mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device couplable to a plurality of laser diodes (LD_j), the electronic device comprising a semiconductor body having a first surface and including: - a control switch (S1) having a drain (DS1) electrically coupled to a drain metallization of the electronic device and having a source (SS1) electrically coupled to a first source metallization of the electronic device , configured to be electrically coupled to cathodes (LDc_j) of the laser diodes (LD_j) ; - a respective plurality of first switches (S2_j), each first switch (S2_j) having a respective drain (DS2_j) electrically coupled to the drain metallization and having a respective source (SS2_j) electrically coupled to a respective second source metallization (534_j) of the electronic device , configured to be coupled to an anode (LDa_j) of a respective laser diode (LD_j) of the plurality of laser diodes (LD_j), wherein the drain metallization , the first source metallization , and the second source metallizations (534_j) extend on the first surface of the semiconductor body , which is configured to face the laser diodes (LD_j), wherein the second source metallizations (534_j) are aligned with one another in a direction of alignment , are superimposed, orthogonally to the direction of alignment , to the respective sources (SS2_j) of the first switches (S2_j), and are configured to be aligned, orthogonally to the direction of alignment , to the respective laser diodes (LD_j), and wherein at least one of the sources (SS2_j) of the first switches (S2_j) is configured to be aligned, orthogonally to the direction of alignment , to the respective laser diode (LD_j). - a control switch (S1) having a drain (DS1) electrically coupled to a drain metallization of the electronic device and having a source (SS1) electrically coupled to a first source metallization of the electronic device , configured to be electrically coupled to cathodes (LDc_j) of the laser diodes (LD_j) ; - a respective plurality of first switches (S2_j), each first switch (S2_j) having a respective drain (DS2_j) electrically coupled to the drain metallization and having a respective source (SS2_j) electrically coupled to a respective second source metallization (534_j) of the electronic device , configured to be coupled to an anode (LDa_j) of a respective laser diode (LD_j) of the plurality of laser diodes (LD_j), wherein the drain metallization , the first source metallization , and the second source metallizations (534_j) extend on the first surface of the semiconductor body , which is configured to face the laser diodes (LD_j), wherein the second source metallizations (534_j) are aligned with one another in a direction of alignment , are superimposed, orthogonally to the direction of alignment , to the respective sources (SS2_j) of the first switches (S2_j), and are configured to be aligned, orthogonally to the direction of alignment , to the respective laser diodes (LD_j), and wherein at least one of the sources (SS2_j) of the first switches (S2_j) is configured to be aligned, orthogonally to the direction of alignment , to the respective laser diode (LD_j).
A computer-implemented method for monitoring and/or controlling performance of an industrial bioprocess comprising the steps of: providing a first model incorporating spatial variation of a process parameter in a bioreactor during the bioprocess; providing a second model which incorporates the local response of a microorganism to the process parameter observed by said microorganism; generating a digital twin, DT, of the bioreactor by combining the first model and the second model, wherein an output of the first model is an input to the second model and/or wherein an output of the second model is an input for the first model; providing the DT with an input operational setting; predicting, by the DT, a characteristic of the bioprocess based on the provided input operational setting; monitoring and/or controlling the bioprocess based on the predicted characteristic of the bioprocess. providing a first model incorporating spatial variation of a process parameter in a bioreactor during the bioprocess; providing a second model which incorporates the local response of a microorganism to the process parameter observed by said microorganism; generating a digital twin, DT, of the bioreactor by combining the first model and the second model, wherein an output of the first model is an input to the second model and/or wherein an output of the second model is an input for the first model; providing the DT with an input operational setting; predicting, by the DT, a characteristic of the bioprocess based on the provided input operational setting; monitoring and/or controlling the bioprocess based on the predicted characteristic of the bioprocess.
A printing apparatus , comprising: a cover member , covering at least a portion of a conveyance path for conveying a recording medium , wherein the cover member is configured such that at least a portion of a part covering the conveyance path is able to expand and contract, wherein the printing apparatus is an inkjet printing apparatus, and the conveyance path which is covered by the cover member is a portion to which the recording medium after inkjet printing is conveyed, characterized in that the cover member is divided into at least a first segment and a second segment in a conveyance direction of the recording medium , between the first segment and the second segment , a rotator is provided to connect the first segment and the second segment such that the first segment and the second segment are relatively rotatable with respect to each other, and the first segment and the second segment are relatively rotatable by the rotator , whereby at least one of the first segment and the second segment is able to retreat from a position for covering the conveyance path . a cover member , covering at least a portion of a conveyance path for conveying a recording medium , wherein the cover member is configured such that at least a portion of a part covering the conveyance path is able to expand and contract, wherein the printing apparatus is an inkjet printing apparatus, and the conveyance path which is covered by the cover member is a portion to which the recording medium after inkjet printing is conveyed, characterized in that the cover member is divided into at least a first segment and a second segment in a conveyance direction of the recording medium , between the first segment and the second segment , a rotator is provided to connect the first segment and the second segment such that the first segment and the second segment are relatively rotatable with respect to each other, and the first segment and the second segment are relatively rotatable by the rotator , whereby at least one of the first segment and the second segment is able to retreat from a position for covering the conveyance path .
A polymer composition comprising: - 35 to 70 wt. % of a polyphenylene sulfide (PPS), - 5 to 15 wt. % of polyamide 6 (PA6), - 25 to 60 wt. % of reinforcing agents, wherein the weight ratio PPS/PA6 is at least 4, with the proviso that the composition does not comprise an elastomer or comprises an elastomer in an amount not exceeding 1 wt. %, wherein wt. % are based on the total weight of the composition. - 35 to 70 wt. % of a polyphenylene sulfide (PPS), - 5 to 15 wt. % of polyamide 6 (PA6), - 25 to 60 wt. % of reinforcing agents, wherein the weight ratio PPS/PA6 is at least 4, with the proviso that the composition does not comprise an elastomer or comprises an elastomer in an amount not exceeding 1 wt. %, wherein wt. % are based on the total weight of the composition.
An apparatus for fixing an instrument installed in an intestinal canal in a state of wrapping the instrument outside the intestinal canal in order to protect an anastomosis region after resection of a tubular internal organ, the apparatus comprising: a band-shaped body having a predetermined thickness and width, wherein the body is made of a biodegradable substance or a non-absorbent substance that has no foreign body reaction in a human body, and has low elongation in a longitudinal direction of the body, characterised in that width-directional opposite edges of the body of the apparatus are finished in a flexible form so as not to damage an outer surface of the intestinal canal when coming into contact with the outer surface of the intestinal canal, round concave and convex portions being formed at the width-directional opposite edges of the body. a band-shaped body having a predetermined thickness and width, wherein the body is made of a biodegradable substance or a non-absorbent substance that has no foreign body reaction in a human body, and has low elongation in a longitudinal direction of the body,
A method of performing predictive maintenance on equipment used for delivering liquid paint in a paint finishing facility, the method comprising: identifying a set of components of the equipment and associated maintenance requirements; for each of the components , providing a set of operating parameters that affect useful service life of the component ; for each component providing an algorithm relating the operating parameters to a remaining time by when a maintenance operation on the component is to be performed; monitoring each of the operating parameters during operation of the paint finishing facility; for each component, applying the algorithm with the monitored operating parameters to calculate the remaining time for the component ; and for each component providing to a maintenance operative an alert indication relating to the remaining time for the component . identifying a set of components of the equipment and associated maintenance requirements; for each of the components , providing a set of operating parameters that affect useful service life of the component ; for each component providing an algorithm relating the operating parameters to a remaining time by when a maintenance operation on the component is to be performed; monitoring each of the operating parameters during operation of the paint finishing facility; for each component, applying the algorithm with the monitored operating parameters to calculate the remaining time for the component ; and for each component providing to a maintenance operative an alert indication relating to the remaining time for the component .
Metal or metallized reinforcer, at least the surface of which is at least partially metallic, at least said metallic part being coated with a polybenzoxazine, the repeat units of which comprise at least one unit corresponding to the formulae (I) or (II): in which Z 1 and Z 2 , which are identical or different, represent an at least divalent, aliphatic, cycloaliphatic or aromatic bonding group comprising at least one carbon atom and optionally at least one heteroatom selected from O, S, N and P.
A method for sealing together a first section and a second section of a piece of packaging material , said method comprising arranging the piece of packaging material such that the first and second section lie against each other, melting at least one plastic layer in the first and second section by feeding the piece of packaging material through a heating station , wherein the heating station comprises at least one ultra-sonic horn placed on a first side of the piece and a first group of anvil elements placed on a second side of the piece , wherein the first side is opposite to the second side, wherein the first group of anvil elements is fixedly positioned with respect to the at least one ultra-sonic horn , characterized by cooling down the piece of packaging material by feeding the piece through a cooling station , wherein the cooling station comprises cooling elements , such as cooling wheels, placed on the first side of the piece of packaging material and a second group of anvil elements placed on the second side of the piece of packaging material such that the at least one plastic layer is solidified. arranging the piece of packaging material such that the first and second section lie against each other, melting at least one plastic layer in the first and second section by feeding the piece of packaging material through a heating station , wherein the heating station comprises at least one ultra-sonic horn placed on a first side of the piece and a first group of anvil elements placed on a second side of the piece , wherein the first side is opposite to the second side, wherein the first group of anvil elements is fixedly positioned with respect to the at least one ultra-sonic horn , characterized by cooling down the piece of packaging material by feeding the piece through a cooling station , wherein the cooling station comprises cooling elements , such as cooling wheels, placed on the first side of the piece of packaging material and a second group of anvil elements placed on the second side of the piece of packaging material such that the at least one plastic layer is solidified.
An electric coil structure , comprising: a magnetic core ; a coil substrate comprising a conductive material embedded in an insulating material, the coil substrate having a first portion and a second portion , the first portion of the coil substrate at least partially wrapped around the magnetic core; and an alignment structure, the alignment structure configured to facilitate attachment of the first portion to the second portion to define a coil about the magnetic core, characterised in that the alignment structure comprises a redistribution substrate disposed between the first portion and the second portion. a magnetic core ; a coil substrate comprising a conductive material embedded in an insulating material, the coil substrate having a first portion and a second portion , the first portion of the coil substrate at least partially wrapped around the magnetic core; and an alignment structure, the alignment structure configured to facilitate attachment of the first portion to the second portion to define a coil about the magnetic core, characterised in that the alignment structure comprises a redistribution substrate disposed between the first portion and the second portion.
Battery management system , in particular for a rail vehicle, comprising an installation battery , a busbar arrangement , a battery circuit breaker for switchably connecting the installation battery to the busbar arrangement , and at least one switching apparatus (171-174) for switchably connecting at least one load group (VG1-VGn) to the busbar arrangement , characterized by a control apparatus for controlling switching operations for switching the battery circuit breaker and the at least one switching apparatus (171-174), and a single ballast for generating a switching current for switching the battery circuit breaker and the at least one switching apparatus (171-174), wherein the control apparatus is configured to provide the ballast with a setpoint value for the switching current for switching the battery circuit breaker or the at least one switching apparatus (171-174), wherein the control apparatus is configured to transmit a first setpoint value for a switching current for switching the battery circuit breaker and a second setpoint value for a switching current for switching the at least one switching apparatus (171-174), wherein the ballast has a setpoint value adjuster for adjusting the switching current depending on the setpoint value received from the control apparatus , and wherein the control apparatus is configured to actuate a plurality of switching elements that distribute the switching currents, wherein the switching currents are delivered by the ballast and adapted to the respective switching apparatus (171-174), among the respective switching apparatuses (171-174) to be actuated. a control apparatus for controlling switching operations for switching the battery circuit breaker and the at least one switching apparatus (171-174), and a single ballast for generating a switching current for switching the battery circuit breaker and the at least one switching apparatus (171-174), wherein the control apparatus is configured to provide the ballast with a setpoint value for the switching current for switching the battery circuit breaker or the at least one switching apparatus (171-174), wherein the control apparatus is configured to transmit a first setpoint value for a switching current for switching the battery circuit breaker and a second setpoint value for a switching current for switching the at least one switching apparatus (171-174), wherein the ballast has a setpoint value adjuster for adjusting the switching current depending on the setpoint value received from the control apparatus , and wherein the control apparatus is configured to actuate a plurality of switching elements that distribute the switching currents, wherein the switching currents are delivered by the ballast and adapted to the respective switching apparatus (171-174), among the respective switching apparatuses (171-174) to be actuated.
A control method for a compressor system comprising a compressor connected to a pressure vessel and a frequency converter controlling a rotational speed of an electric motor of the compressor, wherein the method comprises an identification phase and an operational phase, and wherein the identification phase comprises: operating the compressor to increase a pressure inside the pressure vessel to a desired pressure level determining the value of the rotational speed and the value of at least one other electrical quantity of the electric motor at the desired pressure level, calculating a value for a first variable on the basis of the rotational speed and the value of the at least one other electrical quantity, wherein the first variable represents a counter-torque of the electric motor caused by the pressure inside the pressure vessel, determining a first reference level on the basis of the first variable, wherein the first reference level represents a counter-torque caused by the desired pressure level, and wherein the operational phase comprises: determining the present values of the at least one other electrical quantity and the rotational speed, calculating a present value of the first variable on the basis of the present values of the rotational speed and the at least one other electrical quantity, controlling the rotational speed of the electric motor on the basis of the first reference level and the present value of the first variable, wherein the at least one other electrical quantity is the mechanical power of the electric motor. operating the compressor to increase a pressure inside the pressure vessel to a desired pressure level determining the value of the rotational speed and the value of at least one other electrical quantity of the electric motor at the desired pressure level, calculating a value for a first variable on the basis of the rotational speed and the value of the at least one other electrical quantity, wherein the first variable represents a counter-torque of the electric motor caused by the pressure inside the pressure vessel, determining a first reference level on the basis of the first variable, wherein the first reference level represents a counter-torque caused by the desired pressure level, determining the present values of the at least one other electrical quantity and the rotational speed, calculating a present value of the first variable on the basis of the present values of the rotational speed and the at least one other electrical quantity, controlling the rotational speed of the electric motor on the basis of the first reference level and the present value of the first variable, wherein the at least one other electrical quantity is the mechanical power of the electric motor.
A remote arm of a manipulator comprising: a boom tube having a distal end, wherein the boom tube houses a mechanical communication chain ; a floating gearbox assembly coupled to the boom tube , the floating gearbox assembly comprising: an outer framework rigidly coupled to the distal end of the boom tube , an inner framework retained by the outer framework , wherein the inner framework is rotatable relative to the outer framework , and a drive gear disposed in the inner framework , wherein the drive gear is in mechanical communication with the mechanical communication chain ; and a wrist joint having a wrist joint housing and an output gear disposed in the wrist joint housing , wherein the wrist joint housing is configured to detachably couple to the outer framework by rotating the outer framework relative to the inner framework , and the output gear is configured to mechanically communicate with the drive gear when the wrist joint housing is coupled to the outer framework . a boom tube having a distal end, wherein the boom tube houses a mechanical communication chain ; a floating gearbox assembly coupled to the boom tube , the floating gearbox assembly comprising: an outer framework rigidly coupled to the distal end of the boom tube , an inner framework retained by the outer framework , wherein the inner framework is rotatable relative to the outer framework , and a drive gear disposed in the inner framework , wherein the drive gear is in mechanical communication with the mechanical communication chain ; and an outer framework rigidly coupled to the distal end of the boom tube , an inner framework retained by the outer framework , wherein the inner framework is rotatable relative to the outer framework , and a drive gear disposed in the inner framework , wherein the drive gear is in mechanical communication with the mechanical communication chain ; and a wrist joint having a wrist joint housing and an output gear disposed in the wrist joint housing , wherein the wrist joint housing is configured to detachably couple to the outer framework by rotating the outer framework relative to the inner framework , and the output gear is configured to mechanically communicate with the drive gear when the wrist joint housing is coupled to the outer framework .
A computing system , comprising: an anonymizer server communicatively coupled to a data repository configured to store a personal identification information, PII, data, wherein the anonymizer server is configured to perform operations comprising: receiving a repository configuration request comprising an anonymized data schema and a measure of anonymity; creating an anonymized data repository clone based on the anonymized data schema and the measure of anonymity; adding synthetic data to the anonymized data repository clone to reach the received measure of anonymity; anonymizing the PII data to create an anonymized data; and storing the anonymized data in the anonymized data repository clone. receiving a repository configuration request comprising an anonymized data schema and a measure of anonymity; creating an anonymized data repository clone based on the anonymized data schema and the measure of anonymity; adding synthetic data to the anonymized data repository clone to reach the received measure of anonymity; anonymizing the PII data to create an anonymized data; and storing the anonymized data in the anonymized data repository clone.