mhurhangee/patent-ind-claim-en huggingface dataset:
A ball valve assembly comprising a ball element arranged to be rotated by rotation of a shaft in engagement with the ball element, the ball element having first and second flow channels defined therethrough, a first inlet port at a first end of said first flow channel, a first outlet port at a second end of the first channel, a second inlet port at a first end of the second flow channel and a second outlet port at a second end of the second channel; wherein the ball element is driven by a cam shaft having a cammed external profile, the assembly further comprising switch means arranged to cooperate with the cam shaft to provide an indication of the rotational position of the cam shaft, and wherein the switch means comprises a plurality of microswitches arranged around and in proximity to the external profile of the cam shaft such that the external profile contacts and activates said switches at predetermined rotational positions of the shaft, wherein the microswitches are arranged to switch in response to rotation of the cam shaft by 45 degrees; and wherein the switch means comprises two sets of microswitches, each set of microswitches comprising two microswitches arranged substantially 90 degrees apart around the circumference of the shaft, wherein the sets of microswitches are separated axially from each other with respect to the axis of the cam shaft, wherein the cammed external profile of the cam shaft comprises a first set of recesses arranged to cooperate with a first of the sets of microswitches, and a second set of recesses spaced axially from the first set and arranged to cooperate with a second of the sets of microswitches. wherein the ball element is driven by a cam shaft having a cammed external profile, the assembly further comprising switch means arranged to cooperate with the cam shaft to provide an indication of the rotational position of the cam shaft, and wherein the switch means comprises a plurality of microswitches arranged around and in proximity to the external profile of the cam shaft such that the external profile contacts and activates said switches at predetermined rotational positions of the shaft, wherein the microswitches are arranged to switch in response to rotation of the cam shaft by 45 degrees; and wherein the switch means comprises two sets of microswitches, each set of microswitches comprising two microswitches arranged substantially 90 degrees apart around the circumference of the shaft, wherein the sets of microswitches are separated axially from each other with respect to the axis of the cam shaft, wherein the cammed external profile of the cam shaft comprises a first set of recesses arranged to cooperate with a first of the sets of microswitches, and a second set of recesses spaced axially from the first set and arranged to cooperate with a second of the sets of microswitches.
Method for the validation of a digital certificate, wherein a validation apparatus checks the certificate of a communication partner on behalf of a first device (11,...,14), comprising the method steps of: - the first device (11,...,14) requesting (S1) validation of the certificate of the communication partner at a first validation apparatus , - the first validation apparatus querying (S2) validation information at a status collection apparatus , - checking (S3), in the first validation apparatus , whether validation information has been received from the status collection apparatus , and - transmitting (S4) the validation information from the first validation apparatus to the first device , wherein, only in the event of a negative inspection result, the validation information of the certificate is determined (S5) in the first validation apparatus . - the first device (11,...,14) requesting (S1) validation of the certificate of the communication partner at a first validation apparatus , - the first validation apparatus querying (S2) validation information at a status collection apparatus , - checking (S3), in the first validation apparatus , whether validation information has been received from the status collection apparatus , and - transmitting (S4) the validation information from the first validation apparatus to the first device , wherein, only in the event of a negative inspection result,
A composition comprising, preferably consisting of, a mixture of empty liposomes, wherein said mixture of empty liposomes comprises, preferably consists of, (a) a first empty liposome comprising cholesterol, wherein the amount of cholesterol is at least 30% (weight per weight); and (b) a second empty liposome comprising sphingomyelin, wherein preferably said second empty liposome (b) comprises said sphingomyelin as sole lipid component; for use in the treatment of hypotension with sepsis in a human. (a) a first empty liposome comprising cholesterol, wherein the amount of cholesterol is at least 30% (weight per weight); and (b) a second empty liposome comprising sphingomyelin, wherein preferably said second empty liposome (b) comprises said sphingomyelin as sole lipid component;
An electronic circuit breaker comprising: a make and break contact to open and close a conducting path , a current sensor to detect an electrical current through the conducting path ; a first microcomputer to receive an output signal of the current sensor as an input and output an instantaneous tripping signal; a second microcomputer to acquire information on a current flowing through the conducing path and output a time-limited tripping signal; and a tripping device to release the make and break contact on the basis of the instantaneous tripping signal and the time-limited tripping signal, characterized in that the second microcomputer acquires information on a current flowing through the conducing path from the first microcomputer ; the first microcomputer notifies the second microcomputer that the first microcomputer has been restarted by a port output of the first microcomputer or parallel communication and the second microcomputer notifies the first microcomputer that the second microcomputer has been restarted by parallel communication or a port output of the second microcomputer . a make and break contact to open and close a conducting path , a current sensor to detect an electrical current through the conducting path ; a first microcomputer to receive an output signal of the current sensor as an input and output an instantaneous tripping signal; a second microcomputer to acquire information on a current flowing through the conducing path and output a time-limited tripping signal; and a tripping device to release the make and break contact on the basis of the instantaneous tripping signal and the time-limited tripping signal, characterized in that the second microcomputer acquires information on a current flowing through the conducing path from the first microcomputer ; the first microcomputer notifies the second microcomputer that the first microcomputer has been restarted by a port output of the first microcomputer or parallel communication and the second microcomputer notifies the first microcomputer that the second microcomputer has been restarted by parallel communication or a port output of the second microcomputer .
A building group for building a tyre carcass; the group comprising: a motor-driven building drum, which is rotatable about a fixed axis thereof and is delimited on the outside by a cylindrical supporting surface for resting rubber-coated plies for building the carcass; and two motor-driven building cans which are rotatable about said axis in unison with said building drum and are adapted to be set alongside, and on axially opposite sides of, said building drum so as to define respective axial prolongations of said cylindrical supporting surface; wherein said building group comprises two building modules arranged on axially opposite sides of said drum; and characterised by each of said modules comprising a corresponding said building can; each building can comprising a ply-resting sleeve having a plurality of mobile tile-like segments and first actuator means for displacing said mobile segments between an extracted operating position, in which the sleeve has an external diameter equal to the external diameter of said building drum, and a retracted resting position, in which the sleeve has a diameter smaller than that of said building drum; each said module further comprising a corresponding tubular supporting structure rotatable about said axis in unison with said drum; second actuator means being provided for displacing each of said cans along said axis between an advanced position, in which the corresponding can is set alongside said building drum, and a retracted position, in which the corresponding can is housed within the respective said tubular structure with the corresponding segments arranged in their resting position; third actuator means being provided for translating each said tubular structure along said axis from and towards said building drum.
Use of cyclopentyl methyl ether for isolation or purification of naltrexone and its salts.
Pneumatic vehicle tyre with a tread strip with at least one shoulder-side profile rib which is delimited by a shoulder-side circumferential channel configured at profile depth (T UR ) and comprises an inner portion running inside the contact patch, and an outer portion running outside the contact patch, transverse channels which run in the shoulder-side profile rib at least largely in the outer portion being configured with a maximum width (b QR ) determined in the circumferential direction of from 2.0 mm to 10.0 mm, a circumferential groove which, in a top view, runs around in a straight line and in the circumferential direction and has a width (b N ) of from 0.5 mm to 5.0 mm running in the inner portion , and in each case one sipe which opens into the circumferential groove and has a depth (b E ) of from 0.4 mm to 2.0 mm running in the region between adjacent transverse channels in the circumferential direction, characterized in that the sipes have a maximum depth of from 70% to 100% of the profile depth (T UR ), in each case one micro-sipe which runs at an angle (λ) of from 5° to 20° with respect to the circumferential direction in a top view and which has a depth of from 0.5 mm to 50% of the profile depth (T UR ) and a width (b E ) of from 0.4 mm to 2.0 mm being configured between each sipe and an adjacent transverse channel , the ends of the micro-sipe being situated within a spacing (a ME ), determined transversely with respect to the circumferential direction, of up to 10.0 mm from the lateral edge (L) of the contact patch. a circumferential groove which, in a top view, runs around in a straight line and in the circumferential direction and has a width (b N ) of from 0.5 mm to 5.0 mm running in the inner portion , and in each case one sipe which opens into the circumferential groove and has a depth (b E ) of from 0.4 mm to 2.0 mm running in the region between adjacent transverse channels in the circumferential direction, characterized in that the sipes have a maximum depth of from 70% to 100% of the profile depth (T UR ), in each case one micro-sipe which runs at an angle (λ) of from 5° to 20° with respect to the circumferential direction in a top view and which has a depth of from 0.5 mm to 50% of the profile depth (T UR ) and a width (b E ) of from 0.4 mm to 2.0 mm being configured between each sipe and an adjacent transverse channel , the ends of the micro-sipe being situated within a spacing (a ME ), determined transversely with respect to the circumferential direction, of up to 10.0 mm from the lateral edge (L) of the contact patch.
An aircraft incorporating a main engine starting system, the aircraft comprising: a main engine and a pneumatic starter mechanically coupled with the main engine for starting the same, a pneumatic source fluidly communicated with the pneumatic starter to supply pressurized air thereto, a first starter flow control valve arranged at the pneumatic source output, a first control system for controlling the pneumatic source air pressure output, and wherein the first control system is provided with a data chart containing predetermined pressure values of the pneumatic source, wherein each of said values corresponds to an ambient condition to obtain a desired rotating speed for the main engine for that ambient condition, and wherein the first control system is adapted to control the pneumatic source air pressure output based on said data chart , to rotate the main engine within a predefined rotating speed range during cooling procedure, characterized in that the aircraft further comprises a second starter flow control valve arranged at the pneumatic starter input to regulate airflow reaching the pneumatic starter . a main engine and a pneumatic starter mechanically coupled with the main engine for starting the same, a pneumatic source fluidly communicated with the pneumatic starter to supply pressurized air thereto, a first starter flow control valve arranged at the pneumatic source output, a first control system for controlling the pneumatic source air pressure output, and wherein the first control system is provided with a data chart containing predetermined pressure values of the pneumatic source, wherein each of said values corresponds to an ambient condition to obtain a desired rotating speed for the main engine for that ambient condition, and wherein the first control system is adapted to control the pneumatic source air pressure output based on said data chart , to rotate the main engine within a predefined rotating speed range during cooling procedure, characterized in that the aircraft further comprises a second starter flow control valve arranged at the pneumatic starter input to regulate airflow reaching the pneumatic starter .
A sterile surgical drape of at least 130 cm in width and at least 130 cm in length, comprising: an integrated radio-protective layer of at least 130 cm in width and at least 60 cm in length for radioprotection of the operators, having at least two precut holes of at least 5 cm in diameter and separated by between 90 cm and 110 cm, and at least two precut holes of at least 5 cm in diameter and separated by between 20 cm and 50 cm, to allow access to the patient, wherein said precut holes can be opened and closed; and said sterile surgical drape further comprises at least two rectangular extensions of the precut holes of at least 5 cm by 10 cm.
A computer-implemented feedforward generative neural network trained to generate a speech waveform comprising a plurality of samples conditioned on a conditioning tensor that represents features of a text input to generate the speech waveform such that the speech waveform is a verbalization of the text input; wherein the computer-implemented feedforward generative neural network comprises a sequence of groups of convolutional neural network layers; wherein each group is conditioned on the conditioning tensor; wherein each group is configured to receive an input waveform and transform the input waveform conditioned on the conditioning tensor into an output waveform; wherein the input waveform for each group of convolutional neural network layers other than the first group is an output waveform of the group immediately before the group, wherein the generated speech waveform is defined by the output of the last group of convolutional neural network layers; and means for generating a random noise vector that includes a noise value for each of the plurality of samples; wherein the input waveform to the first group of convolutional neural network layers is the random noise vector; and wherein the plurality of samples is generated in a single forward pass through the computer-implemented feedforward generative neural network. wherein the computer-implemented feedforward generative neural network comprises a sequence of groups of convolutional neural network layers; wherein each group is conditioned on the conditioning tensor; wherein each group is configured to receive an input waveform and transform the input waveform conditioned on the conditioning tensor into an output waveform; wherein the input waveform for each group of convolutional neural network layers other than the first group is an output waveform of the group immediately before the group, wherein the generated speech waveform is defined by the output of the last group of convolutional neural network layers; and means for generating a random noise vector that includes a noise value for each of the plurality of samples; wherein the input waveform to the first group of convolutional neural network layers is the random noise vector; and wherein the plurality of samples is generated in a single forward pass through the computer-implemented feedforward generative neural network.
A threaded joint for a pipe, comprising: a pin component including a male member , a nose extending to a pipe end from the male member , and a shoulder provided at an end of the nose ; and a box component including a female member screwed onto the male member , an inner peripheral surface facing the outer peripheral surface of the nose of the pin component , and a shoulder that comes into contact with the shoulder of the pin component , wherein the pin component and the box component are connected by the screw connection so that the nose outer peripheral surface of the pin component and the inner peripheral surface of the box component come into metal-to-metal contact so that the contact interface forms a seal surface, characterized in that the nose outer peripheral surface of the pin component forms an outward convex curve in the axial cross sectional view of the pin component, and the convex curve is such that a composite R curve in which a plurality of arcs having different radiuses of curvature, Rs, are connected in sequence to a generating line of a cylindrical portion next to the male member directly or via line segments having a length of 2.5 mm or less, is curved such that the radiuses of curvature, Rs, of the arcs increase with distance from the male member and tangents on connection points of the arcs are aligned with those of corresponding arcs connected thereto; and the inner peripheral surface of the box component is a tapered surface that interferes with the nose outer peripheral surface of the pin component when connected to the pin component . a pin component including a male member , a nose extending to a pipe end from the male member , and a shoulder provided at an end of the nose ; and a box component including a female member screwed onto the male member , an inner peripheral surface facing the outer peripheral surface of the nose of the pin component , and a shoulder that comes into contact with the shoulder of the pin component , wherein the pin component and the box component are connected by the screw connection so that the nose outer peripheral surface of the pin component and the inner peripheral surface of the box component come into metal-to-metal contact so that the contact interface forms a seal surface, characterized in that the nose outer peripheral surface of the pin component forms an outward convex curve in the axial cross sectional view of the pin component, and the convex curve is such that a composite R curve in which a plurality of arcs having different radiuses of curvature, Rs, are connected in sequence to a generating line of a cylindrical portion next to the male member directly or via line segments having a length of 2.5 mm or less, is curved such that the radiuses of curvature, Rs, of the arcs increase with distance from the male member and tangents on connection points of the arcs are aligned with those of corresponding arcs connected thereto; and the inner peripheral surface of the box component is a tapered surface that interferes with the nose outer peripheral surface of the pin component when connected to the pin component .
A method for sending data to at least one device , wherein the method comprises the following steps: - a data sending control server sends to at least one data storage server at least one predetermined rule or a first request for sending data to at least one data processing server; - the at least one data storage server sends, based upon the at least one predetermined rule or the first request for sending data to at least one data processing server, to the at least one data processing server, data ; - the data sending control server sends, to the at least one data processing server , a second request for sending to the at least one device, the data received or to be received by the at least one data processing server; - the at least one data processing server sends, based upon the second request for sending the data, to the at least one device, the received data . - a data sending control server sends to at least one data storage server at least one predetermined rule or a first request for sending data to at least one data processing server; - the at least one data storage server sends, based upon the at least one predetermined rule or the first request for sending data to at least one data processing server, to the at least one data processing server, data ; - the data sending control server sends, to the at least one data processing server , a second request for sending to the at least one device, the data received or to be received by the at least one data processing server; - the at least one data processing server sends, based upon the second request for sending the data, to the at least one device, the received data .