mhurhangee/patent-ind-claim-en huggingface dataset:
Connection device for connecting a multi-core branch line to a flat cable , comprising: a connection device housing which allows the flat cable to pass through; piercing contacts for stripping-free contacting of the flat cable , wherein the piercing contacts are arranged in the connection device housing ; an electrical disconnection point between the branch line and the flat cable ; at least one seal in the area of at least one opening of the connection device housing to protect against the ingress of dust and/or water, wherein the connection device housing is at least partially made of plastic, and characterised in that the connection device housing is coated on its outside with a diffusion barrier layer, the diffusion barrier layer preventing diffusion of water or other liquids into the plastic of the connection device, and wherein the diffusion barrier layer comprises several layers and one of these layers is a metallic layer of aluminium, wherein the diffusion barrier layer comprises a protective layer which is applied to the metallic layer, wherein the protective layer is a hard lacquer layer . a connection device housing which allows the flat cable to pass through; piercing contacts for stripping-free contacting of the flat cable , wherein the piercing contacts are arranged in the connection device housing ; an electrical disconnection point between the branch line and the flat cable ; at least one seal in the area of at least one opening of the connection device housing to protect against the ingress of dust and/or water, wherein the connection device housing is at least partially made of plastic, and characterised in that the connection device housing is coated on its outside with a diffusion barrier layer, the diffusion barrier layer preventing diffusion of water or other liquids into the plastic of the connection device, and wherein the diffusion barrier layer comprises several layers and one of these layers is a metallic layer of aluminium, wherein the diffusion barrier layer comprises a protective layer which is applied to the metallic layer, wherein the protective layer is a hard lacquer layer .
A subjective optometry apparatus which includes an optometry unit having an optical member , configured to be located in front of a subject eye (E), and configured to change optical characteristics of a target light flux with using the optical member , and in which the target light flux can be projected on the subject eye (E) through the optometry unit to subjectively measure optical characteristics of the subject eye (E), the subjective optometry apparatus comprising: a measurement optical system that includes a light projecting optical system having a measurement light source configured to emit measurement light and applying the measurement light emitted from the measurement light source to a fundus of the subject eye (E) through the optometry unit , and a light receiving optical system in which a detector is configured to receive reflected light of the measurement light reflected on the fundus of the subject eye (E) through the optometry unit , and that is configured to objectively measure the optical characteristics of the subject eye (E), wherein an optical axis (L5, L6) of the measurement optical system is set to be off-axis from an optical axis (L4) of the optical member in the optometry unit ; a projection optical system that has a visual target presenting portion configured to emit the target light flux, and that is configured to project the target light flux emitted from the visual target presenting portion toward the subject eye (E); and a housing configured to accommodate the projection optical system , wherein the optometry unit is located outside the housing , and is configured to change the optical characteristics of the target light flux emitted from the visual target presenting portion using the optical member . a measurement optical system that includes a light projecting optical system having a measurement light source configured to emit measurement light and applying the measurement light emitted from the measurement light source to a fundus of the subject eye (E) through the optometry unit , and a light receiving optical system in which a detector is configured to receive reflected light of the measurement light reflected on the fundus of the subject eye (E) through the optometry unit , and that is configured to objectively measure the optical characteristics of the subject eye (E), wherein an optical axis (L5, L6) of the measurement optical system is set to be off-axis from an optical axis (L4) of the optical member in the optometry unit ; a projection optical system that has a visual target presenting portion configured to emit the target light flux, and that is configured to project the target light flux emitted from the visual target presenting portion toward the subject eye (E); and a housing configured to accommodate the projection optical system , wherein the optometry unit is located outside the housing , and is configured to change the optical characteristics of the target light flux emitted from the visual target presenting portion using the optical member .
A catheter for delivering a prosthetic valve to a position within a patient, comprising: a catheter proximal portion ending in a catheter proximal end ; a catheter distal portion ending in a catheter distal end , the catheter distal portion having an implant holding section configured to receive a prosthetic valve thereon; a catheter length from the catheter proximal end to the catheter distal end , wherein the catheter length is sufficient to reach from a position outside of a patient's body to a position within the patient's body; and at least one extendable positioner located at the catheter distal portion and configured to be selectively and radially extended from a first position to a second position, wherein in the first position the extendable positioner is positioned generally parallel to and against the catheter distal portion with the extendable positioner extending at least partially over the implant holding section , wherein in the second position at least a portion of the extendable positioner extends radially away from the catheter distal portion ; characterized in that the extendable positioner comprises a positioner fixed end secured to the catheter distal portion and a positioner free end , wherein in the first position the positioner fixed end is secured to and adjacent the catheter distal portion while the positioner free end is radially adjacent the catheter distal portion , wherein in the second position the positioner fixed end is secured to and adjacent the catheter distal portion while the positioner free end is extended radially away from the catheter distal portion . a catheter proximal portion ending in a catheter proximal end ; a catheter distal portion ending in a catheter distal end , the catheter distal portion having an implant holding section configured to receive a prosthetic valve thereon; a catheter length from the catheter proximal end to the catheter distal end , wherein the catheter length is sufficient to reach from a position outside of a patient's body to a position within the patient's body; and at least one extendable positioner located at the catheter distal portion and configured to be selectively and radially extended from a first position to a second position, wherein in the first position the extendable positioner is positioned generally parallel to and against the catheter distal portion with the extendable positioner extending at least partially over the implant holding section , wherein in the second position at least a portion of the extendable positioner extends radially away from the catheter distal portion ; characterized in that the extendable positioner comprises a positioner fixed end secured to the catheter distal portion and a positioner free end , wherein in the first position the positioner fixed end is secured to and adjacent the catheter distal portion while the positioner free end is radially adjacent the catheter distal portion , wherein in the second position the positioner fixed end is secured to and adjacent the catheter distal portion while the positioner free end is extended radially away from the catheter distal portion .
Method for installing or uninstalling a component of a wind turbine, which component is moved with a lifting device at which the component is fixed with cables , wherein at least two ropes are fixed to the component , characterized in that each rope runs to a winch attached at a previously installed component of the wind turbine, with the ropes crossing each other and being moved around the winches for tensioning the rope while the component is lowered to its installation position or is lifted from its installation position.
A device for closing a door with priority opening for a door leaf of a motor vehicle, including: - a bolt which is pivotally mounted on a frame about an axis (A) between at least one closed position in which the bolt is intended to cooperate with a striker and an open position in which the bolt is intended to release the striker , - a drive lever of the bolt which is pivotally mounted on the frame and which is adapted to drive the bolt in pivoting at least towards its closed position, - a drive cable which extends from an output end which is connected on the drive lever of the bolt , up to an input end which is adapted to be connected on an actuator , the cable being intended to be pulled by the actuator to drive the bolt into the closed position thereof, - a curvy sheath which houses the cable and which extends from an output sheath stop to an input sheath stop , - a declutching member which carries the output sheath stop and which is designed so as to occupy a force transmission state in which the declutching member is immobilized on the frame, so that the drive cable is capable of driving the bolt in displacement, and a declutched state in which the declutching member and the output sheath stop are free to move relative to the frame, so that the drive cable is no longer capable of driving the bolt in displacement, and - a control element which is movably mounted on the frame between a blocking position in which the control element blocks the declutching member in the transmission state thereof, and an unblocking position in which the control element releases the declutching member . - a bolt which is pivotally mounted on a frame about an axis (A) between at least one closed position in which the bolt is intended to cooperate with a striker and an open position in which the bolt is intended to release the striker , - a drive lever of the bolt which is pivotally mounted on the frame and which is adapted to drive the bolt in pivoting at least towards its closed position, - a drive cable which extends from an output end which is connected on the drive lever of the bolt , up to an input end which is adapted to be connected on an actuator , the cable being intended to be pulled by the actuator to drive the bolt into the closed position thereof, - a curvy sheath which houses the cable and which extends from an output sheath stop to an input sheath stop , - a declutching member which carries the output sheath stop and which is designed so as to occupy a force transmission state in which the declutching member is immobilized on the frame, so that the drive cable is capable of driving the bolt in displacement, and a declutched state in which the declutching member and the output sheath stop are free to move relative to the frame, so that the drive cable is no longer capable of driving the bolt in displacement, and - a control element which is movably mounted on the frame between a blocking position in which the control element blocks the declutching member in the transmission state thereof, and an unblocking position in which the control element releases the declutching member .
A medical imaging device , comprising: - an arm; - an x-ray source disposed at a first end of the arm; and - an x-ray detector disposed at a second end of the arm; wherein at least one of the x-ray source, the x-ray detector, and a portion of the arm are selectively adjustable with respect to the arm for arranging the medical imaging device either in a first arrangement or in a second arrangement , wherein in the first arrangement the x-ray source and the x-ray detector are aligned such that x-rays emitted from the x-ray source are receivable by the x-ray detector through a space between the first end of the arm and the second end of the arm, characterised in that in the second arrangement the x-ray source and x-ray detector are out of alignment with each other such that a medical professional has greater access to a patient in the space for conducting a surgical procedure. - an arm; - an x-ray source disposed at a first end of the arm; and - an x-ray detector disposed at a second end of the arm; wherein at least one of the x-ray source, the x-ray detector, and a portion of the arm are selectively adjustable with respect to the arm for arranging the medical imaging device either in a first arrangement or in a second arrangement , wherein in the first arrangement the x-ray source and the x-ray detector are aligned such that x-rays emitted from the x-ray source are receivable by the x-ray detector through a space between the first end of the arm and the second end of the arm, characterised in that in the second arrangement the x-ray source and x-ray detector are out of alignment with each other such that a medical professional has greater access to a patient in the space for conducting a surgical procedure.
An electronic component mounting device, comprising: - a conveyor for conveying a circuit board , - feeders for feeding electronic components , - a pick-up device for picking up electronic components from the feeders and mounting the electronic components to the circuit board , and - a movable frame to which the feeders are detachably attached, said movable frame being movable between a first position at which the pick-up device is intended to pick up electronic components from the feeders and a second position at which the feeders are intended to be attached to and detached from the movable frame , characterised in that the electronic component mounting device comprises a camera for capturing one or more images of the movable frame at the first position and the second position, and analysing means for analysing the one or more images using pattern recognition techniques to determine the coordinates of the first position and the second position and for calculating an offset between the first position and the second position based on the coordinates of the first and second positions, wherein the camera is configured to capture one or more images of the pick-up device at a third position, at which position the pick-up device can pick up an electronic component from a feeder when the movable frame is at the second position, and the analysing means is configured to analyse the one or more images using pattern recognition techniques to determine the coordinates of the third position and to calculate the coordinates of a pick-up position of the pick-up device for picking up electronic components from the feeder , when the movable frame is at the first position, by adding the offset to the coordinates of the third position. - a conveyor for conveying a circuit board , - feeders for feeding electronic components , - a pick-up device for picking up electronic components from the feeders and mounting the electronic components to the circuit board , and - a movable frame to which the feeders are detachably attached, said movable frame being movable between a first position at which the pick-up device is intended to pick up electronic components from the feeders and a second position at which the feeders are intended to be attached to and detached from the movable frame ,
A method comprising: at a master device of a device-to-device cluster , obtaining timing information parameters and statuses of validity timers of devices belonging to the device-to-device cluster and, for network synchronization purposes, being in a network communication mode with a serving network node ; monitoring a need for uplink synchronization using the timing information parameters and/or the statuses, wherein monitoring requires monitoring of members of the devices of the device cluster by the master device, and if a need for network synchronization exists , having the master device control synchronization of cluster members needing renewal of network synchronization to the serving network node, wherein: the timing information parameters are timing advance information values "TAIs" and/or cell radio network temporary identifiers "C-RNTIs", validity timers are timing alignment timers "TATs" and the TATs are linked to the lifetime of an uplink timing advance "TA" value, and the network communication mode is a radio resource control "RRC" connected state; and wherein the need for uplink synchronization of a device in the network communication mode is determined by determining whether the device has a valid timing information parameter and/or whether the validity timer is expired. at a master device of a device-to-device cluster , obtaining timing information parameters and statuses of validity timers of devices belonging to the device-to-device cluster and, for network synchronization purposes, being in a network communication mode with a serving network node ; monitoring a need for uplink synchronization using the timing information parameters and/or the statuses, wherein monitoring requires monitoring of members of the devices of the device cluster by the master device, and if a need for network synchronization exists , having the master device control synchronization of cluster members needing renewal of network synchronization to the serving network node, wherein: the timing information parameters are timing advance information values "TAIs" and/or cell radio network temporary identifiers "C-RNTIs", validity timers are timing alignment timers "TATs" and the TATs are linked to the lifetime of an uplink timing advance "TA" value, and the network communication mode is a radio resource control "RRC" connected state; and wherein the need for uplink synchronization of a device in the network communication mode is determined by determining whether the device has a valid timing information parameter and/or whether the validity timer is expired. the timing information parameters are timing advance information values "TAIs" and/or cell radio network temporary identifiers "C-RNTIs", validity timers are timing alignment timers "TATs" and the TATs are linked to the lifetime of an uplink timing advance "TA" value, and the network communication mode is a radio resource control "RRC" connected state; and wherein
A combination, comprising: (i) 200 ppm to 5,000 ppm of a first composition comprising Quillaja saponaria and Yucca schidigera in the form of pulverized, mashed, and/or comminuted or ground plant parts; and a second composition comprising an antimicrobial agent, an antibiotic, an anticoccidial agent, a vaccine, or combinations thereof; wherein the combination is formulated for administration to a chicken or turkey; or (ii) greater than 0 ppm to 5,000 ppm of the first composition comprising Quillaja saponaria and Yucca schidigera in the form of pulverized, mashed, and/or comminuted or ground plant parts; and the second composition comprising an antimicrobial agent, an antibiotic, an anticoccidial agent, a vaccine, or combinations thereof; wherein the combination is formulated for administration to an avian other than a chicken or turkey, livestock, an aquaculture species, a domesticated animal, a ruminant, or an ungulate. (i) 200 ppm to 5,000 ppm of a first composition comprising Quillaja saponaria and Yucca schidigera in the form of pulverized, mashed, and/or comminuted or ground plant parts; and a second composition comprising an antimicrobial agent, an antibiotic, an anticoccidial agent, a vaccine, or combinations thereof; wherein the combination is formulated for administration to a chicken or turkey; or (ii) greater than 0 ppm to 5,000 ppm of the first composition comprising Quillaja saponaria and Yucca schidigera in the form of pulverized, mashed, and/or comminuted or ground plant parts; and the second composition comprising an antimicrobial agent, an antibiotic, an anticoccidial agent, a vaccine, or combinations thereof; wherein the combination is formulated for administration to an avian other than a chicken or turkey, livestock, an aquaculture species, a domesticated animal, a ruminant, or an ungulate.
A pressure-sealed door system having a stepless entrance region for a rail vehicle for passenger transport, in particular a high-speed rail vehicle, comprising: - a door portal , via which a passenger interior of the rail vehicle can be entered, - a sliding step having an extendable stepping board , and - a floor of the passenger interior arranged within the door portal , wherein the floor is arranged above the sliding step , - a swinging-sliding door , with which a predominant region of the door portal can be closed, - a flap arranged in front of the sliding step , which in the closed state lies against the swinging-sliding door and opens before or during the extending of the stepping board , wherein the door portal can be closed by the swinging-sliding door and the flap in a pressure-sealed manner. - a door portal , via which a passenger interior of the rail vehicle can be entered, - a sliding step having an extendable stepping board , and - a floor of the passenger interior arranged within the door portal , wherein the floor is arranged above the sliding step , - a sliding step having an extendable stepping board , and - a floor of the passenger interior arranged within the door portal , wherein the floor is arranged above the sliding step , - a swinging-sliding door , with which a predominant region of the door portal can be closed, - a flap arranged in front of the sliding step , which in the closed state lies against the swinging-sliding door and opens before or during the extending of the stepping board , wherein the door portal can be closed by the swinging-sliding door and the flap in a pressure-sealed manner.