mhurhangee/patent-ind-claim-en huggingface dataset:
A contact element for a connector , having an at least partially electrically conductive housing for connection to a grounding conductor (4.2) of an electrical line , and having at least one inner conductor part for connection to at least one signal conductor (4.4) of the electrical line , wherein in a contact region of the housing situated at the front in the insertion direction there are arranged at least two resilient tongues for contacting an outer conductor of a second connector , and wherein the resilient tongues are each secured movably at a first free end (10.1, 11.1) and immovably at a second end (10.2, 11.2), wherein two groups of resilient tongues are provided, wherein the resilient tongues of a first group are arranged such that their free ends (10.1) are arranged facing toward a front end (9.1) of the contact region and the resilient tongues of a second group are arranged such that their free ends (11.1) are arranged facing away from the front end (9.1) of the contact region , wherein: a) the contact element comprises an at least partially electrically conductive contact sleeve , which is electrically conductively connected to the housing , and which forms the resilient tongues and has a round cross section, and wherein preferably the housing also has a round cross section; or b) the resilient tongues are formed as a single piece with the housing , wherein the housing has a round cross section and the contact region forms an inner space (9.2) to receive a second connector and the free ends (10.1, 11.1) of the resilient tongues protrude into the inner space (9.2) for the contacting with the second connector . a) the contact element comprises an at least partially electrically conductive contact sleeve , which is electrically conductively connected to the housing , and which forms the resilient tongues and has a round cross section, and wherein preferably the housing also has a round cross section; or b) the resilient tongues are formed as a single piece with the housing , wherein the housing has a round cross section and the contact region forms an inner space (9.2) to receive a second connector and the free ends (10.1, 11.1) of the resilient tongues protrude into the inner space (9.2) for the contacting with the second connector .
A method for constructing an elevator (E;E'), comprising providing an elevator car ; providing plurality of prefabricated hoistway modules (A,B,C; A',B',C') to be piled on top of each other, each hoistway module (A,B,C; A',B',C') bordering a hoistway space (S) into which the whole elevator car or at least an upper or lower end thereof can be fitted to move; and piling said plurality of prefabricated modules (A,B,C; A',B',C') on top of each other, such that the hoistway spaces (S) of the prefabricated modules (A,B,C; A',B',C' ) are vertically aligned forming a continuous vertically elongated hoistway (H) where the elevator car can be fitted to move; and arranging the elevator car to be vertically movable in the hoistway (H), characterized in that the plurality of prefabricated hoistway modules (A,B,C; A',B',C') comprise a prefabricated top module (C;C') comprising a machinery for driving a hoisting roping , and the prefabricated top module (C;C') comprises one or more car guide rail sections , and the machinery for driving a hoisting roping is mounted on a car guide rail section of the prefabricated top module (C;C') to be vertically carried by the car guide rail section . providing an elevator car ; providing plurality of prefabricated hoistway modules (A,B,C; A',B',C') to be piled on top of each other, each hoistway module (A,B,C; A',B',C') bordering a hoistway space (S) into which the whole elevator car or at least an upper or lower end thereof can be fitted to move; and piling said plurality of prefabricated modules (A,B,C; A',B',C') on top of each other, such that the hoistway spaces (S) of the prefabricated modules (A,B,C; A',B',C' ) are vertically aligned forming a continuous vertically elongated hoistway (H) where the elevator car can be fitted to move; and arranging the elevator car to be vertically movable in the hoistway (H), characterized in that the plurality of prefabricated hoistway modules (A,B,C; A',B',C') comprise a prefabricated top module (C;C') comprising a machinery for driving a hoisting roping , and the prefabricated top module (C;C') comprises one or more car guide rail sections , and the machinery for driving a hoisting roping is mounted on a car guide rail section of the prefabricated top module (C;C') to be vertically carried by the car guide rail section .
A method, comprising: at an electronic device with one or more cameras and a touch-sensitive display : displaying, on the touch-sensitive display, a still image camera interface (502-1), wherein the still image camera interface includes a first camera preview (508-1) and a first capture affordance for capturing, with the one or more cameras, one or more still images of one or more objects in a field of view of the one or more cameras; while displaying the still image camera interface on the touch-sensitive display, detecting a swipe input that includes movement of a contact across the first camera preview on the touch-sensitive display without interacting with a camera interface-switching affordance; and in response to detecting the swipe input that includes movement of the contact across the first camera preview on the touch-sensitive display, replacing display of the still image camera interface that includes the first camera preview with a video camera interface (502-2), wherein the video camera interface includes a second camera preview (508-2) and a second capture affordance for initiating capture, with the one or more cameras, of video content of the one or more objects in the field of view of the one or more cameras. displaying, on the touch-sensitive display, a still image camera interface (502-1), wherein the still image camera interface includes a first camera preview (508-1) and a first capture affordance for capturing, with the one or more cameras, one or more still images of one or more objects in a field of view of the one or more cameras; while displaying the still image camera interface on the touch-sensitive display, detecting a swipe input that includes movement of a contact across the first camera preview on the touch-sensitive display without interacting with a camera interface-switching affordance; and in response to detecting the swipe input that includes movement of the contact across the first camera preview on the touch-sensitive display, replacing display of the still image camera interface that includes the first camera preview with a video camera interface (502-2), wherein the video camera interface includes a second camera preview (508-2) and a second capture affordance for initiating capture, with the one or more cameras, of video content of the one or more objects in the field of view of the one or more cameras.
A method for testing operation of an arresting unit for locking a foldable wing tip portion of a wing for an aircraft in an extended position, the method comprising the following steps: - Providing a wing for an aircraft , the wing comprising a fixed wing , a foldable wing tip portion mounted to the fixed wing pivotally about an axis of rotation between an extended position and a folded position, an actuation unit for actuating movement of the foldable wing tip portion between the extended position and the folded position, and an arresting unit for locking the foldable wing tip portion in the extended position, - Locking the foldable wing tip portion in the extended position by the arresting unit , - Controlling the actuation unit to move the foldable wing tip portion in the direction towards the folded position, such that the foldable wing tip portion urges against the arresting unit with a predefined test load, characterized in that the method comprises the further steps: - Detecting deformation of the arresting unit during or after application of the test load, and - Comparing the detected deformation to a predefined threshold deformation. - Providing a wing for an aircraft , the wing comprising a fixed wing , a foldable wing tip portion mounted to the fixed wing pivotally about an axis of rotation between an extended position and a folded position, an actuation unit for actuating movement of the foldable wing tip portion between the extended position and the folded position, and an arresting unit for locking the foldable wing tip portion in the extended position, a foldable wing tip portion mounted to the fixed wing pivotally about an axis of rotation between an extended position and a folded position, an actuation unit for actuating movement of the foldable wing tip portion between the extended position and the folded position, and an arresting unit for locking the foldable wing tip portion in the extended position, - Locking the foldable wing tip portion in the extended position by the arresting unit , - Controlling the actuation unit to move the foldable wing tip portion in the direction towards the folded position, such that the foldable wing tip portion urges against the arresting unit with a predefined test load, - Detecting deformation of the arresting unit during or after application of the test load, and - Comparing the detected deformation to a predefined threshold deformation.
An apparatus for improving post-operative recovery within an abdominal cavity from abdominal surgery comprising: a plurality of biocompatible foam strips ; a bilayer enveloping the plurality of foam strips , the bilayer having a partial-circular shape and being sealed to a tubing fluidly coupled to the bilayer at a radially inward end of the bilayer ; and a negative pressure device fluidly coupled to the bilayer via the tubing, wherein the bilayer comprises perforations distributed throughout a first layer and a second layer of the bilayer ; characterized in that the bilayer is configured to be placed within the abdominal cavity of a patient and the tubing is configured to exit the abdominal cavity from an approximately 2 cm incision , and the bilayer is configured to allow folding of the apparatus to reduce the overall dimensions thereof and permit retraction thereof from the incision to the exterior of the abdomen when the tubing portion is pulled out. a plurality of biocompatible foam strips ; a bilayer enveloping the plurality of foam strips , the bilayer having a partial-circular shape and being sealed to a tubing fluidly coupled to the bilayer at a radially inward end of the bilayer ; and a negative pressure device fluidly coupled to the bilayer via the tubing, wherein the bilayer comprises perforations distributed throughout a first layer and a second layer of the bilayer ; characterized in that the bilayer is configured to be placed within the abdominal cavity of a patient and the tubing is configured to exit the abdominal cavity from an approximately 2 cm incision , and the bilayer is configured to allow folding of the apparatus to reduce the overall dimensions thereof and permit retraction thereof from the incision to the exterior of the abdomen when the tubing portion is pulled out.
A fan blade for a gas turbine engine , comprising: an airfoil , a cavity formed in the airfoil, a cover configured to cover the cavity, the cover being welded to the airfoil to enclose the cavity in the airfoil, a conduit extending from the cavity to an exterior surface of the fan blade, and a check valve located in the conduit, the check valve configured to regulate an internal pressure of the cavity when the cover is secured to the airfoil, characterised in that the fan blade comprises a rib support structure between the cover and the airfoil , wherein the rib support structure includes: a first plurality of ribs that are connected by welds to the cover and include a respectively plurality of through-holes , and a second plurality of ribs , wherein a plurality of gaps are formed between the second plurality of ribs and the cover. an airfoil , a cavity formed in the airfoil, a cover configured to cover the cavity, the cover being welded to the airfoil to enclose the cavity in the airfoil, a conduit extending from the cavity to an exterior surface of the fan blade, and a check valve located in the conduit, the check valve configured to regulate an internal pressure of the cavity when the cover is secured to the airfoil, characterised in that the fan blade comprises a rib support structure between the cover and the airfoil , wherein the rib support structure includes: a first plurality of ribs that are connected by welds to the cover and include a respectively plurality of through-holes , and a second plurality of ribs , wherein a plurality of gaps are formed between the second plurality of ribs and the cover. a first plurality of ribs that are connected by welds to the cover and include a respectively plurality of through-holes , and a second plurality of ribs , wherein a plurality of gaps are formed between the second plurality of ribs and the cover.
A spring support for a coil spring , comprising an annular receiving element having a top side and a bottom side, wherein the top side is provided to receive one end of the coil spring , and comprising an annular damping element , which is in contact with the bottom side of the receiving element , wherein the damping element has a disk-shaped basic form, and furthermore is configured, during mounting of the spring support, by bending from the disk-shaped basic form, to form on its inside a collar which extends from the bottom side of the receiving element in the direction of the coil spring .
A terminal box comprising: a terminal block ; wiring terminals contained in the terminal block ; a housing having a base , a side wall extending from the base , and a first opening opposite the base to provide access to the wiring terminals ; a curved wiring guide within the housing and including an outer surface and at least one curved passageway having an interior opening at an end of the curved passageway adjacent the first opening ; mounts on the outer surface of the curved wiring guide and adjacent the interior opening ; a ground wiring terminal mounted on the outer surface of the curved wiring guide , wherein the ground wiring terminal is configured to make a connection with a ground wire traveling through the curved wiring guide ; a circuit board coupled to the mounts via fasteners and supporting the terminal block ; and a second opening in the side wall , the second opening providing access to the curved wiring guide within the housing , the interior opening and the second opening have central axes that are approximately perpendicular, wherein the second opening and the interior opening are on opposite ends of the curved wiring guide , and wherein the curved wiring guide is shaped to guide electrical wires away from the base and toward a central portion of the first opening . a terminal block ; wiring terminals contained in the terminal block ; a housing having a base , a side wall extending from the base , and a first opening opposite the base to provide access to the wiring terminals ; a curved wiring guide within the housing and including an outer surface and at least one curved passageway having an interior opening at an end of the curved passageway adjacent the first opening ; mounts on the outer surface of the curved wiring guide and adjacent the interior opening ; a ground wiring terminal mounted on the outer surface of the curved wiring guide , wherein the ground wiring terminal is configured to make a connection with a ground wire traveling through the curved wiring guide ; a circuit board coupled to the mounts via fasteners and supporting the terminal block ; and a second opening in the side wall , the second opening providing access to the curved wiring guide within the housing , the interior opening and the second opening have central axes that are approximately perpendicular, wherein the second opening and the interior opening are on opposite ends of the curved wiring guide , and wherein the curved wiring guide is shaped to guide electrical wires away from the base and toward a central portion of the first opening .
An LED filament lamp , comprising: a bulb shell and an LED filament component located in the bulb shell ; wherein the LED filament lamp further comprises a driving board and a lamp holder bulb shell ; wherein the LED filament component is electrically connected to the driving board and the lamp holder bulb shell is electrically connected to the driving board ; and wherein the LED filament component further comprises a core pillar and an LED filament ; characterized in that : the LED filament lamp further comprises an inside liner which is a bulb shell structure made of insulating material and installed inside the lamp holder bulb shell ; at least a part of the driving board is located inside the inside liner to make the driving board and the lamp holder bulb shell separated from each other; and a connecting pillar is located on the core pillar facing to the driving board and fixedly connects the LED filament component to the driving board , wherein a connecting part is located on the driving board and is clamped at the bottom of the connecting pillar.
An all-solid state secondary battery comprising: a positive electrode active material layer; a negative electrode active material layer; and a solid electrolyte layer; wherein the all-solid state secondary battery is coated with an exterior material layer, and at least a part of the exterior material layer is a rubber-coating layer having a gas transmission coefficient of less than 40 cc.20 μm/m 2 ·24 h atm, measured according to JIS K6275-1 , wherein a modulus of elasticity at 25°C, measured according to JIS K6251-1993, of rubber constituting the rubber-coating layer is 0.01 to 100 MPa, and wherein the rubber used for the rubber-coating layer is at least one selected from the group consisting of isoprene rubber, butadiene rubber, styrene·butadiene rubber, butyl rubber, chlorinated butyl rubber, nitrile rubber, nitrile·butadiene rubber, ethylene·propylene rubber, ethylene·propylene·diene rubber, chloroprene rubber, alkyl rubber, chlorosulfonated polyethylene rubber, urethane rubber, silicone rubber, fluorine rubber, ethylene vinyl acetate rubber, epichlorohydrin rubber, and polysulfide rubber. a positive electrode active material layer; a negative electrode active material layer; and a solid electrolyte layer; wherein the all-solid state secondary battery is coated with an exterior material layer, and at least a part of the exterior material layer is a rubber-coating layer having a gas transmission coefficient of less than 40 cc.20 μm/m 2 ·24 h atm, measured according to JIS K6275-1 , wherein a modulus of elasticity at 25°C, measured according to JIS K6251-1993, of rubber constituting the rubber-coating layer is 0.01 to 100 MPa, and wherein the rubber used for the rubber-coating layer is at least one selected from the group consisting of isoprene rubber, butadiene rubber, styrene·butadiene rubber, butyl rubber, chlorinated butyl rubber, nitrile rubber, nitrile·butadiene rubber, ethylene·propylene rubber, ethylene·propylene·diene rubber, chloroprene rubber, alkyl rubber, chlorosulfonated polyethylene rubber, urethane rubber, silicone rubber, fluorine rubber, ethylene vinyl acetate rubber, epichlorohydrin rubber, and polysulfide rubber.
A method for transmitting control signaling, the method comprising: receiving, by User Equipment, UE , repeat configuration signaling sent by a base station , the repeat configuration signaling being configured to instruct the UE to receive control signaling being repeated; determining (S301, S503), by the UE , a location of a resource of at least one control channel for repeating the control signaling, the at least one control channel being located in a control region; and detecting (S302, S504), by the UE according to the location of the resource, the control signaling transmitted by the base station using the at least one control channel, comprising: acquiring, by the UE based on indication information in the control signaling first transmitted, a repeat mode of repeating the control signaling, the indication information being located in an information domain in the control signaling, the information domain being fixed or configurable, and the information domain being of a fixed or configurable length. receiving, by User Equipment, UE , repeat configuration signaling sent by a base station , the repeat configuration signaling being configured to instruct the UE to receive control signaling being repeated; determining (S301, S503), by the UE , a location of a resource of at least one control channel for repeating the control signaling, the at least one control channel being located in a control region; and detecting (S302, S504), by the UE according to the location of the resource, the control signaling transmitted by the base station using the at least one control channel, comprising: acquiring, by the UE based on indication information in the control signaling first transmitted, a repeat mode of repeating the control signaling, the indication information being located in an information domain in the control signaling, the information domain being fixed or configurable, and the information domain being of a fixed or configurable length.
A white balance synchronization method, applied to a terminal comprising at least two cameras, characterized by the method comprising: acquiring a first gain value of a first camera that is in use and a first color temperature value corresponding to a last frame of an image acquired by the first camera, in response to determining that the terminal is to perform a switch between cameras; determining a second color temperature value corresponding to a present image acquired by a second camera in response to activation of the second camera; determining whether the second color temperature value is matched with the first color temperature value; using the first gain value as an initial value in response to determining that the second color temperature value is matched with the first color temperature value, and determining the initial value according to the second temperature value in response to determining that second color temperature value is mismatched with the first color temperature value; and adjusting white balance of the image acquired by the second camera according to the initial value. acquiring a first gain value of a first camera that is in use and a first color temperature value corresponding to a last frame of an image acquired by the first camera, in response to determining that the terminal is to perform a switch between cameras; determining a second color temperature value corresponding to a present image acquired by a second camera in response to activation of the second camera; determining whether the second color temperature value is matched with the first color temperature value; using the first gain value as an initial value in response to determining that the second color temperature value is matched with the first color temperature value, and determining the initial value according to the second temperature value in response to determining that second color temperature value is mismatched with the first color temperature value; and adjusting white balance of the image acquired by the second camera according to the initial value.