mhurhangee/patent-ind-claim-en huggingface dataset:
A wire harness routed in an automobile and comprising an exterior member for accommodating and protecting one or a plurality of conductive paths , wherein the exterior member comprises: a first exterior member ; and a protector configured to regulate a desired path, wherein the first exterior member includes a bendable, flexible tube portion and a straight, non-flexible tube portion , wherein the bendable, flexible tube portion is a portion which is made of a resin and through which one or a plurality of conductive paths are inserted, and has a flexibility that allows the one or plurality of conductive paths to be bendable and routed, wherein the one or plurality of conductive paths are routed straight in the straight, non-flexible tube portion , wherein the bendable, flexible tube portion and the straight, non-flexible tube portion are alternately and continuously arranged in a tube axis direction, wherein the protector is configured to maintain the flexible tube portion in a desired bendable shape by mounting the protector to the flexible tube portion , wherein the protector has a protector main body in which the bendable, flexible tube portion is directly surrounded from the outside, and characterised in that the protector main body is formed in a length so as to expose an end portion of the bendable, flexible tube portion in order to allow some bending. a first exterior member ; and a protector configured to regulate a desired path, wherein the first exterior member includes a bendable, flexible tube portion and a straight, non-flexible tube portion , wherein the bendable, flexible tube portion is a portion which is made of a resin and through which one or a plurality of conductive paths are inserted, and has a flexibility that allows the one or plurality of conductive paths to be bendable and routed, wherein the one or plurality of conductive paths are routed straight in the straight, non-flexible tube portion , wherein the bendable, flexible tube portion and the straight, non-flexible tube portion are alternately and continuously arranged in a tube axis direction, wherein the protector is configured to maintain the flexible tube portion in a desired bendable shape by mounting the protector to the flexible tube portion , wherein the protector has a protector main body in which the bendable, flexible tube portion is directly surrounded from the outside, and characterised in that the protector main body is formed in a length so as to expose an end portion of the bendable, flexible tube portion in order to allow some bending.
Aircraft barrier system for separating, within an aircraft , a secure area from a passenger cabin of the aircraft , wherein the barrier system comprises: - a barrier configured to be installed inside the passenger cabin and configured to move between an open position and a closed position; - a latch mounted to the barrier ; and - a locking device comprising a latching clamp configured to lock the latch when the barrier is in the closed position, characterised by - a release mechanism configured to move the latching clamp from a locking state locking the latch to an unlocking state releasing the latch , wherein the release mechanism is further configured to delay the moving of the latching clamp from the locking state to the unlocking state; wherein the release mechanism comprises a spring element acting on the latching clamp to move the latching clamp from the locking state to the unlocking state, and a damper connected to the latching clamp and delaying the movement of the latching clamp . - a barrier configured to be installed inside the passenger cabin and configured to move between an open position and a closed position; - a latch mounted to the barrier ; and - a locking device comprising a latching clamp configured to lock the latch when the barrier is in the closed position, - a release mechanism configured to move the latching clamp from a locking state locking the latch to an unlocking state releasing the latch , wherein the release mechanism is further configured to delay the moving of the latching clamp from the locking state to the unlocking state;
A propeller blade , comprising: a hub ; a tip; a surface area that extends between the hub and the tip, the surface area having an upper side, a lower side, a leading edge that extends between the hub and the tip, and a trailing edge ; a fringe coupled along the trailing edge of the propeller blade; and a controller configured to alter a position of the fringe at a speed based at least in part on a sound generated around the propeller blade. a hub ; a tip; a surface area that extends between the hub and the tip, the surface area having an upper side, a lower side, a leading edge that extends between the hub and the tip, and a trailing edge ; a fringe coupled along the trailing edge of the propeller blade; and a controller configured to alter a position of the fringe at a speed based at least in part on a sound generated around the propeller blade.
A stove guard including a data processing unit and a heat sensor arrangement for receiving heat radiation from objects located in a given field of view and for delivering detector signals indicative of the received heat radiation to the data processing unit , characterized in that the heat sensor arrangement is arranged to generate detector signals differently corresponding to heat radiation received from a central area of the field of view than to heat radiation received from a circumferential region of the field of view so that - the heat sensor arrangement has at least a first and a second different detector elements and - the stove guard has one or more optical elements arranged to direct heat radiation to the first detector element from a narrower portion of said field of view than to the second detector element . - the heat sensor arrangement has at least a first and a second different detector elements and - the stove guard has one or more optical elements arranged to direct heat radiation to the first detector element from a narrower portion of said field of view than to the second detector element .
An account login method, comprising: sending, by a set top box, an authentication request of an application designated by an operator to a terminal by using a wireless network, wherein the authentication request is a message requesting for login permission, wherein the application is installed in the terminal; receiving, by the set top box, an application account from the terminal after the application receive the authentication request, wherein the application account is used in the terminal, and wherein the application account is associated with a video service account; and logging in to a server of the operator, by the set top box, according to the video service account. sending, by a set top box, an authentication request of an application designated by an operator to a terminal by using a wireless network, wherein the authentication request is a message requesting for login permission, wherein the application is installed in the terminal; receiving, by the set top box, an application account from the terminal after the application receive the authentication request, wherein the application account is used in the terminal, and wherein the application account is associated with a video service account; and logging in to a server of the operator, by the set top box, according to the video service account.
A combustor liner for a gas turbine engine comprising: at least one liner segment (68; 168) including an external wall dimensioned to bound a combustion chamber , the external wall extending between leading and trailing edges (68LE, 68TE; 168LE, 168TE) in an axial direction and extending between opposed mate faces (68M; 168M) in a circumferential direction, wherein a cooling circuit (70; 170) is defined by the external wall , a plurality of heat transfer features (72; 172) are distributed in the cooling circuit (70; 170) to define a first restricted flow region (74-3; 174-3) that tapers from the leading edge (68LE; 168LE) to the trailing edge (68TE; 168TE) and to define at least one prioritized flow region (74-1, 74-2; 174-1, 174-2) that extends substantially from the leading edge (68LE; 168LE) to the trailing edge (68TE; 168TE) such that the at least one prioritized flow region (74-1, 74-2; 174-1, 174-2) is bounded by a perimeter of the first restricted flow region (74-3; 174-3), characterized in that each of the at least one prioritized flow region (74-1, 74-2; 174-1, 174-2) and the first restricted flow region (74-3; 174-3) include a plurality of the heat transfer features (72; 172), the at least one prioritized flow region (74-1, 74-2; 174-1, 174-2) has a lesser concentration of the plurality of heat transfer features (72; 172) than the first restricted flow region (74-3; 174-3), the at least one prioritized flow region (74-1, 74-2; 174-1, 174-2) includes first and second prioritized flow regions (74-1, 74-2; 174-1, 174-2) on opposed sides of the first restricted flow region (74-3; 174-3), and the plurality of heat transfer features are distributed in the cooling circuit to define second and third restricted flow regions (174-4, 174-5) that extend substantially along the mate faces to bound respective ones of the first and second prioritized flow regions (174-1, 174-2).
Arrangement comprising at least one solar module and at least one mounting device for mounting the at least one solar module on a base , wherein the at least one mounting device comprises a first bearing element having a connecting portion , a supporting portion and a mounting portion which is arranged between the connecting portion and supporting portion and intended for receiving said at least one solar module , and a second bearing element having a connecting portion , a supporting portion and an optional mounting portion , wherein the at least one solar module is mounted with said mounting portions, wherein the connecting portion of the first bearing element is pivotably in connection with the connecting portion of the second bearing element , and wherein the two bearing elements can stand indirectly on the base by way of the respective supporting portion , wherein the mounting device further has a fastening element which can be placed on the base and/or which can run above the base , wherein a relative movement between the first bearing element and the second bearing element or between the bearing elements and the base can be prevented by means of the fastening element , wherein the fastening element has the form of at least one profile element , wherein the profile element provides a receptacle for the supporting portion of the respective bearing element , wherein, as viewed in cross section, the at least one profile element comprises a base leg which extends in the direction of a profile axis (P) and from which a receiving leg for receiving the supporting portions is integrally formed on at least one side, preferably on both sides, wherein the first bearing element extends along a first centre axis (M1), and that the second bearing element extends along a second centre axis (M2), wherein a plane (E) extends through these centre axes (M1, M2) or wherein a plane (E) extends parallel to these centre axes (M1, M2), and that the at least one profile element runs substantially at a right angle to this plane (E), and/or that the profile element extends substantially at a right angle to the centre axis or centre axes (M1, M2), characterized in that the receiving leg partially extends around an axis (A) running parallel to the profile axis (P), such that a cylindrical receiving space with an access opening for the supporting portion is provided.
Motor vehicle comprising a support crosspiece , which comprises a beam and a stiffening structure coupled to an intermediate portion of said beam ; said intermediate portion extending along an axis ; said stiffening structure comprising: - a casing , which at least partially surrounds said intermediate portion ; - a core , radially arranged between said intermediate portion and said casing ; - connecting means holding said casing and said core in fixed positions with respect to said intermediate portion ; characterized in that said stiffening structure comprises damping elements, made of a vibration damping material, arranged at coupling zones between said core and said casing and/or at coupling zones between said core and said intermediate portion . - a casing , which at least partially surrounds said intermediate portion ; - a core , radially arranged between said intermediate portion and said casing ; - connecting means holding said casing and said core in fixed positions with respect to said intermediate portion ;
A bed system comprising a bed frame and a mattress assembly pivotably mounted on the bed frame for pivoting the mattress assembly about a pivot axis (X_P) to form a pivot angle (V_P) between the mattress assembly and a longitudinal axis (X_L) of the bed frame , the mattress assembly comprising a back part , a seat part and a leg part , wherein a back normal (N_B) of the back part and the pivot axis (X_P) forms a back angle (V_B), a seat normal (N_S) of the seat part and the pivot axis (X_P) forms a seat angle (V_S), and a leg normal (N_L) of the leg part and the pivot axis (X_P) forms a leg angle (V_L), the bed system comprising a controller device , wherein the controller device is configured to: move the mattress assembly from a first position to a second position, wherein, in the second position, the leg angle (V_L) is a second leg angle larger than 45 degrees, characterized in that, in the second position, the pivot angle (V_P) is a second pivot angle in a range from 30 degrees to 80 degrees.
A cushion for a wheelchair seat or backrest comprising: • a flexible polymer envelope ; and • a thixotropic fluid contained within the flexible polymer envelope , wherein the thixotropic fluid includes a base fluid containing an encapsulated phase change medium having a phase change temperature between a solid phase and a liquid phase within a range of 20 degrees Celsius to 40 degrees Celsius and a thermal conduction medium , and wherein the thermal conduction medium is a micro-sized particulate material, wherein the micro-sized particulate material has a particle size of 1 micron or less, with preferably the thermal conduction medium being one of graphite, graphene, carbon graphite nanotubes, industrial diamond particulates, silver, aluminum, boron nitride, or copper. • a flexible polymer envelope ; and • a thixotropic fluid contained within the flexible polymer envelope , wherein the thermal conduction medium is a micro-sized particulate material, wherein the micro-sized particulate material has a particle size of 1 micron or less, with preferably the thermal conduction medium being one of graphite, graphene, carbon graphite nanotubes, industrial diamond particulates, silver, aluminum, boron nitride, or copper.
A system comprising: an intelligent wearable device comprising a sensor; and a mobile terminal in communication with the intelligent wearable device and configured to send an activation signal to the intelligent wearable device when receiving an incoming call, wherein the intelligent wearable device is configured to: receive the activation signal from the mobile terminal via Bluetooth; activate the sensor in response to receiving the activation signal; detect a gesture by a user using the sensor; and perform an operation according to the gesture. an intelligent wearable device comprising a sensor; and a mobile terminal in communication with the intelligent wearable device and configured to send an activation signal to the intelligent wearable device when receiving an incoming call, wherein the intelligent wearable device is configured to: receive the activation signal from the mobile terminal via Bluetooth; activate the sensor in response to receiving the activation signal; detect a gesture by a user using the sensor; and perform an operation according to the gesture. receive the activation signal from the mobile terminal via Bluetooth; activate the sensor in response to receiving the activation signal; detect a gesture by a user using the sensor; and perform an operation according to the gesture.
Expanding rivet connection for connecting at least two joining partners , comprising: - an expanding rivet , comprising an expanding rivet body , which is formed such that it can be inserted into the first joining partner through recesses in said joining partner, and a threaded part which is formed such that it protrudes at least partially from the first joining partner after having been inserted, - an expanding rivet pin which is set up to be pressed through an opening arranged in the expanding rivet into the expanding rivet body to protrude through the first joining partner , and - a clamping element which is set up to be screwed onto the threaded part of the expanding rivet in order to connect at least one third joining partner to the first joining partner , wherein at least one stop is arranged on the expanding rivet between the expanding rivet body and the threaded part , and wherein at least one spacer is arranged on the expanding rivet between the expanding rivet body and the threaded part . - an expanding rivet , comprising an expanding rivet body , which is formed such that it can be inserted into the first joining partner through recesses in said joining partner, and a threaded part which is formed such that it protrudes at least partially from the first joining partner after having been inserted, an expanding rivet body , which is formed such that it can be inserted into the first joining partner through recesses in said joining partner, and a threaded part which is formed such that it protrudes at least partially from the first joining partner after having been inserted, - an expanding rivet pin which is set up to be pressed through an opening arranged in the expanding rivet into the expanding rivet body to protrude through the first joining partner , and - a clamping element which is set up to be screwed onto the threaded part of the expanding rivet in order to connect at least one third joining partner to the first joining partner , wherein at least one stop is arranged on the expanding rivet between the expanding rivet body and the threaded part , and wherein at least one spacer is arranged on the expanding rivet between the expanding rivet body and the threaded part .
A method for nucleic acid amplification, the method comprising: (a) providing a linear chromosomal DNA; (b) denaturing the linear chromosomal DNA to a single-stranded DNA, if the linear chromosomal DNA is in double-stranded form; (c) incubating the linear chromosomal DNA with a ligase that is capable of template-independent, intra-molecular ligation of a single-stranded DNA sequence to generate a single-stranded DNA circle in a ligation mixture; (d) treating the single-stranded DNA circle to modify any damaged nucleobases by incubating said ligation mixture with a uracil DNA glycosylase, a formamidopyrimidine-DNA glycosylase, or combinations thereof; and (e) amplifying the single-stranded DNA circle via rolling circle amplification using a random primer mixture to form an amplified DNA product, wherein the random primer mixture comprises oligonucleotide sequences comprising at least one nucleotide analogue, and wherein all the steps of the method are performed in a single reaction vessel without any intervening isolation or purification steps. (a) providing a linear chromosomal DNA; (b) denaturing the linear chromosomal DNA to a single-stranded DNA, if the linear chromosomal DNA is in double-stranded form; (c) incubating the linear chromosomal DNA with a ligase that is capable of template-independent, intra-molecular ligation of a single-stranded DNA sequence to generate a single-stranded DNA circle in a ligation mixture; (d) treating the single-stranded DNA circle to modify any damaged nucleobases by incubating said ligation mixture with a uracil DNA glycosylase, a formamidopyrimidine-DNA glycosylase, or combinations thereof; and (e) amplifying the single-stranded DNA circle via rolling circle amplification using a random primer mixture to form an amplified DNA product, wherein the random primer mixture comprises oligonucleotide sequences comprising at least one nucleotide analogue, and wherein all the steps of the method are performed in a single reaction vessel without any intervening isolation or purification steps.
An oral irrigator comprising: a base unit housing a motor and a pump ; a removable reservoir supported by the base unit ; a handle connected to the base unit and fluidly coupled to the pump by a hose ; and a pressure assembly connected to the base unit and configured to allow a user to selectively adjust the pressure output of the oral irrigator , the pressure assembly including a gear mounted on a rack bracket and connected to a pressure valve by a fastener, a rack arranged to move laterally relative to the rack bracket , wherein the rack includes a plurality of teeth configured to be engaged with teeth on the gear , wherein the rack bracket is positioned against and secured to a regulator housing via fasteners, and an actuator , the actuator connected to the rack and configured to move the rack in a lateral direction to actuate the gear , such that lateral movement of the actuator causes the rack to slide relative to the rack bracket , causing the gear to rotate. a base unit housing a motor and a pump ; a removable reservoir supported by the base unit ; a handle connected to the base unit and fluidly coupled to the pump by a hose ; and a pressure assembly connected to the base unit and configured to allow a user to selectively adjust the pressure output of the oral irrigator , the pressure assembly including a gear mounted on a rack bracket and connected to a pressure valve by a fastener, a rack arranged to move laterally relative to the rack bracket , wherein the rack includes a plurality of teeth configured to be engaged with teeth on the gear , wherein the rack bracket is positioned against and secured to a regulator housing via fasteners, and an actuator , the actuator connected to the rack and configured to move the rack in a lateral direction to actuate the gear , such that lateral movement of the actuator causes the rack to slide relative to the rack bracket , causing the gear to rotate. a gear mounted on a rack bracket and connected to a pressure valve by a fastener, a rack arranged to move laterally relative to the rack bracket , wherein the rack includes a plurality of teeth configured to be engaged with teeth on the gear , wherein the rack bracket is positioned against and secured to a regulator housing via fasteners, and an actuator , the actuator connected to the rack and configured to move the rack in a lateral direction to actuate the gear , such that lateral movement of the actuator causes the rack to slide relative to the rack bracket , causing the gear to rotate.