mhurhangee/ep-ind-claims huggingface dataset:
A re-usable electronics device detachably coupled with a harness, said harness having one or more legs configured to be placed at different locations of an article where wetness condition is to be detected, said harness comprising a set of first conductors, wherein said reusable electronics device comprises a set of second conductors such that when the re-usable electronics device is operatively coupled with the harness, the set of first conductors make electrical contact with the set of second conductors such that change in voltage across at least one pair of the first conductor above a threshold value transmits a notification indicating wetness of said article; wherein said harness comprises a pouch in which said device is positioned for operatively coupling with the harness; and wherein the harness comprises four wetness sensors configured on different legs of the harness, and said device comprises a Wheatstone bridge such that when the first conductors and the second conductors establish the electrical contact, said four wetness sensors are configured as four sides of the Wheatstone bridge for detecting change in resistance of any one of the four wetness sensors. wherein said harness comprises a pouch in which said device is positioned for operatively coupling with the harness; and wherein the harness comprises four wetness sensors configured on different legs of the harness, and said device comprises a Wheatstone bridge such that when the first conductors and the second conductors establish the electrical contact, said four wetness sensors are configured as four sides of the Wheatstone bridge for detecting change in resistance of any one of the four wetness sensors.
A top loading drum type washing machine comprising: a cabinet; a tub; a drum rotatably supported on each side of the tub; a shaft passing through the tub and pivotly coupled with the drum and provided inside of the tub so as to transmit driving force to the drum; at least one bearing supporting the shaft; a bearing housing supporting the bearing and attached to the tub; a stator weighing over 1.5 kg; and a rotor covering an outer circumferential surface of the stator; wherein the stator comprises: a stator core formed in a ring shape and including a multilayered structure in which a plurality of steel plates including teeth and a base member are stacked and spirally formed from a bottommost layer to a topmost layer; an insert molded insulator covering an outside of the stator core so as to electrically insulate the stator core; and at least three coupling members integrated into the insulator of the stator core, protruding toward the center of the stator and having a coupling hole formed in the center thereof for fixing the stator on the bearing housing via a screw, wherein a surrounding area of the coupling hole is raised to form a boss. a cabinet; a tub; a drum rotatably supported on each side of the tub; a shaft passing through the tub and pivotly coupled with the drum and provided inside of the tub so as to transmit driving force to the drum; at least one bearing supporting the shaft; a bearing housing supporting the bearing and attached to the tub; a stator weighing over 1.5 kg; and a rotor covering an outer circumferential surface of the stator; a stator core formed in a ring shape and including a multilayered structure in which a plurality of steel plates including teeth and a base member are stacked and spirally formed from a bottommost layer to a topmost layer; an insert molded insulator covering an outside of the stator core so as to electrically insulate the stator core; and at least three coupling members integrated into the insulator of the stator core, protruding toward the center of the stator and having a coupling hole formed in the center thereof for fixing the stator on the bearing housing via a screw,
Cooking system, comprising a cooking appliance and an aroma unit and a holding device for receiving the aroma unit, the cooking appliance having a cooking chamber and at least one steam generator in order to introduce steam into the cooking chamber of the cooking appliance via at least one first steam inlet nozzle, characterised in that a coupling device is arranged in the cooking chamber, to which coupling device the holding device can be coupled together with the aroma unit received thereon such that the steam exiting the first steam inlet nozzle is conducted directly to the coupled holding device and the aroma unit received thereon.
An electronic system, comprising: a master module having a first control unit, the first control unit having one or more first serial interfaces, the first control unit being programmed to output a first data signal and a first clock signal through the one or more first serial interfaces; and a slave module having a second control unit, the second control unit having a second serial interface, the slave module receiving the first clock signal through the second serial interface, the second control unit being programmed to monitor the slave module for a fault condition and output a second clock signal through the second serial interface which is (i) the same as the first clock signal if a fault condition on the slave module is not detected, and (ii) a modified clock signal having a predetermined format if a fault condition on the slave module is detected. a master module having a first control unit, the first control unit having one or more first serial interfaces, the first control unit being programmed to output a first data signal and a first clock signal through the one or more first serial interfaces; and a slave module having a second control unit, the second control unit having a second serial interface, the slave module receiving the first clock signal through the second serial interface, the second control unit being programmed to monitor the slave module for a fault condition and output a second clock signal through the second serial interface which is (i) the same as the first clock signal if a fault condition on the slave module is not detected, and (ii) a modified clock signal having a predetermined format if a fault condition on the slave module is detected.
An electronic device, comprising: a housing; an antenna window in the housing; and an antenna resonating element mounted in the housing so that radio-frequency signals are transmitted through the antenna window, wherein the electronic device is characterized by: a capacitive proximity sensor electrode located between the antenna resonating element and the antenna window and having two layers (66A, 66B) of conductive material; a capacitance-to-digital converter having first and second inputs; and first and second radio-frequency choke inductors (L1, L2) coupled between the layers of the capacitive proximity sensor electrode and the inputs of the capacitance-to-digital converter. a housing; an antenna window in the housing; and an antenna resonating element mounted in the housing so that radio-frequency signals are transmitted through the antenna window, wherein the electronic device is characterized by: a capacitive proximity sensor electrode located between the antenna resonating element and the antenna window and having two layers (66A, 66B) of conductive material; a capacitance-to-digital converter having first and second inputs; and first and second radio-frequency choke inductors (L1, L2) coupled between the layers of the capacitive proximity sensor electrode and the inputs of the capacitance-to-digital converter. a capacitive proximity sensor electrode located between the antenna resonating element and the antenna window and having two layers (66A, 66B) of conductive material; a capacitance-to-digital converter having first and second inputs; and first and second radio-frequency choke inductors (L1, L2) coupled between the layers of the capacitive proximity sensor electrode and the inputs of the capacitance-to-digital converter.
An apparatus for the execution of a distribution of micro-holes on sound absorbing panels, including: - a support plane for supporting and feeding said panels, extending according to an advancement axis of the panels and a transverse axis orthogonal to said advancement axis; - handling means for transporting the panels on said plane according to said advancement axis; - a punching unit above said plane and comprising a punching die and linear actuating means adapted to operate said die according to a reciprocating punching stroke along a punching axis orthogonal to said plane, wherein said punching unit comprises a slide supporting said linear actuator and slidably engaged with guide means extending along said transverse axis, and wherein between said slide and said linear actuating means the punching unit comprises am adjusting device for adjusting and locking the position of the unit according to said punching axis, adapted to vary in an adjustable way the distance between said punching die and said plane in an inactive or resting condition of said linear actuating means, characterized in that said linear actuating means comprise a piston, said adjusting device comprising a body pivotally supported by said slide about said punching axis, a threaded coupling between said body and a shank of said piston, piston linear guide means of the piston arranged between said slide and said piston, adapted to prevent the rotation of the piston with respect to the slide around said punching axis, and means (453, 454, 456) for operating the rotation the rotation of said body, whereby the rotation of said body causes the translation of said piston on said piston linear guide means along said punching axis.
A computer-implemented method for a predictive pressure protection system, comprising: establishing flare sources, performance limits, and relationships between control valves and relief valves, wherein the flare sources comprise control valves and relief valves; generating a flare simulator using piping isometric drawings, wherein the flare simulator comprises a hydraulic model that uses a network model comprising control valves, relief valves, and piping extracted from the piping isometric drawings; monitoring an emergency event and filtering information for the emergency event based on a control valve limit breach; dividing event start and finish time periods into cases representing smaller time frames; determining, for each case, source max loads, and running each case through the flare simulator; and determining, based on the source max loads and running each case, flare/relief valve performance indicators. establishing flare sources, performance limits, and relationships between control valves and relief valves, wherein the flare sources comprise control valves and relief valves; generating a flare simulator using piping isometric drawings, wherein the flare simulator comprises a hydraulic model that uses a network model comprising control valves, relief valves, and piping extracted from the piping isometric drawings; monitoring an emergency event and filtering information for the emergency event based on a control valve limit breach; dividing event start and finish time periods into cases representing smaller time frames; determining, for each case, source max loads, and running each case through the flare simulator; and determining, based on the source max loads and running each case, flare/relief valve performance indicators.
A process for enriching the concentration in total phenols and polyphenols in olive mill waste waters (OMWW), comprising the steps of: (a) delivering at least one nitrogen flux, in the form of liquid or gas, in said olive mill waste waters, in an amount of 0.2-2 m 3 nitrogen gas/m 3 OMWW, wherein said nitrogen flux is delivered in amounts such that the percentage of oxygen dissolved in the olive mill waste waters at the end of said delivering step is lower than 0.7 mg/L; (b) keeping said olive mill waste waters and said delivered nitrogen in contact for at least 7 days; and (c) obtaining olive mill waste waters enriched in the concentration in said total phenols and polyphenols. (a) delivering at least one nitrogen flux, in the form of liquid or gas, in said olive mill waste waters, in an amount of 0.2-2 m 3 nitrogen gas/m 3 OMWW, wherein said nitrogen flux is delivered in amounts such that the percentage of oxygen dissolved in the olive mill waste waters at the end of said delivering step is lower than 0.7 mg/L; (b) keeping said olive mill waste waters and said delivered nitrogen in contact for at least 7 days; and (c) obtaining olive mill waste waters enriched in the concentration in said total phenols and polyphenols.
A pharmaceutical controlled release composition comprising: (i) a water-swellable linear polymer obtainable by reacting together: (a) a polyethylene oxide of number average molecular weight less than or equal to 4000; (b) an aliphatic diol; and (c) a difunctional isocyanate, wherein the amount of hydrophilic PEG units is less than 50 wt % of the polymer; together with (ii) a pharmaceutically active agent; wherein the ratio of components (a) to (b) to (c) is in the range 0.01-0.1 to 1 to 1.01-1.1 in terms of equivalent weights. (i) a water-swellable linear polymer obtainable by reacting together: (a) a polyethylene oxide of number average molecular weight less than or equal to 4000; (b) an aliphatic diol; and (c) a difunctional isocyanate, wherein the amount of hydrophilic PEG units is less than 50 wt % of the polymer; together with (a) a polyethylene oxide of number average molecular weight less than or equal to 4000; (b) an aliphatic diol; and (c) a difunctional isocyanate, wherein the amount of hydrophilic PEG units is less than 50 wt % of the polymer; together with (ii) a pharmaceutically active agent;
A method of establishing a shared secret between a first user (Alice) and a second user (Bob) arranged to receive a random data stream, the method including: a) each user obtaining an extraction schedule using a weak secret k, wherein k is provided to each of the users via a private and endpoint-authenticated channel; b) each user extracting one or more keychain bits (s 1, s 2,...s n and s' 1, s' 2,...s' n) from the random data stream in accordance with the extraction schedule to generate a keychain (K, K') having a key portion (K A, K B), an error correction encoding portion (K A, K B), and an error check encoding portion (K A(check), K B(check)) the extracting being at an extraction rate chosen to memory bound an enemy; c) the first user applying a checksum function to its keychain, to generate a result, coding the result by performing an XOR operation to the result using the error correction encoding portion (K A) and communicating the coded result to the second user; d) the second user decoding the encoded result received (P') from the first user using its error correction encoding portion (K B) to generate a second result (F 1); e) the second user obtaining a recovered keychain (K') by using the second result (F 1) to correct differences between the key chains (K, K'), and thus the key portions (K A, K B) and the error check encoding portions (K A(check), K B(check)), extracted by the first and second users caused by a bit error rate of the random data stream, wherein the first user's key portion (K A) and the second user's recovered key portion (K' A) are usable as the shared secret. a) each user obtaining an extraction schedule using a weak secret k, wherein k is provided to each of the users via a private and endpoint-authenticated channel; b) each user extracting one or more keychain bits (s 1, s 2,...s n and s' 1, s' 2,...s' n) from the random data stream in accordance with the extraction schedule to generate a keychain (K, K') having a key portion (K A, K B), an error correction encoding portion (K A, K B), and an error check encoding portion (K A(check), K B(check)) the extracting being at an extraction rate chosen to memory bound an enemy; c) the first user applying a checksum function to its keychain, to generate a result, coding the result by performing an XOR operation to the result using the error correction encoding portion (K A) and communicating the coded result to the second user; d) the second user decoding the encoded result received (P') from the first user using its error correction encoding portion (K B) to generate a second result (F 1); e) the second user obtaining a recovered keychain (K') by using the second result (F 1) to correct differences between the key chains (K, K'), and thus the key portions (K A, K B) and the error check encoding portions (K A(check), K B(check)), extracted by the first and second users caused by a bit error rate of the random data stream, wherein the first user's key portion (K A) and the second user's recovered key portion (K' A) are usable as the shared secret.
Fluid distributor apparatus, comprising a body having distribution ports (35, 37, 39, 62, 63); a spool adapted for controlling said distribution ports (35, 37, 39, 62, 63) and mounted sliding in a first sliding seat obtained in said body and communicating with said distribution ports (35, 37, 39, 62, 63); a copying-member mounted sliding and sealed in a second seat obtained in said spool; supply means (46, 47, 48) for a controlled supplying of said fluid to said second seat so that said copying-member slides in a controlled way, said controlled supply means comprising: chamber means containing said fluid and communicating with said second seat; pushing means (47, 53) of said fluid mounted sliding and sealed in said chamber means, characterized in that said chamber means are obtained in said body.
A toothbrush comprising a substantially spherical brush head comprising two substantially hemispherical sections (14,16) separated from one another by a channel; and drive means extending through the channel and adapted to impart at least first and second independent brushing motions to the head.
Device for spacing and securing a shoulder prosthesis long, the device being intended to be placed between a cup and a humeral epiphysis, and being intended to be fixed in the bone, characterized in that the device comprises three portions of a same single part: - an intermediate supporting portion having opposing first and second faces (10, 11), the first face being intended to be placed facing the cup and the second face being intended to be placed facing the bone; - a hollow cylindrical assembling portion extending from the first face and adapted to cooperate with a complementary assembling portion of the cup; - a hollow cylindrical fixing portion extending from the second face and adapted for securing the device in the bone; said intermediate supporting portion being substantially circular and adapted to the cup having a spherical cap. - an intermediate supporting portion having opposing first and second faces (10, 11), the first face being intended to be placed facing the cup and the second face being intended to be placed facing the bone; - a hollow cylindrical assembling portion extending from the first face and adapted to cooperate with a complementary assembling portion of the cup; - a hollow cylindrical fixing portion extending from the second face and adapted for securing the device in the bone;
An ultrasound system adapted to perform therapy on the head of a subject comprising: an array of transducer elements, configured to acoustically couple to the head of a subject, and adapted to transmit therapeutic ultrasonic energy toward a therapy site in the head of the subject, a motion detecting transducer configured to receive echo signals from the head of the subject at a first time and a second time; and characterized in that it further comprises a processor configured to analyze, during therapy, the echo signals received at the first and second times to determine whether transducer motion has occurred from the first time to the second time, wherein the processor further comprises a motion detecting circuit configured to analyze the echo signals received at the first and second times by comparison or correlation. an array of transducer elements, configured to acoustically couple to the head of a subject, and adapted to transmit therapeutic ultrasonic energy toward a therapy site in the head of the subject, a motion detecting transducer configured to receive echo signals from the head of the subject at a first time and a second time; and characterized in that it further comprises a processor configured to analyze, during therapy, the echo signals received at the first and second times to determine whether transducer motion has occurred from the first time to the second time, wherein the processor further comprises a motion detecting circuit configured to analyze the echo signals received at the first and second times by comparison or correlation.
A stencil printer for printing an assembly material on an electronic substrate, the stencil printer comprising: a frame; a stencil coupled to the frame, the stencil having apertures formed therein; a support assembly coupled to the frame, the support assembly being configured to support the electronic substrate; a print head gantry coupled to the frame; a print head assembly supported by the print head gantry in such a manner that the print head assembly is configured to traverse the stencil during print strokes; and an assembly material recovery system configured to remove assembly material from a top surface of the stencil and to deposit assembly material onto a new replacement stencil, the recovery system including a receptacle configured to be positioned on the top surface of the stencil; wherein the support assembly is configured to be moved in a z-axis direction and elevated to engage magnets mounted in a bottom of the receptacle, with the support assembly including a steel surface to secure the receptacle in place on the stencil. a frame; a stencil coupled to the frame, the stencil having apertures formed therein; a support assembly coupled to the frame, the support assembly being configured to support the electronic substrate; a print head gantry coupled to the frame; a print head assembly supported by the print head gantry in such a manner that the print head assembly is configured to traverse the stencil during print strokes; and an assembly material recovery system configured to remove assembly material from a top surface of the stencil and to deposit assembly material onto a new replacement stencil, the recovery system including a receptacle configured to be positioned on the top surface of the stencil; wherein the support assembly is configured to be moved in a z-axis direction and elevated to engage magnets mounted in a bottom of the receptacle, with the support assembly including a steel surface to secure the receptacle in place on the stencil.
A shaft for transmitting torques, comprising a hollow shaft made of fibre-reinforced plastic, wherein a flange (3, 4) which can be used to connect the hollow shaft to a driving or driven machine part is fastened at least to one end of the hollow shaft characterized in that the flange (3, 4) is fastened to the front edge of one end of the hollow shaft by means of a plurality of screw connections, wherein each screw connection comprises a screw and a nut, wherein the shank of the screw projects in the direction of the hollow shaft through an opening in the flange (3, 4) that is arranged in the connection region between the end edge of the hollow shaft and the flange (3, 4), and extends at least partially inside the inside the material of the shell of the hollow shaft and engages with the nut arranged in a radial bore at the hollow shaft, and wherein the head of the screw is supported on that side of the flange (3, 4) opposed to the hollow shaft.