mhurhangee/patent-ind-claim-en huggingface dataset:
Mobile shower system comprising a movable housing , a fresh water tank , a waste water tank , a fresh water line on which a fresh water pump is provided, and a waste water line on which a waste water pump is provided, wherein a washing hose connection for a washing hose and a return line connection for a return line hose are provided on a front side of the housing , and the connections are each configured as quick-release fasteners having a water stop function, wherein the fresh water tank has a connection which is connected to the fresh water line in the interior of the housing, and wherein the waste water tank has a connection which is connected to the waste water line in the interior of the housing, and wherein the fresh water line leads via the fresh water pump to the washing hose connection and the waste water line leads via the waste water pump to the return line connection , characterized in that the fresh water tank and the waste water tank are fitted so that they are recessed into the top of the housing in a trough-like manner and each have an emergency drain tap for emptying the tanks, in that an emptying pump is provided for emptying the fresh water tank , and in that a scalding protection device is arranged in the fresh water line , which device mechanically interrupts the flow through the fresh water line when a protective temperature is exceeded.
A turbine engine convergent-divergent nozzle comprising an central element and an annular cap arranged coaxially around the central element so as to define therewith an annular flow channel for a gas stream issued from the turbine engine, wherein between a throat section which is the minimum cross section of the gas stream annular flow channel and an ejection section of the nozzle which is the cross section the furthest downstream of the nozzle, an external profile of the central element and an internal profile of the cap present in longitudinal section longitudinal profiles that are modeled by distinct curves (C 36 , C 40 ), the nozzle being characterized in that respective curvatures (γ 36 , γ 40 ) of said distinct curves that are obtained by approximation of the second derivative of the ordinate y of these curves y(x) with respect to the axial position x are identical in absolute value.
A device for eliminating condensate for air conditioners, the air conditioner comprising a refrigerant flow circuit comprising a compressor , a first heat exchanger , a second heat exchanger and a throttling unit , such as a capillary tube or a control valve, inserted between the first heat exchanger and the second heat exchanger ; the device comprising a control unit and a valve connected to the control unit , the valve having an inlet suitable for being connected to at least the first heat exchanger in a heating mode or to at least the second heat exchanger in a cooling mode, and at least one first outlet suitable for being connected to at least the second heat exchanger in a heating mode, wherein the control unit is suitable for setting the opening and the closing of the first outlet of the valve for conveying the condensate towards the second heat exchanger ; the device being characterised in that the valve has at least one second outlet suitable for being connected to the first heat exchanger in a cooling mode, and the control unit is suitable for setting the opening and the closing of the second outlet of the valve for conveying the condensate towards the first heat exchanger .
A compound of the formula: wherein A is substituted or unsubstituted indolyl, or a pharmaceutically acceptable salt and/or hydrate thereof.
A cylindrical battery , comprising: an electrode assembly having a positive electrode plate and a negative electrode plate wound through a separator ; an electrolyte; a bottomed cylindrical outer can configured to house the electrode assembly and the electrolyte; a sealing plate configured to seal an opening of the outer can ; a gasket arranged on a circumferential edge of the sealing plate ; and an insulating plate arranged between the electrode assembly and the sealing plate , wherein the gasket is compressed in a radial direction between an end face of the circumferential edge of the sealing plate and the outer can , and the outer can has a locking part to be engaged with a circumferential edge of the insulating plate . an electrode assembly having a positive electrode plate and a negative electrode plate wound through a separator ; an electrolyte; a bottomed cylindrical outer can configured to house the electrode assembly and the electrolyte; a sealing plate configured to seal an opening of the outer can ; a gasket arranged on a circumferential edge of the sealing plate ; and an insulating plate arranged between the electrode assembly and the sealing plate , wherein the gasket is compressed in a radial direction between an end face of the circumferential edge of the sealing plate and the outer can , and the outer can has a locking part to be engaged with a circumferential edge of the insulating plate .
A method comprising: storing (S514, S516, S518), by a plurality of worker nodes , a plurality of encrypted first biometric template parts; receiving (S712, S714, S716), by each of the plurality of worker nodes and from an authentication node , an encrypted second biometric template, the authentication node having encrypted a second biometric template resulting in the encrypted second biometric template; deriving (S718, S720, S722), by the plurality of worker nodes and from the encrypted second biometric template, a plurality of encrypted second biometric template parts; respectively comparing (S724, S726, $728), by the plurality of worker nodes, the plurality of encrypted first biometric template parts and the plurality of encrypted second biometric template parts, resulting in a plurality of encrypted match values; and transmitting (S730, S732, S734), by the plurality of worker nodes, the plurality of encrypted match values to the authentication node. storing (S514, S516, S518), by a plurality of worker nodes , a plurality of encrypted first biometric template parts; receiving (S712, S714, S716), by each of the plurality of worker nodes and from an authentication node , an encrypted second biometric template, the authentication node having encrypted a second biometric template resulting in the encrypted second biometric template; deriving (S718, S720, S722), by the plurality of worker nodes and from the encrypted second biometric template, a plurality of encrypted second biometric template parts; respectively comparing (S724, S726, $728), by the plurality of worker nodes, the plurality of encrypted first biometric template parts and the plurality of encrypted second biometric template parts, resulting in a plurality of encrypted match values; and transmitting (S730, S732, S734), by the plurality of worker nodes, the plurality of encrypted match values to the authentication node.
A distributed mode actuator system comprising: a transducer adapted to create a force to cause vibration of a load to generate sound waves, the transducer having a first width (W 0 ) along a first axis, a first height (H) that is shorter than the first width (W 0 ) and along a second axis perpendicular to the first axis, and a first length (L 0 ) that is longer than the first height (H) and along a third axis perpendicular to both the first axis and the second axis, wherein the transducer is a two-dimensional distributed mode actuator configured to generate separate forces along the first width (W 0 ) and the first length (L 0 ) in response to one or more activation signals, and wherein the transducer is further configured to have different vertical displacements along its width, the vertical displacements being perpendicular to the axes of the first length (L 0 ) and the first width (Wo); a transfer portion connected to the transducer along a first side parallel to the first and second axes, and having a second width (W 1 ) along the first axis that is less than the first width (W 0 ); and a stub connected to the transfer portion along a second side of the transfer portion that is parallel to the first and second axes and an opposite side from the first side connected to the transducer , having a third width that is greater than the second width (W 1 ), and having a surface adapted to connect to the load to transfer the force received from the transducer through the transfer portion to the load and cause the load to vibrate. a transducer adapted to create a force to cause vibration of a load to generate sound waves, the transducer having a first width (W 0 ) along a first axis, a first height (H) that is shorter than the first width (W 0 ) and along a second axis perpendicular to the first axis, and a first length (L 0 ) that is longer than the first height (H) and along a third axis perpendicular to both the first axis and the second axis, wherein the transducer is a two-dimensional distributed mode actuator configured to generate separate forces along the first width (W 0 ) and the first length (L 0 ) in response to one or more activation signals, and wherein the transducer is further configured to have different vertical displacements along its width, the vertical displacements being perpendicular to the axes of the first length (L 0 ) and the first width (Wo); a transfer portion connected to the transducer along a first side parallel to the first and second axes, and having a second width (W 1 ) along the first axis that is less than the first width (W 0 ); and a stub connected to the transfer portion along a second side of the transfer portion that is parallel to the first and second axes and an opposite side from the first side connected to the transducer , having a third width that is greater than the second width (W 1 ), and having a surface adapted to connect to the load to transfer the force received from the transducer through the transfer portion to the load and cause the load to vibrate.
A method for detuning detection and transmitter (TX) current regulation, the method comprising: monitoring, by a first sensor within a transmitter, a transmitter (TX) current and/or voltage; monitoring, by a second sensor , a voltage or current of an antenna and matching network ; detecting a detuning of the antenna and matching network by a change in the transmitter (TX) current and/or voltage and/or a change in the voltage or current of the antenna and matching network ; in response to detection of the detuning, regulating a transmitter (TX) current. monitoring, by a first sensor within a transmitter, a transmitter (TX) current and/or voltage; monitoring, by a second sensor , a voltage or current of an antenna and matching network ; detecting a detuning of the antenna and matching network by a change in the transmitter (TX) current and/or voltage and/or a change in the voltage or current of the antenna and matching network ; in response to detection of the detuning, regulating a transmitter (TX) current.
A surgical instrument comprising: a first member including a first portion and a second portion , the second portion including an arm and a part , the part being connectable with a first blade such that the first blade is rotatable through a selected angular range relative to the arm and through a selected angular range relative to the part ; and a second member including a first portion and a second portion being connectable with a second blade ; the first portion of the first member and the first portion of the second member being pivotably connected such that the blades are movable between a first configuration and a second configuration to space tissue adjacent a spine, characterised in that the part includes a socket and the first blade is releasably engageable with the socket via a pivot connection, wherein the part includes a lock to releasably fix the blade with the part , and wherein the lock includes a depressible spring button that is biased to a lock orientation. a first member including a first portion and a second portion , the second portion including an arm and a part , the part being connectable with a first blade such that the first blade is rotatable through a selected angular range relative to the arm and through a selected angular range relative to the part ; and a second member including a first portion and a second portion being connectable with a second blade ; the first portion of the first member and the first portion of the second member being pivotably connected such that the blades are movable between a first configuration and a second configuration to space tissue adjacent a spine, characterised in that the part includes a socket and the first blade is releasably engageable with the socket via a pivot connection, wherein the part includes a lock to releasably fix the blade with the part , and wherein the lock includes a depressible spring button that is biased to a lock orientation.
A method of operating a visualization device (1; 20), the visualization device comprising a display device (4; 23) having a display area, an eye-tracking subsystem (7; 26) to track a gaze direction of a user, and processor circuitry (11; 21) operatively coupled to the display device and the eye-tracking subsystem and configured to cause the visualization device to: display, on the display area, a plurality of virtual 3D objects overlaid on a real-world view of a 3D physical space; execute a holding function that includes displaying a first object of the plurality of virtual 3D objects on the display area so that the first object appears to move through said 3D physical space in response to first input from the user; identify a second object of the plurality of virtual 3D objects as a target object for a snap function based on the gaze direction of the user as tracked by the eye-tracking system, the snap function being an operation that causes the first object to move to a location on a surface of the target object; and determine a target location on the target object, for the snap function, by performing a sphere casting operation, wherein the target location is determined as the contact point from the smallest sphere cast from a cursor along the present gaze direction of the user that intersects the target object, the cursor being positioned on a face of a bounding volume of the first object. display, on the display area, a plurality of virtual 3D objects overlaid on a real-world view of a 3D physical space; execute a holding function that includes displaying a first object of the plurality of virtual 3D objects on the display area so that the first object appears to move through said 3D physical space in response to first input from the user; identify a second object of the plurality of virtual 3D objects as a target object for a snap function based on the gaze direction of the user as tracked by the eye-tracking system, the snap function being an operation that causes the first object to move to a location on a surface of the target object; and determine a target location on the target object, for the snap function, by performing a sphere casting operation, wherein the target location is determined as the contact point from the smallest sphere cast from a cursor along the present gaze direction of the user that intersects the target object, the cursor being positioned on a face of a bounding volume of the first object.
A method of preparing a compound of Formula IIa: comprising forming a first reaction mixture comprising ammonia, a first non-nucleophilic base, and a compound of Formula IIb having the structure: under conditions suitable to form the compound of Formula IIa, wherein R 1 is C 1 -C 6 alkyl; and LG is a leaving group selected from the group consisting of halogen, -OH and -OSO 2 R 13 , wherein R 13 is selected from the group consisting of C 1 -C 6 alkyl, C 1 -C 6 haloalkyl and aryl, wherein the aryl group is substituted with 1 to 3 R 13a groups each independently selected from the group consisting of C 1 -C 6 alkyl, halogen, and NO 2 . R 1 is C 1 -C 6 alkyl; and LG is a leaving group selected from the group consisting of halogen, -OH and -OSO 2 R 13 , wherein R 13 is selected from the group consisting of C 1 -C 6 alkyl, C 1 -C 6 haloalkyl and aryl, wherein the aryl group is substituted with 1 to 3 R 13a groups each independently selected from the group consisting of C 1 -C 6 alkyl, halogen, and NO 2 .
A system for managing occlusions during phacoemulsification surgery, the system comprising: a surgical console having at least one system bus communicatively connected to at least one computing processor capable of accessing at least one computing memory associated with the at least one computing processor ; at least one vacuum source associated with the surgical console for providing a vacuum pressure; at least one energy source associated with the surgical console for providing ultrasonic energy; an aspiration line for providing the vacuum pressure to a surgical handpiece ; and a sensor system for measuring the vacuum pressure in the aspiration line ; characterized in that the power of the ultrasonic energy is configured to be increased once and in subsequent step-wise increases using the formula f(x) = x + ax, wherein each increase occurs after a user-adjustable time period when the sensor system identifies that an absolute value of the vacuum pressure in the aspiration line exceeds a predetermined pressure threshold for a specified duration, wherein each subsequent step-wise increase is applied if the vacuum pressure in the aspiration line remains above the predetermined pressure threshold; wherein f(x) is a new power of a step of the ultrasonic energy, x equals a power of the previous step of the ultrasonic energy, and a is a constant decimal less than 1. a surgical console having at least one system bus communicatively connected to at least one computing processor capable of accessing at least one computing memory associated with the at least one computing processor ; at least one vacuum source associated with the surgical console for providing a vacuum pressure; at least one energy source associated with the surgical console for providing ultrasonic energy; an aspiration line for providing the vacuum pressure to a surgical handpiece ; and a sensor system for measuring the vacuum pressure in the aspiration line ; characterized in that the power of the ultrasonic energy is configured to be increased once and in subsequent step-wise increases using the formula f(x) = x + ax, wherein each increase occurs after a user-adjustable time period when the sensor system identifies that an absolute value of the vacuum pressure in the aspiration line exceeds a predetermined pressure threshold for a specified duration, wherein each subsequent step-wise increase is applied if the vacuum pressure in the aspiration line remains above the predetermined pressure threshold; wherein f(x) is a new power of a step of the ultrasonic energy, x equals a power of the previous step of the ultrasonic energy, and a is a constant decimal less than 1.
A method for transmitting uplink data in an unlicensed band by a user equipment, UE, the method comprising: receiving configuration information for one or more subbands for a system bandwidth of a cell configured in the unlicensed band or a bandwidth part configured in the unlicensed band; receiving downlink control information including uplink frequency domain resource allocation information for transmitting uplink data in the bandwidth part or the system bandwidth; performing a listen before talk, LBT, operation on each of subbands where a frequency resource allocated for uplink data transmission belongs, based on the resource allocation information and determining whether the LBT operation is identified to succeed on all of the subbands where the frequency resource allocated for the uplink data transmission belongs; and transmitting the uplink data in all of the subbands where the frequency resource allocated for the uplink data transmission belongs only when the LBT operation is identified to succeed on all of the subbands where the frequency resource allocated for the uplink data transmission belongs. receiving configuration information for one or more subbands for a system bandwidth of a cell configured in the unlicensed band or a bandwidth part configured in the unlicensed band; receiving downlink control information including uplink frequency domain resource allocation information for transmitting uplink data in the bandwidth part or the system bandwidth; performing a listen before talk, LBT, operation on each of subbands where a frequency resource allocated for uplink data transmission belongs, based on the resource allocation information and determining whether the LBT operation is identified to succeed on all of the subbands where the frequency resource allocated for the uplink data transmission belongs; and transmitting the uplink data in all of the subbands where the frequency resource allocated for the uplink data transmission belongs only when the LBT operation is identified to succeed on all of the subbands where the frequency resource allocated for the uplink data transmission belongs.
A rotary wing aircraft with a fuselage that is equipped with at least one rail , comprising at least one sliding element , in particular a sliding door or a sliding window, that is slidably supported by the at least one rail , wherein the at least one sliding element is at least slidable along the at least one rail by means of an opening sliding movement into an opening movement direction from a fully closed position into a fully opened position, characterized in that a dampening unit is provided that is adapted to dampen the opening sliding movement of the at least one sliding element upon reaching of the fully opened position; wherein the dampening unit comprises a dampening member with a visco-elastic behavior, the dampening member comprising a moveable piston ; at least one sliding arm assembly being mounted to the at least one sliding element for slidably connecting the at least one sliding element to the at least one rail , the at least one sliding arm assembly comprising a piston pusher that is configured to push the moveable piston upon reaching of the fully opened position of the at least one sliding element against a load that is applied to the moveable piston by means of the dampening member ; and the at least one sliding arm assembly comprises a retaining hook that is configured to retain, upon reaching of the fully opened position of the at least one sliding element , the at least one sliding element in the fully opened position such that the load that is applied to the moveable piston by means of the dampening member , which is configured to push the moveable piston into a closing movement direction of the at least one sliding element , is prevented from pushing the at least one sliding element into the closing movement direction . wherein the dampening unit comprises a dampening member with a visco-elastic behavior, the dampening member comprising a moveable piston ; at least one sliding arm assembly being mounted to the at least one sliding element for slidably connecting the at least one sliding element to the at least one rail , the at least one sliding arm assembly comprising a piston pusher that is configured to push the moveable piston upon reaching of the fully opened position of the at least one sliding element against a load that is applied to the moveable piston by means of the dampening member ; and the at least one sliding arm assembly comprises a retaining hook that is configured to retain, upon reaching of the fully opened position of the at least one sliding element , the at least one sliding element in the fully opened position such that the load that is applied to the moveable piston by means of the dampening member , which is configured to push the moveable piston into a closing movement direction of the at least one sliding element , is prevented from pushing the at least one sliding element into the closing movement direction .