mhurhangee/patent-ind-claim-en huggingface dataset:
Seat for a vehicle, comprising a bucket and a base , the bucket comprising a seat portion and a backrest , said base being intended to attach said bucket to a floor of said vehicle, wherein said base comprises two first legs of fixed length and mechanical connections , each first leg having two ends and being, on the one hand, mechanically connected by one of said ends to said bucket by a first mechanical connection which has no degree of freedom in translation and, on the other hand, intended to be mechanically connected by another one of said ends to said floor by a second mechanical connection which has at least two degrees of freedom and only degrees of freedom in rotation, two first directions coupling said two ends of each first leg , said two ends not being mutually parallel, two third mechanical connections which have in each case at least two degrees of freedom in rotation being intended to mechanically connect said bucket to said floor so that said base is capable of absorbing deformations of said floor while limiting the mechanical stresses that are transmitted to said bucket and while preventing twisting of said bucket .
A method for preparing a microencapsulated conjugated linoleic acid glyceride powder, comprising the following steps of: preparing raw materials, the raw materials containing the following components in parts by mass: conjugated linoleic acid glyceride 60 -85 parts; starch or colloid 5-35 parts; micromolecule filler 4 -20 parts; antioxidant 0.01- 5 parts; dissolving the starch or the colloid and the micromolecule filler in water at 40°C to 60°C, and then cooling the system to 0 - 30°C; adding an aqueous phase antioxidant into the system in step , and stirring at 0°C to 30°C until the aqueous phase antioxidant is completely dissolved to obtain an aqueous phase; adding an oil phase antioxidant into the conjugated linoleic acid glyceride, and stirring at 10°- 25°C until the oil phase antioxidant is completely dissolved to obtain an oil phase; adding the oil phase into the aqueous phase, controlling the temperature of the system between 0 - 30°C, shearing and emulsifying the mixture for 0.5 hour to 2 hours, and then homogenizing for 1 time to 3 times at 40 -120 MPa to obtain an emulsion; and performing spray drying on the emulsion prepared in step at an air inlet temperature of 90- 230°C, and an air outlet temperature of 50 - 110°C. preparing raw materials, the raw materials containing the following components in parts by mass: conjugated linoleic acid glyceride 60 -85 parts; starch or colloid 5-35 parts; micromolecule filler 4 -20 parts; antioxidant 0.01- 5 parts; dissolving the starch or the colloid and the micromolecule filler in water at 40°C to 60°C, and then cooling the system to 0 - 30°C; adding an aqueous phase antioxidant into the system in step , and stirring at 0°C to 30°C until the aqueous phase antioxidant is completely dissolved to obtain an aqueous phase; adding an oil phase antioxidant into the conjugated linoleic acid glyceride, and stirring at 10°- 25°C until the oil phase antioxidant is completely dissolved to obtain an oil phase; adding the oil phase into the aqueous phase, controlling the temperature of the system between 0 - 30°C, shearing and emulsifying the mixture for 0.5 hour to 2 hours, and then homogenizing for 1 time to 3 times at 40 -120 MPa to obtain an emulsion; and performing spray drying on the emulsion prepared in step at an air inlet temperature of 90- 230°C, and an air outlet temperature of 50 - 110°C.
A mixer for adhesives or sealants comprising: a cartridge support plate ; a cartridge holder sleeve mounted on the cartridge support plate structured and arranged to receive at least a portion of an adhesive or sealant cartridge therein; a pressure sensitive housing mounted on the cartridge support plate ; a piston reciprocatingly movable within the pressure sensitive housing defining an upper piston chamber and a lower piston chamber within the pressure sensitive housing ; an upper biasing element in the upper piston chamber ; a lower biasing element in the lower piston chamber ; at least one proximity sensor mounted on the pressure sensitive housing structured and arranged to sense a position of the piston within the pressure sensitive housing ; a piston rod connected to the piston and extendable from the pressure sensitive housing ; and a main pressure cylinder comprising a reciprocating rod extendable therefrom connected to the piston rod , wherein upward movement of the reciprocating rod causes the piston to move toward an upper end wall of the upper piston chamber against force applied to the piston by the upper biasing element, and downward movement of the reciprocating rod causes the piston to move toward a lower end wall of the lower piston chamber against force applied to the piston by the lower biasing element. a cartridge support plate ; a cartridge holder sleeve mounted on the cartridge support plate structured and arranged to receive at least a portion of an adhesive or sealant cartridge therein; a pressure sensitive housing mounted on the cartridge support plate ; a piston reciprocatingly movable within the pressure sensitive housing defining an upper piston chamber and a lower piston chamber within the pressure sensitive housing ; an upper biasing element in the upper piston chamber ; a lower biasing element in the lower piston chamber ; at least one proximity sensor mounted on the pressure sensitive housing structured and arranged to sense a position of the piston within the pressure sensitive housing ; a piston rod connected to the piston and extendable from the pressure sensitive housing ; and a main pressure cylinder comprising a reciprocating rod extendable therefrom connected to the piston rod , wherein upward movement of the reciprocating rod causes the piston to move toward an upper end wall of the upper piston chamber against force applied to the piston by the upper biasing element, and downward movement of the reciprocating rod causes the piston to move toward a lower end wall of the lower piston chamber against force applied to the piston by the lower biasing element.
A rotary engine, comprising a cylinder body , a rotor , as well as an air inlet , an air outlet and an ignition device , which are arranged on the cylinder body , wherein one set of movable baffles is arranged in the cylinder body , and is in seal fit with an inner wall of the cylinder body to form at least two sealed cavities in the cylinder body; the one set of movable baffles is rotatable around the center of the cylinder body ; a one-way rotation mechanism is arranged between the one set of movable baffles and the rotor , and drives the rotor to rotate in one direction, characterized in that the rotary engine further comprises two fixed baffles , wherein the one set of movable baffles is arranged and can rotate around the center of the cylinder body in a reciprocating manner; wherein the one set of movable baffles comprises two inner catches and a disk for fixing the inner catches , and a rotating shaft is further arranged in the center of the disk ; and wherein the one-way rotation mechanism comprises a first one-way bearing and a second one-way bearing which are arranged on the rotating shaft and are opposite in the direction of rotation, the first one-way bearing and the second one-way bearing are connected with the rotor via two different transmission mechanisms respectively, one transmission mechanism drives the rotor and the first one-way bearing to rotate in the same direction, while the other transmission mechanism drives the rotor and the second one-way bearing to rotate in opposite directions.
A system , comprising: a first computing device configured to execute a first computer program for a development environment , wherein the development environment is configured to create a project file comprising a functional description of an operator interface of a machine and/or plant; and a second computing device dedicated to the management of the machine and/or plant and configured to execute a second computer program configured to: receive the project file from the first computing device ; execute the project file ; display an information model representative of a series of nodes and one or more relationships between the series of nodes in response to receiving the project file , wherein the series of nodes and the one or more relationships are descriptive of the project file ; and modify the project file based on changes made in the information model while the project file is being executed. a first computing device configured to execute a first computer program for a development environment , wherein the development environment is configured to create a project file comprising a functional description of an operator interface of a machine and/or plant; and a second computing device dedicated to the management of the machine and/or plant and configured to execute a second computer program configured to: receive the project file from the first computing device ; execute the project file ; display an information model representative of a series of nodes and one or more relationships between the series of nodes in response to receiving the project file , wherein the series of nodes and the one or more relationships are descriptive of the project file ; and modify the project file based on changes made in the information model while the project file is being executed. receive the project file from the first computing device ; execute the project file ; display an information model representative of a series of nodes and one or more relationships between the series of nodes in response to receiving the project file , wherein the series of nodes and the one or more relationships are descriptive of the project file ; and modify the project file based on changes made in the information model while the project file is being executed.
A seal assembly sealing a higher pressure fluid cavity from a lower pressure fluid cavity , the cavities at least partially disposed between a rotatable shaft and a housing radially displaced from the rotatable shaft , the seal assembly further comprising: a runner mounting assembly carried by the shaft; a circumferential ceramic runner carried by the runner mounting assembly having a radially outward facing seal surface extending axially along the shaft; a carbon seal ring sealing engaged with the housing and having a radially inward facing seal surface that sealingly engages at least a portion of the radially outward facing seal surface of the runner to thereby form a boundary between the higher pressure fluid cavity and the lower pressure fluid cavity ; and an annular seal member coupled to the housing axially displaced from the seal ring in the lower pressure fluid cavity , the seal member having a curvilinear face surface that engages the radially outward facing seal surface of the runner; the seal assembly characterized in that the runner and the seal ring are formed from materials having coefficients of thermal expansion that are matched to effect sealing engagement between the runner and the seal ring over a predetermined range of operating temperatures; wherein the higher pressure fluid cavity comprises at least in part a buffer air chamber, and wherein a plurality of apertures extending axially through the seal ring direct a flow of buffer air from the buffer air chamber toward the annular seal member. a runner mounting assembly carried by the shaft; a circumferential ceramic runner carried by the runner mounting assembly having a radially outward facing seal surface extending axially along the shaft; a carbon seal ring sealing engaged with the housing and having a radially inward facing seal surface that sealingly engages at least a portion of the radially outward facing seal surface of the runner to thereby form a boundary between the higher pressure fluid cavity and the lower pressure fluid cavity ; and an annular seal member coupled to the housing axially displaced from the seal ring in the lower pressure fluid cavity , the seal member having a curvilinear face surface that engages the radially outward facing seal surface of the runner; the seal assembly characterized in that the runner and the seal ring are formed from materials having coefficients of thermal expansion that are matched to effect sealing engagement between the runner and the seal ring over a predetermined range of operating temperatures; wherein the higher pressure fluid cavity comprises at least in part a buffer air chamber, and wherein a plurality of apertures extending axially through the seal ring direct a flow of buffer air from the buffer air chamber toward the annular seal member.
A composition comprising: a) a (meth)acrylic copolymer (A1) or a mixture of two (meth)acrylic copolymers (A1a) and (A1b) comprising at least 50wt% of polymeric units coming from methyl methacrylate b) a filler (F) or a mixture of two fillers (F1) and (F2), is a mineral filler chosen from calcium carbonate, calcinated clay, silica (fumed or precipitated), clay, Montmorillonite (nano-clay), zeolite or perlite, c) a halogen containing thermoplastic polymer characterized that the glass transition temperature Tg (as measured in the experimental part) of the (meth)acrylic copolymer (A1) or the mixture of two (meth)acrylic copolymers (A1a) and (A1b) is more important than 95°C and that the quantity of the filler (F) or the mixture of two fillers (F1) and (F2) is more than 40phr and less than 350phr relative to the halogen containing thermoplastic polymer and that the molecular weight Mw (as measured in the experimental part) of the (meth)acrylic copolymer (A1) or the two (meth)acrylic copolymers (A1a) and (A1b) comprising at least 50wt% of polymeric units coming from methyl methacrylate is at least 300 OOOg/mol and comprising between 0.01phr and 20phr of the (meth)acrylic copolymer (A1) or the mixture of two (meth)acrylic copolymers (A1a) and (A1b) relative to the halogen containing thermoplastic polymer. a) a (meth)acrylic copolymer (A1) or a mixture of two (meth)acrylic copolymers (A1a) and (A1b) comprising at least 50wt% of polymeric units coming from methyl methacrylate b) a filler (F) or a mixture of two fillers (F1) and (F2), is a mineral filler chosen from calcium carbonate, calcinated clay, silica (fumed or precipitated), clay, Montmorillonite (nano-clay), zeolite or perlite, c) a halogen containing thermoplastic polymer
An absorbent article for personal hygiene such as a diaper , or training pant, or incontinence insert, the absorbent article comprising: a liquid permeable topsheet ; a liquid impermeable backsheet ; an absorbent core positioned between said topsheet and backsheet , one or more indicators for indicating the presence of exudates and being positioned on a body-facing side of said backsheet and/or being positioned on a garment-facing side of said backsheet , the indicator comprising a color-changing indicator, the article further comprising a detection device that can be removably attached to the absorbent article, characterized in that, the detection device comprises an optical sensor and when attached to the absorbent article is positioned to overlap at least a portion of said indicator at a detection device position (DDP) at the front of the absorbent article, and in that the absorbent core comprises one or more channels substantially free of absorbent material, and wherein the indicator extends between at least portions of said channel(s) along the Y axis and is arranged such that it prolongs beyond the channel(s) at a first distance D1 towards front edge , and wherein said first distance D1 between a front-most edge of the one or more channels and a front-most edge of the indicator is more than 2.0W Ch , wherein W Ch is the width of the channel(s), wherein W Ch is from 5mm to 30mm. a liquid permeable topsheet ; a liquid impermeable backsheet ; an absorbent core positioned between said topsheet and backsheet , one or more indicators for indicating the presence of exudates and being positioned on a body-facing side of said backsheet and/or being positioned on a garment-facing side of said backsheet , the indicator comprising a color-changing indicator, the article further comprising a detection device that can be removably attached to the absorbent article, characterized in that, the detection device comprises an optical sensor and when attached to the absorbent article is positioned to overlap at least a portion of said indicator at a detection device position (DDP) at the front of the absorbent article, and in that the absorbent core comprises one or more channels substantially free of absorbent material, and wherein the indicator extends between at least portions of said channel(s) along the Y axis and is arranged such that it prolongs beyond the channel(s) at a first distance D1 towards front edge , and wherein said first distance D1 between a front-most edge of the one or more channels and a front-most edge of the indicator is more than 2.0W Ch , wherein W Ch is the width of the channel(s), wherein W Ch is from 5mm to 30mm.
A magnetic angle measurement system comprising: a first magnetic angle sensor having a first plurality of outputs comprising a first subset of outputs and a second subset of outputs, wherein the first subset of outputs is a different combination of the first plurality of outputs from the second subset of outputs; a second magnetic angle sensor having a second plurality of outputs; first signal processing circuitry in a first signal processing path, the first signal processing circuitry configured to receive the first subset of outputs from the first magnetic angle sensor and determine first magnetic angle data based on the received first subset of outputs; second signal processing circuitry in a second signal processing path configured to receive the second subset of outputs from the first magnetic angle sensor and determine second magnetic angle data based on the received second subset of outputs; third signal processing circuitry in a third signal processing path configured to receive the second plurality of outputs from the second magnetic sensor and determine third magnetic angle data based on the received second plurality of outputs; and a processor configured to compare the first, second, and third magnetic angle data, respectively, and determine a processing result based on the comparison, wherein the processor is configured to detect faults in any of the first, second, and third signal processing paths based at least in part on the processing result. a first magnetic angle sensor having a first plurality of outputs comprising a first subset of outputs and a second subset of outputs, wherein the first subset of outputs is a different combination of the first plurality of outputs from the second subset of outputs; a second magnetic angle sensor having a second plurality of outputs; first signal processing circuitry in a first signal processing path, the first signal processing circuitry configured to receive the first subset of outputs from the first magnetic angle sensor and determine first magnetic angle data based on the received first subset of outputs; second signal processing circuitry in a second signal processing path configured to receive the second subset of outputs from the first magnetic angle sensor and determine second magnetic angle data based on the received second subset of outputs; third signal processing circuitry in a third signal processing path configured to receive the second plurality of outputs from the second magnetic sensor and determine third magnetic angle data based on the received second plurality of outputs; and a processor configured to compare the first, second, and third magnetic angle data, respectively, and determine a processing result based on the comparison, wherein the processor is configured to detect faults in any of the first, second, and third signal processing paths based at least in part on the processing result.
An identification information providing system comprising: an information sending device to send a predetermined signal including identification information; a managing means to set or change identification information that is expressed by adding of a description indicating an encryption manner to base identification information, and manage predetermined identification information that is set or changed; and a receiving means capable of receiving a predetermined signal and capable of obtaining predetermined identification information from the managing means to perform synchronization, wherein the receiving means uses a result of determining matching between obtained predetermined identification information and a received predetermined signal to determine whether the information sending device is an authorized information sending device, characterized in that , the information sending device sends a predetermined signal that includes encrypted identification information obtained from encrypting base identification information according to an encryption manner and a description indicating the encryption manner, and the receiving means adds base identification information obtained from decrypting encrypted identification information with the use of a received description indicating an encryption manner to a description indicating the encryption manner to generate identification information to be used to determine matching, wherein the managing means is configured to change the encryption manner while leaving the base identification information unchanged for changing the identification information. an information sending device to send a predetermined signal including identification information; a managing means to set or change identification information that is expressed by adding of a description indicating an encryption manner to base identification information, and manage predetermined identification information that is set or changed; and a receiving means capable of receiving a predetermined signal and capable of obtaining predetermined identification information from the managing means to perform synchronization, wherein the receiving means uses a result of determining matching between obtained predetermined identification information and a received predetermined signal to determine whether the information sending device is an authorized information sending device, characterized in that , the information sending device sends a predetermined signal that includes encrypted identification information obtained from encrypting base identification information according to an encryption manner and a description indicating the encryption manner, and the receiving means adds base identification information obtained from decrypting encrypted identification information with the use of a received description indicating an encryption manner to a description indicating the encryption manner to generate identification information to be used to determine matching, wherein the managing means is configured to change the encryption manner while leaving the base identification information unchanged for changing the identification information.