or the at least one row of dummy pixels. an array of image pixels having inputs coupled to control lines and outputs coupled to output lines; and at least one column of dummy pixels having inputs coupled to the control lines and at least one row of dummy pixels having outputs coupled to the output lines; wherein each dummy pixel of the at least one column of dummy pixels is configured to provide a certain output signal in an absence of a fault with at least one of the control lines and each of the dummy pixels of the at least one row of dummy pixels is configured to provide a certain output in an absence of a fault with at least one of the output lines, such that a lack of output of the certain output signal by one or more of the dummy pixels of the at least one column or row of dummy pixels indicates the fault; and wherein the electronic device further comprises control circuitry coupled to the output lines to receive output signals from the array of image pixels and coupled to receive the certain output signals from the at least one column and the at least one row of dummy pixels, the control circuitry configured to determine whether the certain output signal was not output by one or more dummy pixels of the at least one column or the at least one row of dummy pixels.