mhurhangee/patent-ind-claim-en huggingface dataset:
An emulsion composition comprising: fish oil and medium-chain triglycerides (MCT) at a ratio between, but not inclusive of, 30:70 to about 70:30; or omega-3 fatty acids and medium-chain triglycerides (MCT) at a ratio of about 30:70 to about 70:30, wherein the total triglyceride + diglyceride content of the fish oil and/or omega-3 fatty acids comprise no more than 10 % diglyceride. fish oil and medium-chain triglycerides (MCT) at a ratio between, but not inclusive of, 30:70 to about 70:30; or omega-3 fatty acids and medium-chain triglycerides (MCT) at a ratio of about 30:70 to about 70:30,
A temperature control circuit for an inkjet printhead , comprising: a) a temperature sensor portion that generates an output current (IM40) of a sum of a current proportional to a sensed temperature on the inkjet printhead and an offset current (IOFFSET); and b) an offset current correction portion that generates a correction current (IM16) that is subtracted from the output current to at least partially compensate for the offset current, the output current as compensated by the correction current being output as a temperature control circuit output current; characterized in that the temperature control circuit is such that the temperature sensor portion comprises a band-gap temperature detection circuit (M4, M7, M30, M31, M34, M35, M25, M26, M5, M40). a) a temperature sensor portion that generates an output current (IM40) of a sum of a current proportional to a sensed temperature on the inkjet printhead and an offset current (IOFFSET); and b) an offset current correction portion that generates a correction current (IM16) that is subtracted from the output current to at least partially compensate for the offset current, the output current as compensated by the correction current being output as a temperature control circuit output current; characterized in that the temperature control circuit is such that the temperature sensor portion comprises a band-gap temperature detection circuit (M4, M7, M30, M31, M34, M35, M25, M26, M5, M40).
A lid device (20; 70) for pushing out a hinged lid from a closed position to an open ready position, and for releasably locking the lid in the closed position, comprising: a lid ; a push lifter that alternates between an extended state for pushing the lid to the open ready position and a retracted state for permitting the lid to be placed in the closed position each time a free end of the push lifter is pushed by the lid; a drive unit positioned near the push lifter; a lock member (18; 72) moveable between an engage position for engaging the lid in the closed position and a release position for releasing the lid; and a transmission mechanism (64; 76) for transmitting a drive force of the drive unit to the lock member to move the lock member between the engage position and the release position; wherein the push lifter and the drive unit are arranged such that a lengthwise direction of the push lifter and a lengthwise direction of the drive unit are parallel to each other; characterised in that in the engage position, the lock member is configured to engage an engagement piece of the lid. a lid ; a push lifter that alternates between an extended state for pushing the lid to the open ready position and a retracted state for permitting the lid to be placed in the closed position each time a free end of the push lifter is pushed by the lid; a drive unit positioned near the push lifter; a lock member (18; 72) moveable between an engage position for engaging the lid in the closed position and a release position for releasing the lid; and a transmission mechanism (64; 76) for transmitting a drive force of the drive unit to the lock member to move the lock member between the engage position and the release position; wherein the push lifter and the drive unit are arranged such that a lengthwise direction of the push lifter and a lengthwise direction of the drive unit are parallel to each other; characterised in that in the engage position, the lock member is configured to engage an engagement piece of the lid.
High voltage distribution system comprising a support element with a plurality of retaining devices which can be arranged on the support element and a plurality of fuse elements which can be arranged on the retaining devices , with at least one conductor assembly arranged on each fuse element , the retaining devices each having an upper part and a lower part which, in a direction of a longitudinal axis (A40) of the fuse elements , are configured such that they can be divided at least into a first subelement (211; 221) and a second subelement (212; 222), characterized in that the upper parts of the retaining devices have recesses for the conductor assemblies which are adapted to the respective position of the conductor assembly such that the upper parts for a conductor assembly which can be connected to a positive busbar differ from the upper parts for a conductor assembly which can be connected to a negative busbar.
A manufacturing method of a security document , the method comprising - a formation step of a card body comprising an assembly step of at least one substrate and a top layer , the top layer comprising an external surface , and a coating layer positioned between the substrate and the top layer , and a lamination step (E1) of at least the substrate , the coating layer and the top layer ; - a personalization step (E2) comprising a reshaping step in which the external surface of the security document is reshaped, the reshaping step comprising a formation step of at least one lens on the surface of the security document , the lens being added onto the lens pattern of a lens layer; and - an engraving step (E3) in which the coating layer is engraved through the top layer . - a formation step of a card body comprising an assembly step of at least one substrate and a top layer , the top layer comprising an external surface , and a coating layer positioned between the substrate and the top layer , and a lamination step (E1) of at least the substrate , the coating layer and the top layer ; - a personalization step (E2) comprising a reshaping step in which the external surface of the security document is reshaped, the reshaping step comprising a formation step of at least one lens on the surface of the security document , the lens being added onto the lens pattern of a lens layer; and - an engraving step (E3) in which the coating layer is engraved through the top layer .
A disposable cartridge for cooperating with a platform for monitoring and controlling the state of at least a cell culture located within a cell culture chamber , characterized in that it comprises: a duct network comprising at least one fluid inlet and fluid outlet through which said duct network is configured to be in fluid communication with the interior of the cell culture chamber , this duct network being configured for circulating at least one fluid therein, a first sensor connected to the duct network, the first sensor being configured for measuring at least a first fluid parameter, a second sensor connected to the duct network, the second sensor being configured for measuring at least a second fluid parameter regardless of the first sensor , the second fluid parameter being different from the first fluid parameter, and flow control means for selectively controlling the flow of fluid circulating through the duct network towards the first sensor or the second sensor or both sensors , wherein the first sensor and second sensor are respectively configured for connecting with at least one processing means of the platform so that both first and second sensor control the state of at least one fluid coming from the cell culture chamber and circulating through the duct network, and the fluid to be circulated in the duct network is a medium, or cells suspended in a medium, or a sample of any of the above, and the medium is a liquid medium and/or a culture medium. a duct network comprising at least one fluid inlet and fluid outlet through which said duct network is configured to be in fluid communication with the interior of the cell culture chamber , this duct network being configured for circulating at least one fluid therein, a first sensor connected to the duct network, the first sensor being configured for measuring at least a first fluid parameter, a second sensor connected to the duct network, the second sensor being configured for measuring at least a second fluid parameter regardless of the first sensor , the second fluid parameter being different from the first fluid parameter, and flow control means for selectively controlling the flow of fluid circulating through the duct network towards the first sensor or the second sensor or both sensors , the first sensor and second sensor are respectively configured for connecting with at least one processing means of the platform so that both first and second sensor control the state of at least one fluid coming from the cell culture chamber and circulating through the duct network, and the fluid to be circulated in the duct network is a medium, or cells suspended in a medium, or a sample of any of the above, and the medium is a liquid medium and/or a culture medium.
Automatic dishwashing detergent composition comprising at least one cationic derivate of a polysaccharide, said cationic derivate of a polysaccharide being a derivate of a polysaccharide comprising a cationic group and having an average molecular weight of less than 30000 g/mol and a degree of substitution ranging between 0.1 and 3, wherein the cationic group comprises a quaternary ammonium group, a sulfonium group or a phosphonium group, and wherein said cationic derivate of a polysaccharide comprises a cationic derivate of fructan, wherein the automatic dishwashing detergent composition further comprises one or more selected from corrosion inhibitors, bleaching agents, bleach activators, anti-redeposition agents, enzymes and builders selected from phosphonates, silicates, and aluminosilicates.
A method for producing a mold for rubber article comprising; a plurality of split molds which are combined together such that their parting surfaces opposed to each other to mold a rubber article; and slit forming parts on the parting surfaces which form a slit vent between the split molds , wherein it comprises steps of: forming the parting surface including the slit forming part on the split mold , and plating the parting surface of the split mold so as to coat the parting surface in which the slit forming part is formed, with a plating film , characterised in that the plating film of the slit forming part is made thinner than the plating film of other parts in the parting surface of the split mold so that the recessed slit formingpart coated with the plating film is formed on the parting surface . forming the parting surface including the slit forming part on the split mold , and plating the parting surface of the split mold so as to coat the parting surface in which the slit forming part is formed, with a plating film , characterised in that the plating film of the slit forming part is made thinner than the plating film of other parts in the parting surface of the split mold so that the recessed slit formingpart coated with the plating film is formed on the parting surface .
A method for recording multiple instances of content, comprising: receiving, at a content receiver , an instruction to initiate recording; in response to the instruction, setting at the content receiver a first tuner (107/220) to a first carrier frequency; further in response to the instruction, setting at the content receiver a second tuner (107/220) to a second carrier frequency; receiving a first set of content at the first tuner, the first set of content scrambled with a control word, wherein the first set of content comprises a first television program; receiving a second set of content at the second tuner, the second set of content scrambled with the control word, wherein the second set of content comprises a different, second television program; decrypting, by the content receiver , an entitlement control message to obtain the control word; descrambling, using a single descrambler (110/220) of the content receiver and using the decrypted control word, the first and second sets of content received at the first and second tuner; recording the descrambled first and second sets of content on a storage medium . receiving, at a content receiver , an instruction to initiate recording; in response to the instruction, setting at the content receiver a first tuner (107/220) to a first carrier frequency; further in response to the instruction, setting at the content receiver a second tuner (107/220) to a second carrier frequency; receiving a first set of content at the first tuner, the first set of content scrambled with a control word, wherein the first set of content comprises a first television program; receiving a second set of content at the second tuner, the second set of content scrambled with the control word, wherein the second set of content comprises a different, second television program; decrypting, by the content receiver , an entitlement control message to obtain the control word; descrambling, using a single descrambler (110/220) of the content receiver and using the decrypted control word, the first and second sets of content received at the first and second tuner; recording the descrambled first and second sets of content on a storage medium .
Train traffic control system comprising a traffic management system (TMS) for executing regular operations, wherein the traffic control system is adapted for checking the admissibility for the regular operations at any time, a route and train control system (RTCS), and a command and status adapter (COST), wherein the train traffic control system is adapted to exchange information and commands between the traffic management system (TMS) and the route and train control system (RTCS) via the command and status adapter (COST), wherein the command and status adapter (COST) comprises software components for carrying out functions with basic integrity, wherein the traffic management system (TMS) comprises a human machine interface for operating the route and train control system by a human operator, wherein the traffic management system (TMS) is configured for executing safety critical operations, which circumvent a safe setting of the route and train control system (RTCS), wherein the traffic management system (TMS) is configured to receive instructions on the safety critical operations which are instructed from the operator while bypassing elements of the route and train control system (RTCS), wherein the traffic control system further comprises at least one software component for carrying out a function for controlling the safety critical operations, wherein the function for controlling the safety critical operations is outsourced from the command and status adapter (COST) and the command and status adapter (COST) has safety level SILO. a traffic management system (TMS) for executing regular operations, wherein the traffic control system is adapted for checking the admissibility for the regular operations at any time, a route and train control system (RTCS), and a command and status adapter (COST), wherein the train traffic control system is adapted to exchange information and commands between the traffic management system (TMS) and the route and train control system (RTCS) via the command and status adapter (COST), wherein the command and status adapter (COST) comprises software components for carrying out functions with basic integrity, wherein the traffic management system (TMS) comprises a human machine interface for operating the route and train control system by a human operator, wherein the traffic management system (TMS) is configured for executing safety critical operations, which circumvent a safe setting of the route and train control system (RTCS), wherein the traffic management system (TMS) is configured to receive instructions on the safety critical operations which are instructed from the operator while bypassing elements of the route and train control system (RTCS), wherein the traffic control system further comprises at least one software component for carrying out a function for controlling the safety critical operations, wherein the function for controlling the safety critical operations is outsourced from the command and status adapter (COST) and the command and status adapter (COST) has safety level SILO.
A holder for a sheet music, comprising: an elongated sheet having a front face, a rear face, and parallel longitudinal edges on opposite sides thereof and extending lengthwise thereof; a plurality of transverse lines extending from the longitudinal edges, substantially perpendicular thereof and spaced along the length of longitudinal edges dividing the elongated sheet into a plurality of sections, the elongated sheet being accordion-folded along the plurality of transverse lines, and a respective coupling member disposed on the front face of each of the plurality of sections, each said respective coupling member adapted to mount a respective page of sheet music to each respective one of said plurality of sections, characterised in that the transverse lines are semi-perforation lines, each of which comprising one or more perforated line segments alternating in a linear fashion with one or more non-perforated segments. an elongated sheet having a front face, a rear face, and parallel longitudinal edges on opposite sides thereof and extending lengthwise thereof; a plurality of transverse lines extending from the longitudinal edges, substantially perpendicular thereof and spaced along the length of longitudinal edges dividing the elongated sheet into a plurality of sections, the elongated sheet being accordion-folded along the plurality of transverse lines, and a respective coupling member disposed on the front face of each of the plurality of sections, each said respective coupling member adapted to mount a respective page of sheet music to each respective one of said plurality of sections, characterised in that the transverse lines are semi-perforation lines, each of which comprising one or more perforated line segments alternating in a linear fashion with one or more non-perforated segments.
A wheel loader comprising: a vehicle body ; a boom swingably supported by the vehicle body ; a bucket swingably supported by the boom ; a boom driving unit configured to swing the boom , the boom driving unit comprising a boom hydraulic cylinder ; a bucket driving unit configured to swing the bucket ; a boom-bottom pressure detector configured to detect a boom-bottom pressure, which is a pressure of a hydraulic oil supplied to the boom hydraulic cylinder ; and a controller configured to control at least one of a lift motion of the boom and a tilt motion of the bucket , the bucket comprising a bottom plate , characterised by the bottom plate comprising an inclined portion inclined upward toward an innermost of the bucket when a bottom surface of the bottom plate is set horizontal, and the controller controlling the lift motion or the tilt motion by comparing a threshold set in accordance with an inclination angle (θ) of the inclined portion relative to the bottom surface with the boom-bottom pressure. a vehicle body ; a boom swingably supported by the vehicle body ; a bucket swingably supported by the boom ; a boom driving unit configured to swing the boom , the boom driving unit comprising a boom hydraulic cylinder ; a bucket driving unit configured to swing the bucket ; a boom-bottom pressure detector configured to detect a boom-bottom pressure, which is a pressure of a hydraulic oil supplied to the boom hydraulic cylinder ; and a controller configured to control at least one of a lift motion of the boom and a tilt motion of the bucket , the bucket comprising a bottom plate , characterised by the bottom plate comprising an inclined portion inclined upward toward an innermost of the bucket when a bottom surface of the bottom plate is set horizontal, and the controller controlling the lift motion or the tilt motion by comparing a threshold set in accordance with an inclination angle (θ) of the inclined portion relative to the bottom surface with the boom-bottom pressure.
Method for manufacturing an electrical circuit board intended to connect an electronic chip to a conductive layer, comprising: - the provision of a layer of dielectric material having two main sides to form a substrate; - the provision of a sheet of electrically conductive material , with two main sides; - the formation of an electrical circuit pattern in the sheet of electrically conductive material; - the provision of a layer of adhesive material ; - the placing in contact of one of the main sides of the layer of electrically conductive material with the layer of adhesive material ; and - the lamination of the sheet of dielectric material, the sheet of electrically conductive material and the layer of adhesive material , characterized in that a colouring agent is added to the adhesive material forming the layer of adhesive material , in order to form a layer of dyed adhesive material . - the provision of a layer of dielectric material having two main sides to form a substrate; - the provision of a sheet of electrically conductive material , with two main sides; - the formation of an electrical circuit pattern in the sheet of electrically conductive material; - the provision of a layer of adhesive material ; - the placing in contact of one of the main sides of the layer of electrically conductive material with the layer of adhesive material ; and - the lamination of the sheet of dielectric material, the sheet of electrically conductive material and the layer of adhesive material ,
An electrosurgical instrument for the treatment of tissue, comprising: a shaft ; an electrode assembly , comprising: at least one active electrode ; at least one return electrode separated from the active electrode via at least one insulator ; and an aspiration system for removing material from a surgical site , the aspiration system including at least one conduit formed by a channel extending through the shaft, and at least one aspiration inlet , characterized in that the at least one active electrode includes a support arm extending from an outer surface of the at least one active electrode inwardly toward a longitudinal axis of the channel of the aspiration system whereby the support arm includes a threaded support orifice configured to be threadably attached to threads at a distal end of the channel of the aspiration system . a shaft ; an electrode assembly , comprising: at least one active electrode ; at least one return electrode separated from the active electrode via at least one insulator ; and an aspiration system for removing material from a surgical site , the aspiration system including at least one conduit formed by a channel extending through the shaft, and at least one aspiration inlet , characterized in that the at least one active electrode includes a support arm extending from an outer surface of the at least one active electrode inwardly toward a longitudinal axis of the channel of the aspiration system whereby the support arm includes a threaded support orifice configured to be threadably attached to threads at a distal end of the channel of the aspiration system . at least one active electrode ; at least one return electrode separated from the active electrode via at least one insulator ; and an aspiration system for removing material from a surgical site , the aspiration system including at least one conduit formed by a channel extending through the shaft, and at least one aspiration inlet , characterized in that the at least one active electrode includes a support arm extending from an outer surface of the at least one active electrode inwardly toward a longitudinal axis of the channel of the aspiration system whereby the support arm includes a threaded support orifice configured to be threadably attached to threads at a distal end of the channel of the aspiration system .