mhurhangee/patent-ind-claim-en huggingface dataset:
An aircraft, comprising: an engine that includes an engine main body and an engine nacelle , the engine main body configured to output thrust force, and the engine nacelle surrounding the engine main body; an engine pylon that supports the engine main body to an airframe, and axially supports a cowl member (8;11,12) to be openable, the cowl member (8;11,12) configuring the engine nacelle ; a locking part that locks the cowl member (8;11,12) of the engine nacelle in a closed state; characterized in that the aircraft comprises one or more light emitting sections that are disposed inside the cowl member (8;11,12) and are configured to show an unlocked state of the cowl member (8;11,12), and wherein the unlocked state of the cowl member (8;11,12) becomes visible by light emitted from the one or more light emitting sections and visible from an outside of the engine nacelle through a gap (S) generated on an inner circumference of the cowl member (8;11,12) when the cowl member (8;11,12) is not locked. an engine that includes an engine main body and an engine nacelle , the engine main body configured to output thrust force, and the engine nacelle surrounding the engine main body; an engine pylon that supports the engine main body to an airframe, and axially supports a cowl member (8;11,12) to be openable, the cowl member (8;11,12) configuring the engine nacelle ; a locking part that locks the cowl member (8;11,12) of the engine nacelle in a closed state; characterized in that the aircraft comprises one or more light emitting sections that are disposed inside the cowl member (8;11,12) and are configured to show an unlocked state of the cowl member (8;11,12), and wherein the unlocked state of the cowl member (8;11,12) becomes visible by light emitted from the one or more light emitting sections and visible from an outside of the engine nacelle through a gap (S) generated on an inner circumference of the cowl member (8;11,12) when the cowl member (8;11,12) is not locked.
A spring-loaded strike rodent trap comprising at least one spring , a housing , at least one striker bar , at least one arming bar , at least one trigger plate , and at least one trigger , the spring being configured for biasing the bars to move from a first position (A, A'), where the arming bar and the trigger plate is releasably held by the trigger and in contact with a ready indicator to indicate that the spring-loaded strike rodent trap is charged, into at least one other position (B, B', C, C') where the movement of the bars is stopped, after the spring-loaded strike rodent trap is triggered releasing the bars, wherein the striker bar , when the spring-loaded strike rat trap is triggered releasing the striker bar, is either biased by the spring into contact with a firing indicator in a final/end position (B), if a rat or mouse is not hit, or biased into contact with a rat or mouse of a first/certain/predetermined size hitting and killing it in an intermediary position (C) not in contact with any of the indicators , characterized in that the rodent trap further comprises a movement and/or presence sensor adapted for detecting a rodent and that the indicators are conductively connected to enable the rodent trap to continuously monitor and detect presence of water or like conductive liquid/fluid by use of the indicators forming one or more closed circuits if existing water or the like conductive liquid/fluid is at/over a certain/predetermined level (Δ 2 ), wherein the presence sensor is configured to notify detection of presence of one or more rodents and the indicators are configured to - when a closed circuit is formed - to notify detection of presence of excess water or the like conductive liquid/fluid, by means of emitting one or more signals from the rodent trap in response to the detection(s) for direct communication with another rodent trap and/or directly with a data base and/or directly to or via a central unit and/or an internal unit to one or more other rodent traps and/or data bases.
An Audio/Video, A/V, transmitting device comprising: a Radio Frequency, RF, transmitting module configured to transmit a compressed RF packet to an RF receiving module of an A/V receiving device, the RF transmitting module including a plurality of transmitting antennas; and a processor configured to obtain radio performance between the RF transmitting module and the RF receiving module and, when the obtained radio performance satisfies a preset radio performance, sequentially turn off one or more transmitting antennas among the plurality of transmitting antennas, characterized in that the processor is configured to obtain an angle between the RF transmitting module and the RF receiving module and, when the obtained angle is a predetermined angle, sequentially turn off one or more outermost antennas among the plurality of transmitting antennas. a Radio Frequency, RF, transmitting module configured to transmit a compressed RF packet to an RF receiving module of an A/V receiving device, the RF transmitting module including a plurality of transmitting antennas; and a processor configured to obtain radio performance between the RF transmitting module and the RF receiving module and, when the obtained radio performance satisfies a preset radio performance, sequentially turn off one or more transmitting antennas among the plurality of transmitting antennas, characterized in that the processor is configured to obtain an angle between the RF transmitting module and the RF receiving module and, when the obtained angle is a predetermined angle, sequentially turn off one or more outermost antennas among the plurality of transmitting antennas.
A telescopic post for a hospital bed barrier , comprising an upper part , an intermediate part , a lower part , movable with respect to each other, a control means comprising: - a first retaining means, able to cooperate with the upper part , so as to lock the upper part in a raised position with respect to the intermediate part , - a second retaining means, able to cooperate with the lower part , so as to lock the intermediate part in a raised position with respect to the lower part , the post being characterised in that the control means is rotatably mounted with respect to the upper part and to the intermediate part , so that when the upper part and the intermediate part are in a raised position, pivoting the control means causes: - the upper part to be unlocked with respect to the intermediate part , or both the upper part with respect to the intermediate part and the intermediate part with respect to the lower part to be unlocked. - a first retaining means, able to cooperate with the upper part , so as to lock the upper part in a raised position with respect to the intermediate part , - a second retaining means, able to cooperate with the lower part , so as to lock the intermediate part in a raised position with respect to the lower part , - the upper part to be unlocked with respect to the intermediate part ,
Use of a spherical silicate with the INCI name Silica, having an average particle size of 4.0 to 6.0 μm and an oil absorption of 250 to 350 ml/100 g (measured in accordance with the Japanese Industry Standard K-5101), in cosmetic preparations for reducing the sand-adhering properties of the preparation.
Method for triggering a controlled short-circuit mode for the protection of an electric traction chain of a motor vehicle driven, at least partially, by an electric machine, said motor vehicle comprising a battery suitable for supplying direct current to an inverter designed to transform the direct current into three-phase current and supply the electric machine with power, comprising a first step of calculating a position setpoint (α setpoint ) for the rotor of the electric machine, a second step of measuring the position (α) of the rotor, a third step of comparing the measured position of the rotor and the position setpoint for the rotor, and a fourth step of triggering a controlled short-circuit mode, said method being characterized in that said position setpoint for the rotor corresponds to the position of the rotor in which the peak-to-peak amplitude of the three-phase current is minimum.
A dual-mode and dual-standby mobile terminal, comprising a first mode radio frequency transceiver, a second mode radio frequency transceiver, a first mode baseband chip connected to the first mode radio frequency transceiver, and a second mode baseband chip connected to the second mode radio frequency transceiver, characterized in that the mobile terminal further comprises: a call processing module, connected to both the first mode baseband chip and the second mode baseband chip, and configured to perform fake call waiting on a call in active state in the first mode before proactively switching to the first call in the second mode when determining that there are two calls in the first mode, or before passively answering the second call in the second mode when determining that there are two calls in the first mode; wherein the call processing module configured to perform fake call waiting processing on the call in active state in the first mode is configured to shield a call device of the call in active state in the first mode, and insert a prompt tone in an uplink; wherein the call device comprises a microphone, a receiver and a speaker; the call processing module configured to shield the call device of the call in active state in the first mode comprises: controlling the microphone not to transport collected audio data into the uplink of the call in active state in the first mode, and, controlling downlink data of the call in active state in the first mode not to be transmitted to the receiver and the speaker. a call processing module, connected to both the first mode baseband chip and the second mode baseband chip, and configured to perform fake call waiting on a call in active state in the first mode before proactively switching to the first call in the second mode when determining that there are two calls in the first mode, or before passively answering the second call in the second mode when determining that there are two calls in the first mode; wherein the call processing module configured to perform fake call waiting processing on the call in active state in the first mode is configured to shield a call device of the call in active state in the first mode, and insert a prompt tone in an uplink; wherein the call device comprises a microphone, a receiver and a speaker; the call processing module configured to shield the call device of the call in active state in the first mode comprises: controlling the microphone not to transport collected audio data into the uplink of the call in active state in the first mode, and, controlling downlink data of the call in active state in the first mode not to be transmitted to the receiver and the speaker.
An ultrasonic cleaner (1200; 1300; 1400) comprising: a cleaning tank (1206; 2206); a vibrating part (1202; 1303; 2209) which is inserted into cleaning liquid in the cleaning tank (1206; 2206) and has a hollow part configured for having a nozzle for suctioning a sample or a reagent inserted, and which transmits ultrasonic vibration to the cleaning liquid; an ultrasonic vibrator (1201; 1301; 1401; 2205) which is configured by fixing and fastening a piezoelectric element (1213; 1313; 2203) with two or more metal blocks (1211, 1212; 1311, 1312) by a bolt (1204; 1403; 2204), and which generates the ultrasonic vibration to the vibrating part (1202; 1303; 2209) in a horizontal direction; and a control portion which performs driving control of the ultrasonic vibrator (1201; 1301; 1401; 2205), wherein a tip end of the vibrating part (1202; 1303; 2209) which is insertable into the cleaning liquid in the cleaning tank (1206; 2206) vibrates as a free end in accordance with vibration of the ultrasonic vibrator (1201; 1301; 1401; 2205) in the horizontal direction, and wherein the control portion causes the vibrating part (1202; 1303; 2209) to generate the ultrasonic vibration in a state where the nozzle is inserted into the hollow part , to clean the nozzle , characterized in that the vibrating part (1202; 1303; 2209) is fixed to a side surface of one of the metal blocks (1211, 1212; 1311, 1312) at an upper part of the cleaning tank (1206; 2206). a cleaning tank (1206; 2206); a vibrating part (1202; 1303; 2209) which is inserted into cleaning liquid in the cleaning tank (1206; 2206) and has a hollow part configured for having a nozzle for suctioning a sample or a reagent inserted, and which transmits ultrasonic vibration to the cleaning liquid; an ultrasonic vibrator (1201; 1301; 1401; 2205) which is configured by fixing and fastening a piezoelectric element (1213; 1313; 2203) with two or more metal blocks (1211, 1212; 1311, 1312) by a bolt (1204; 1403; 2204), and which generates the ultrasonic vibration to the vibrating part (1202; 1303; 2209) in a horizontal direction; and a control portion which performs driving control of the ultrasonic vibrator (1201; 1301; 1401; 2205), wherein a tip end of the vibrating part (1202; 1303; 2209) which is insertable into the cleaning liquid in the cleaning tank (1206; 2206) vibrates as a free end in accordance with vibration of the ultrasonic vibrator (1201; 1301; 1401; 2205) in the horizontal direction, and wherein the control portion causes the vibrating part (1202; 1303; 2209) to generate the ultrasonic vibration in a state where the nozzle is inserted into the hollow part , to clean the nozzle , characterized in that the vibrating part (1202; 1303; 2209) is fixed to a side surface of one of the metal blocks (1211, 1212; 1311, 1312) at an upper part of the cleaning tank (1206; 2206).
Sliding door, in particular an elevator sliding door, having a door frame and at least one first door element which can be displaced relative to a second door element to form a common overlap (O), a drive device for displacing the first door element , a security device for interrupting any displacing movement of the first door element during an entry of an object into a security zone which extends, on an edge of the overlap (O) running transversely to the direction of movement of the first door element , along this edge , and a control device for controlling the drive device and the security device , the security device having a radiation source and a radiation sensor for monitoring the security zone by means of radiation from the radiation source , and the control device being configured to cause the drive device to interrupt any displacing movement of the first door element when the security device signals the presence of an object in the security zone , the radiation source and the radiation sensor being arranged at one end of the security zone and being jointly designed as a reflex radiation sensor which responds to radiation from the radiation source which is reflected from a possible object in the security zone to the radiation sensor , the reflex radiation sensor being arranged and designed so that it does not respond to radiation from its radiation source which passes unhindered through the security zone , the radiation source emitting the radiation as a directed beam vertically downwards, the installation location of the radiation source and the radiation sensor being an upper end of the door, characterised in that the control device is configured to cause the electric drive device to exert an active force on the first door element which is directed against the force that caused the displacement of the first door element in the specific direction of movement when the security device signals the presence of an object in the security zone during such a displacement of the first door element in the specific direction of movement, in that the electrical drive device can be triggered by the controlled supply of electrical energy to alternately generate a force that displaces the first door element in the specific direction of movement or a force directed in the opposite direction, the control device being configured to supply at least one pulse of electrical energy to the electrical drive device in order to trigger it to generate the force directed in the opposite direction when the security device signals the presence of an object in the security zone during a displacement of the first door element in the specific direction of movement, and in that the control device is configured to determine the duration of the pulse of electrical energy for generating the force directed in the opposite direction depending on the current displacement position and/or the current displacement speed of the first door element during its displacement in the specific direction of movement.
Palovarotene ((E)-4-(2-{3-[(1H-pyrazole-1-yl)methyl]-5,5,8,8 tetramethyl-5,6,7,8-tetrahydronaphthalene-2-yl}vinyl)benzoic acid), or a pharmaceutically acceptable salt thereof, for use in a method of treating a subject with multiple osteochondroma (MO).
A headphone comprising a body forming a chamber for enclosing an ear of a user of the headphone , the body having an acoustic seal made of a flexible material surrounding the chamber , the body having at least one cushion extending around the acoustic seal and separate from the acoustic seal , the at least one cushion having a first side face for engaging with the head of the user, and the body having a second side face opposite the first side face , the headphone having venting means in the at least one cushion , characterized in that the venting means is between the first side face and the second side face , the venting means comprising a plurality of openings in the first side face , a plurality of openings in the second side face , and a cavity which connects the first side face openings to the second side face openings .
An endoscope tray comprising an interior for storage of an endoscope, the interior having an upstanding element having a top surface ; a plurality of apertures disposed on at least a portion of the top surface of the upstanding element to facilitate drainage of fluids; the interior having a bottom surface also having the plurality of apertures disposed thereon; a sidewall and a rim disposed about the interior of the tray; and a lid comprising at least one valve and configured to engage the rim, wherein the at least one valve is an exhaust valve and a release valve.
A method of wireless communication performed by a user equipment, UE , comprising: monitoring a reception occasion for a short message that includes information to indicate whether there is an upcoming system information change notification or an upcoming public warning system notification; and initiating a mitigation action related to a radio link with a network based at least in part on non-reception by the UE of the short message in the reception occasion, wherein the non-reception of the short message in the monitored reception occasion indicates one or more problems associated with radio link, the one or more problems including a presence of an unauthorized device on the radio link, and wherein the mitigation action includes reporting the non-reception of the short message to one or more servers on the network. monitoring a reception occasion for a short message that includes information to indicate whether there is an upcoming system information change notification or an upcoming public warning system notification; and initiating a mitigation action related to a radio link with a network based at least in part on non-reception by the UE of the short message in the reception occasion, wherein the non-reception of the short message in the monitored reception occasion indicates one or more problems associated with radio link, the one or more problems including a presence of an unauthorized device on the radio link, and wherein the mitigation action includes reporting the non-reception of the short message to one or more servers on the network.
An orthopaedic reamer , comprising: a shell ; and at least one cutting tooth arrangement formed in the shell , the at least one cutting tooth arrangement including: a cutting tooth having a predefined profile with a cutting edge having a cutting depth; and a depth-of-cut feature positioned forward of the cutting tooth , relative to a direction of movement of the shell at the location of the cutting tooth , the depth-of-cut feature having a control depth (Δ) which controls a cutting depth (D) of the cutting tooth during surgery; wherein the orthopaedic reamer is characterized in that the cutting tooth and the depth-of-cut feature both extend outwardly from a surface of the shell . a shell ; and at least one cutting tooth arrangement formed in the shell , the at least one cutting tooth arrangement including: a cutting tooth having a predefined profile with a cutting edge having a cutting depth; and a depth-of-cut feature positioned forward of the cutting tooth , relative to a direction of movement of the shell at the location of the cutting tooth , the depth-of-cut feature having a control depth (Δ) which controls a cutting depth (D) of the cutting tooth during surgery; a cutting tooth having a predefined profile with a cutting edge having a cutting depth; and a depth-of-cut feature positioned forward of the cutting tooth , relative to a direction of movement of the shell at the location of the cutting tooth , the depth-of-cut feature having a control depth (Δ) which controls a cutting depth (D) of the cutting tooth during surgery;
Arrangement of a disc brake for a commercial vehicle and of an axle flange , wherein the disc brake has a brake calliper , which encompasses a brake disc and is attached to a stationary adapter while being axially displaceable with reference to the brake disc , wherein the adapter is attached to the axle flange with fastening elements in tangential interfaces having surfaces (5b, 5'b; 9, 9') arranged perpendicular to the brake disc , wherein the tangential interfaces have at least one positive-locking connection between one adapter flange (4a, 4'a) each of the adapter and one connecting section (5a. 5'a) each of the axle flange , characterised in that the at least one positive-locking connection has at least one peg in the form of a projection (15, 15'; 17, 17'; 19, 19'; 21, 21') and a corresponding recess (14, 14'; 16, 16'; 18, 18'; 20, 20') at the counterpart for an engagement of the projection (15, 15'; 17, 17'; 19, 19'; 21, 21'). wherein the tangential interfaces have at least one positive-locking connection between one adapter flange (4a, 4'a) each of the adapter and one connecting section (5a. 5'a) each of the axle flange , characterised in that the at least one positive-locking connection has at least one peg in the form of a projection (15, 15'; 17, 17'; 19, 19'; 21, 21') and a corresponding recess (14, 14'; 16, 16'; 18, 18'; 20, 20') at the counterpart for an engagement of the projection (15, 15'; 17, 17'; 19, 19'; 21, 21').