mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid device comprising: a first housing having one or more first flow channels (111 to 114); a second housing having second flow channels (41 and 42) that are larger in number than the first flow channels (111 to 114); and a distributor plate having a third flow channel connecting a predetermined one of the first flow channels (111 to 114) and corresponding ones of the second flow channels (41 and 42), wherein the distributor plate is sandwiched between the first housing and the second housing in a thickness direction of the distributor plate such that end surfaces (101 and 102) of the distributor plate are in contact respectively with the first and second housings (45 and 2, 3, 33, 35), characterized in that the third flow channel includes: a plurality of through flow channels arranged next to each other in a circumferential direction, the through flow channels opening at the end surfaces (101 and 102); and one or more connecting groove flow channels extending in the circumferential direction, the connecting groove flow channel connecting together more than one of the through flow channels . a first housing having one or more first flow channels (111 to 114); a second housing having second flow channels (41 and 42) that are larger in number than the first flow channels (111 to 114); and a distributor plate having a third flow channel connecting a predetermined one of the first flow channels (111 to 114) and corresponding ones of the second flow channels (41 and 42), wherein the distributor plate is sandwiched between the first housing and the second housing in a thickness direction of the distributor plate such that end surfaces (101 and 102) of the distributor plate are in contact respectively with the first and second housings (45 and 2, 3, 33, 35), characterized in that the third flow channel includes: a plurality of through flow channels arranged next to each other in a circumferential direction, the through flow channels opening at the end surfaces (101 and 102); and one or more connecting groove flow channels extending in the circumferential direction, the connecting groove flow channel connecting together more than one of the through flow channels . a plurality of through flow channels arranged next to each other in a circumferential direction, the through flow channels opening at the end surfaces (101 and 102); and one or more connecting groove flow channels extending in the circumferential direction, the connecting groove flow channel connecting together more than one of the through flow channels .
Method for monitoring the release behaviour of an electromechanical wheel brake of a vehicle, the electromechanical wheel brake having at least one electrically controllable force actuator, the force actuator being configured to apply a brake-application force to friction partners of a wheel brake for the purposes of decelerating the vehicle, the method having the following steps: • activating the force actuator in accordance with a defined control pattern, the control pattern being dependent on a present operating state of the wheel brake and/or a present operating state of further wheel brakes of the vehicle and/or a present operating state of the vehicle , • interrupting the activation of the force actuator at a defined point in time , • monitoring operating parameters of the wheel brake for a defined period of time after the interruption of the activation , and • determining the release behaviour of the wheel brake by ascertaining a reaction of the force actuator to the interruption of the activation on the basis of the ascertained operating parameters . • activating the force actuator in accordance with a defined control pattern, the control pattern being dependent on a present operating state of the wheel brake and/or a present operating state of further wheel brakes of the vehicle and/or a present operating state of the vehicle , • interrupting the activation of the force actuator at a defined point in time , • monitoring operating parameters of the wheel brake for a defined period of time after the interruption of the activation , and • determining the release behaviour of the wheel brake by ascertaining a reaction of the force actuator to the interruption of the activation on the basis of the ascertained operating parameters .
An apparatus for adjusting a hydraulic upper link , designed as a double-acting hydraulic cylinder, of an attachment device of an agricultural machine, the apparatus comprising a shut-off block which can be arranged on the upper link , two first hydraulic lines (11.2, 12.2), two further hydraulic lines (11.5, 12.5) and a control block , the shut-off block being configured to be connected to the upper link via the two first hydraulic lines (11.2, 12.2) and to a hydraulic system via the two further hydraulic lines (11.5, 12.5), the shut-off block having two releasable non-return valves which are each arranged between one of the first hydraulic lines (11.2, 12.2) and one of the further hydraulic lines (11.5, 12.5), characterized in that the shut-off block comprising the two releasable non-return valves is arranged integrated in the control block containing two 2/2-way valves , in that a 2/2-way valve is assigned to each releasable non-return valve , and in that the relevant 2/2-way valve is arranged in a bypass line (11.7, 12.7) that bypasses the associated releasable non-return valve , the bypass lines (11.7, 12.7) being arranged in the shut-off block . the apparatus comprising a shut-off block which can be arranged on the upper link , two first hydraulic lines (11.2, 12.2), two further hydraulic lines (11.5, 12.5) and a control block , the shut-off block being configured to be connected to the upper link via the two first hydraulic lines (11.2, 12.2) and to a hydraulic system via the two further hydraulic lines (11.5, 12.5), the shut-off block having two releasable non-return valves which are each arranged between one of the first hydraulic lines (11.2, 12.2) and one of the further hydraulic lines (11.5, 12.5), characterized in that the shut-off block comprising the two releasable non-return valves is arranged integrated in the control block containing two 2/2-way valves , in that a 2/2-way valve is assigned to each releasable non-return valve , and in that the relevant 2/2-way valve is arranged in a bypass line (11.7, 12.7) that bypasses the associated releasable non-return valve , the bypass lines (11.7, 12.7) being arranged in the shut-off block .
A display device comprising: a display, operable to generate a real image; and an optical system, comprising a plurality of optical channels, each of the optical channels comprising one or more lenslets, arranged to generate one or more portions of a virtual image from one or more respective partial real images on the display associated with that channel, by each lenslet projecting light from the display to an eye position; wherein the portions of the virtual image combine to form a virtual image viewable from the eye position so that different optical channels image a same portion of the display to different portions of the virtual image; comprising a light switching system allowing a flow of light through selected ones of the channels from the display to the pupil range and preventing a flow of light through other selected ones of the channels from the display to the pupil range; and wherein the light switching system is arranged to successively open the optical channels to allow light to flow successively through the optical channels and, while each of the optical channels is open, the display is arranged to display the one or more respective partial real images associated with that channel. a display, operable to generate a real image; and an optical system, comprising a plurality of optical channels, each of the optical channels comprising one or more lenslets, arranged to generate one or more portions of a virtual image from one or more respective partial real images on the display associated with that channel, by each lenslet projecting light from the display to an eye position; wherein the portions of the virtual image combine to form a virtual image viewable from the eye position so that different optical channels image a same portion of the display to different portions of the virtual image; comprising a light switching system allowing a flow of light through selected ones of the channels from the display to the pupil range and preventing a flow of light through other selected ones of the channels from the display to the pupil range; and wherein the light switching system is arranged to successively open the optical channels to allow light to flow successively through the optical channels and, while each of the optical channels is open, the display is arranged to display the one or more respective partial real images associated with that channel.
A side airbag apparatus comprising a frame-side plate portion along a side surface of a backrest of an internal frame of a vehicle seat , and an airbag module attached to the frame-side plate portion , wherein the airbag module includes, a bracket attached to a center side in a width direction of the backrest of the frame-side plate portion and extended to a front side of the frame-side plate portion , an inflator fixed to the center side of the bracket , an airbag cushion wound or folded to a predetermined housing form, and fixed to a center side of the bracket along with the inflator , and a soft cover that is wrapped around the bracket and the airbag cushion in the housing form, the bracket includes, a through-hole through which a stud bolt extending from the inflator passes, and a predetermined insertion hole provided at a location on a front side of the frame-side plate portion , and the soft cover includes, a bolt anchoring hole to which the stud bolt passed through the bracket is hooked, and a hook that is hooked on the insertion hole of the bracket . the airbag module includes, a bracket attached to a center side in a width direction of the backrest of the frame-side plate portion and extended to a front side of the frame-side plate portion , an inflator fixed to the center side of the bracket , an airbag cushion wound or folded to a predetermined housing form, and fixed to a center side of the bracket along with the inflator , and a soft cover that is wrapped around the bracket and the airbag cushion in the housing form, the bracket includes, a through-hole through which a stud bolt extending from the inflator passes, and a predetermined insertion hole provided at a location on a front side of the frame-side plate portion , and the soft cover includes, a bolt anchoring hole to which the stud bolt passed through the bracket is hooked, and a hook that is hooked on the insertion hole of the bracket .
A battery module, comprising: a battery , comprising an electrode terminal and a top cover ; a connecting piece , fixed with the electrode terminal ; a wire harness plate , arranged on the top outside of the top cover , and provided with an installation part and an elastic pressing part connected to the installation part ; a temperature collecting component , installed on the installation part , and located between the wire harness plate and the top cover ; wherein the elastic pressing part is butted with the connecting piece , and the temperature collecting component is butted with the top cover ; wherein the temperature collecting component comprises a thermistor and a heat conduction pad , the thermistor is interposed between the installation part and the heat conduction pad , the heat conduction pad is located between the thermistor and the top cover , and the elastic pressing part presses the thermistor and the heat conduction pad through the installation part for enabling the thermistor to form close contact with the heat conduction pad and the heat conduction pad to be butted with the top cover . a battery , comprising an electrode terminal and a top cover ; a connecting piece , fixed with the electrode terminal ; a wire harness plate , arranged on the top outside of the top cover , and provided with an installation part and an elastic pressing part connected to the installation part ; a temperature collecting component , installed on the installation part , and located between the wire harness plate and the top cover ; wherein the elastic pressing part is butted with the connecting piece , and the temperature collecting component is butted with the top cover ; wherein the temperature collecting component comprises a thermistor and a heat conduction pad , the thermistor is interposed between the installation part and the heat conduction pad , the heat conduction pad is located between the thermistor and the top cover , and the elastic pressing part presses the thermistor and the heat conduction pad through the installation part for enabling the thermistor to form close contact with the heat conduction pad and the heat conduction pad to be butted with the top cover .
Composition including: a) a copolymer produced by copolymerization of at least one monomer of the formula (I), at least one monomer of the formula (II), at least one monomer of the formula (III) and at least one monomer of the formula (IV): R f -(CH 2 ) 2 -OC(O)-P 1 (I) R 2 -OC(O)-P 2 (II) R 3 -OC(O)-P 3 (III) R 4 -NH-C(O)-P 4 (IV) wherein R f is a branched or unbranched perfluoroalkyl group, P 1 , P 2 , P 3 and P 4 are polymerizable branched or unbranched hydrocarbon groups comprising at least one double bond, R 2 is a cycloalkyl group and R 3 is an alkyl group, and wherein R 4 is an alkylamino group, wherein the copolymer is not produced from other monomers; and b) at least one non-fluorinated organic solvent. a) a copolymer produced by copolymerization of at least one monomer of the formula (I), at least one monomer of the formula (II), at least one monomer of the formula (III) and at least one monomer of the formula (IV): R f -(CH 2 ) 2 -OC(O)-P 1 (I) R 2 -OC(O)-P 2 (II) R 3 -OC(O)-P 3 (III) R 4 -NH-C(O)-P 4 (IV) wherein R f is a branched or unbranched perfluoroalkyl group, P 1 , P 2 , P 3 and P 4 are polymerizable branched or unbranched hydrocarbon groups comprising at least one double bond, R 2 is a cycloalkyl group and R 3 is an alkyl group, and wherein R 4 is an alkylamino group, wherein the copolymer is not produced from other monomers; and b) at least one non-fluorinated organic solvent.
A thermal head (X2) comprising: a substrate ; a heat generator positioned on the substrate ; an electrode positioned on the substrate and connected to the heat generator ; and a protective layer that covers the heat generator and part of the electrode ; wherein the protective layer contains titanium and nitrogen, and the protective layer satisfies P2>P1 where P1 is peak intensity of X-ray diffraction of a plane, and P2 is peak intensity of X-ray diffraction of a plane, wherein the protective layer includes a first layer and a second layer positioned on the first layer , and characterised in that the first layer satisfies P2>P1, wherein the second layer satisfies P1>P2. a substrate ; a heat generator positioned on the substrate ; an electrode positioned on the substrate and connected to the heat generator ; and a protective layer that covers the heat generator and part of the electrode ; wherein the protective layer contains titanium and nitrogen, and the protective layer satisfies P2>P1 where P1 is peak intensity of X-ray diffraction of a plane, and P2 is peak intensity of X-ray diffraction of a plane, wherein the protective layer includes a first layer and a second layer positioned on the first layer , and characterised in that the first layer satisfies P2>P1, wherein the second layer satisfies P1>P2.
A vacuum pump drive having an electric motor and a frequency converter electrically connected to said electric motor and arranged at a distance to said motor, wherein in the electric feed line from said frequency converter to said electric motor a transformer in the form of a transmitter of ferrite or sinter material is arranged for energy transmission, a first section of the electric feed line between the frequency converter and the transformer is made considerably longer than a second section of said electric feed line between said transformer and the electric motor , the frequency converter and the transformer are configured for transmitting a first voltage via the first feed line section , which is larger than the voltage transmitted via the second feed line section between said transformer and the electric motor , the first voltage being at least twice as large as the voltage transmitted via the second feed line section between the transformer and the electric motor . wherein in the electric feed line from said frequency converter to said electric motor a transformer in the form of a transmitter of ferrite or sinter material is arranged for energy transmission, a first section of the electric feed line between the frequency converter and the transformer is made considerably longer than a second section of said electric feed line between said transformer and the electric motor , the frequency converter and the transformer are configured for transmitting a first voltage via the first feed line section , which is larger than the voltage transmitted via the second feed line section between said transformer and the electric motor , the first voltage being at least twice as large as the voltage transmitted via the second feed line section between the transformer and the electric motor .
A square-bottomed packaging bag formed by bending a one-piece soft packaging material, the square-bottomed packaging bag comprising: a quadrangular bottom surface ; a front surface and a rear surface standing from two opposite sides of the bottom surface ; and a left side surface and a right side surface connecting the front surface and the rear surface , wherein each of the left side surface and the right side surface includes: a first region positioned on the front surface side; a second region positioned on the rear surface side; and a side-surface-joining portion joining the first region and the second region , characterized in that the square-bottomed packaging bag further comprises, on a circumferential edge of the bottom surface , a lower end seal portion which goes along lower ends of the front surface , the left side surface , the rear surface , and the right side surface in a circumferential direction, the lower end seal portion extends from lower ends of the front surface , the rear surface , the left side surface , and the right side surface by a constant width on the same surface as these surfaces, and the lower end seal portion is formed by joining to each other portions of heat fusion layers of the soft packaging material facing each other with a constant width along fold lines that extend on said circumferential edge. a quadrangular bottom surface ; a front surface and a rear surface standing from two opposite sides of the bottom surface ; and a left side surface and a right side surface connecting the front surface and the rear surface , wherein each of the left side surface and the right side surface includes: a first region positioned on the front surface side; a second region positioned on the rear surface side; and a side-surface-joining portion joining the first region and the second region , characterized in that a first region positioned on the front surface side; a second region positioned on the rear surface side; and a side-surface-joining portion joining the first region and the second region , characterized in that the square-bottomed packaging bag further comprises, on a circumferential edge of the bottom surface , a lower end seal portion which goes along lower ends of the front surface , the left side surface , the rear surface , and the right side surface in a circumferential direction, the lower end seal portion extends from lower ends of the front surface , the rear surface , the left side surface , and the right side surface by a constant width on the same surface as these surfaces, and the lower end seal portion is formed by joining to each other portions of heat fusion layers of the soft packaging material facing each other with a constant width along fold lines that extend on said circumferential edge.
A method to determine the thickness of an intraoral device, characterized by the fact that it comprises the following steps: - continuously sensoring, in real time and through sensors, the load acting on the user's masticatory muscles; - gradually moving the user's jaw in the direction of opening and/or closing; - identifying the minimum load acting on the user's masticatory muscles; - measuring the distance between the user's upper and lower dental arches corresponding to the minimum load acting on the user's masticatory muscles; and - determining the thickness of the device according to the distance measured between the user's upper and lower dental arches corresponding to a situation where the load acting on the user's masticatory muscles as identified by the sensors is the lowest possible. - continuously sensoring, in real time and through sensors, the load acting on the user's masticatory muscles; - gradually moving the user's jaw in the direction of opening and/or closing; - identifying the minimum load acting on the user's masticatory muscles; - measuring the distance between the user's upper and lower dental arches corresponding to the minimum load acting on the user's masticatory muscles; and - determining the thickness of the device according to the distance measured between the user's upper and lower dental arches corresponding to a situation where the load acting on the user's masticatory muscles as identified by the sensors is the lowest possible.
A separator for a lithium secondary battery comprising: a porous base; and a coating layer formed on at least one surface of the porous base, wherein the coating layer comprises partially-reduced graphene oxide and a lithium ion conducting polymer; wherein the lithium ion conducting polymer comprises one or more materials selected from the group consisting of polyurethane, polyethylene oxide, polypropylene oxide, polysiloxane, polystyrene and a lithium-substituted polymer, wherein the lithium-substituted polymer is a copolymer of Chemical Formula 1 which comprises Li+ ions instead of protons of the sulfonic acid group: and wherein the partially-reduced graphene oxide and the lithium ion conducting polymer are present in the coating layer in a weight ratio of 1:10 to 1:15. a porous base; and a coating layer formed on at least one surface of the porous base, wherein the coating layer comprises partially-reduced graphene oxide and a lithium ion conducting polymer; wherein the lithium ion conducting polymer comprises one or more materials selected from the group consisting of polyurethane, polyethylene oxide, polypropylene oxide, polysiloxane, polystyrene and a lithium-substituted polymer, wherein the lithium-substituted polymer is a copolymer of Chemical Formula 1 which comprises Li+ ions instead of protons of the sulfonic acid group: and wherein the partially-reduced graphene oxide and the lithium ion conducting polymer are present in the coating layer in a weight ratio of 1:10 to 1:15.