mhurhangee/patent-ind-claim-en huggingface dataset:
Movable platform for physical exercise comprising: - a fixed base ; - at least one board having an upper surface that can accommodate at least one person who must perform a physical exercise or also sporting equipment, said board being connected to said base with the possibility of rotating about at least one axis (X, Y) and/or of moving at least along one direction (Z); - actuator means , interposed between the base and the board , configured to impart to the board at least a rotation about said at least one axis (X, Y), at least a movement at least along said direction (Z), or combinations of these movements; - a control unit , operatively connected to the actuator means , configured to control activation or deactivation of said actuator means to rotate and/or move the board between a reference position and perturbed positions, said control unit generating a sequence of motor interferences that influence the balance of the person performing the exercise, - sensor means , operatively connected to the control unit , configured to measure at least one parameter concerning the person performing the exercise or the sporting equipment or both, wherein said parameter is selected from the energy expenditure and/or the heart rate and/or the position, the speed or the acceleration of one or more parts of the body of the person or the sporting equipment used or both, said control unit being configured to program said sequence of motor interferences as a function of said at least one parameter detected. - a fixed base ; - at least one board having an upper surface that can accommodate at least one person who must perform a physical exercise or also sporting equipment, said board being connected to said base with the possibility of rotating about at least one axis (X, Y) and/or of moving at least along one direction (Z); - actuator means , interposed between the base and the board , configured to impart to the board at least a rotation about said at least one axis (X, Y), at least a movement at least along said direction (Z), or combinations of these movements; - a control unit , operatively connected to the actuator means , configured to control activation or deactivation of said actuator means to rotate and/or move the board between a reference position and perturbed positions, said control unit generating a sequence of motor interferences that influence the balance of the person performing the exercise, - sensor means , operatively connected to the control unit , configured to measure at least one parameter concerning the person performing the exercise or the sporting equipment or both, wherein said parameter is selected from the energy expenditure and/or the heart rate and/or the position, the speed or the acceleration of one or more parts of the body of the person or the sporting equipment used or both, said control unit being configured to program said sequence of motor interferences as a function of said at least one parameter detected.
An annular bead ring formed from a bead wire that has been subjected to wire drawing, the bead wire having a true strain ε of 2.80 or greater as calculated by Equation , and a tensile strength of 2000 MPa or greater; ε = ln d 0 / d 1 2 where d 0 : wire diameter of the bead wire before wire drawing [mm], and d 1 : wire diameter of the bead wire after wire drawing [mm], characterized in that the bead wire has a proof stress of 1700 MPa to 1980 MPa, and a wire residual rotation of the bead wire is 0 ± 0.25 times/6 m in the longitudinal direction. where d 0 : wire diameter of the bead wire before wire drawing [mm], and d 1 : wire diameter of the bead wire after wire drawing [mm], characterized in that the bead wire has a proof stress of 1700 MPa to 1980 MPa, and a wire residual rotation of the bead wire is 0 ± 0.25 times/6 m in the longitudinal direction.
A multi-battery assembly comprising at least three banks (1-4) of connected batteries (12 to 23) comprising two end banks and at least one intermediate bank , each bank (1-4) being connected to at least one adjacent bank, extending in a first direction (d1), and comprising at least one level (36 to 38) of several connected batteries (12 to 23), each of said levels (36 to 38) extending in the first direction (d1) characterized in that at least each intermediate bank (1-4) is a movable bank (1-4) which is movable relative to an adjacent bank (1-4) in a second direction (d2) substantially perpendicular to said first direction (d1), and is connected to said adjacent bank (1-4) by one of the batteries (12 to 23) of one of its levels (36-38) and one of the batteries of any one of the levels (36 to 38) of said adjacent bank (1-4) by means of a connecting member (60 to 63), said connecting member (60 to 63) being configured to maintain the connection between the movable bank (1-4) and the adjacent bank (1-4) while allowing movement of the movable bank (1-4) with respect to an adjacent bank (1-4) in said second direction (d2), so as to allow the creation of at least a temporary corridor between the said movable bank (1-4) and the adjacent bank (1-4) without disconnection.
Method for monitoring the operating state of an installation , wherein the following steps are carried out: a) detecting the temporal progression of at least one operating parameter in a reference operation of the installation and transforming it into the frequency range as a reference parameter , b) detecting the temporal progression of the at least operating parameter in a normal operation of the installation and transforming it into the frequency range as a normal parameter , c) detecting the temporal progression of the at least operating parameter in an interference operation of the installation and transforming it into the frequency range as an interference parameter , d) generating and training an installation model , which is based on the principle of machine learning, at least with the reference parameter , the normal parameter and the interference parameter , e) detecting the temporal progression of the at least one operating parameter during ongoing operation of the installation and transforming it into the frequency range as a current parameter , f) generating an operating state estimator by means of the installation model and the current parameter , wherein, when the operating state estimator is exceeded in relation to a predefined limit value, an operating state signal is output. a) detecting the temporal progression of at least one operating parameter in a reference operation of the installation and transforming it into the frequency range as a reference parameter , b) detecting the temporal progression of the at least operating parameter in a normal operation of the installation and transforming it into the frequency range as a normal parameter , c) detecting the temporal progression of the at least operating parameter in an interference operation of the installation and transforming it into the frequency range as an interference parameter , d) generating and training an installation model , which is based on the principle of machine learning, at least with the reference parameter , the normal parameter and the interference parameter , e) detecting the temporal progression of the at least one operating parameter during ongoing operation of the installation and transforming it into the frequency range as a current parameter , f) generating an operating state estimator by means of the installation model and the current parameter , wherein, when the operating state estimator is exceeded in relation to a predefined limit value, an operating state signal is output.
A clockwork movement comprising: - a barrel in which a mainspring is housed, the barrel being arranged in kinematic connection with a fusee mechanism; and - a power reserve indicator mechanism which includes: - a threaded axis mounted integral with a frame element of said clockwork movement; - a cam having an outer surface inclined with respect to said axis , the cam being arranged to cooperate by screwing with the threaded axis ; - a cam driving mobile , said driving mobile being arranged in kinematic connection with the barrel so as to be rotated in both directions of rotation during winding and unwinding of the mainspring of the barrel, and comprising at least one means for rotating said cam , integral with said driving mobile; - a probe in contact with said outer surface of said cam and in kinematic connection with a power reserve indicator. - a barrel in which a mainspring is housed, the barrel being arranged in kinematic connection with a fusee mechanism; and - a power reserve indicator mechanism which includes: - a threaded axis mounted integral with a frame element of said clockwork movement; - a cam having an outer surface inclined with respect to said axis , the cam being arranged to cooperate by screwing with the threaded axis ; - a cam driving mobile , said driving mobile being arranged in kinematic connection with the barrel so as to be rotated in both directions of rotation during winding and unwinding of the mainspring of the barrel, and comprising at least one means for rotating said cam , integral with said driving mobile; - a probe in contact with said outer surface of said cam and in kinematic connection with a power reserve indicator.
An antenna connection apparatus , configured to couple an antenna to a feed point or a ground point, and comprising: a solder pad , a first dielectric layer , a coupling metal layer , and a second dielectric layer that are stacked, the first dielectric layer being located between the solder pad and the coupling metal layer, the coupling metal layer being located between the first dielectric layer and the second dielectric layer, and the solder pad being electrically connected to the coupling metal layer by at least one via hole arranged in the first dielectric layer; a side of the solder pad facing away from the first dielectric layer being used for being electrically connected to the feed point or the ground point; and a side of the second dielectric layer facing away from the coupling metal layer for being connected to the antenna, to allow the antenna to be coupled to the coupling metal layer; wherein hardness of the second dielectric layer is less than hardness of the first dielectric layer; and wherein the second dielectric layer is an insulation layer made of a flexible material, and the first dielectric layer is an insulation layer made of an inflexible material. a solder pad , a first dielectric layer , a coupling metal layer , and a second dielectric layer that are stacked, the first dielectric layer being located between the solder pad and the coupling metal layer, the coupling metal layer being located between the first dielectric layer and the second dielectric layer, and the solder pad being electrically connected to the coupling metal layer by at least one via hole arranged in the first dielectric layer; a side of the solder pad facing away from the first dielectric layer being used for being electrically connected to the feed point or the ground point; and a side of the second dielectric layer facing away from the coupling metal layer for being connected to the antenna, to allow the antenna to be coupled to the coupling metal layer; wherein hardness of the second dielectric layer is less than hardness of the first dielectric layer; and wherein the second dielectric layer is an insulation layer made of a flexible material, and the first dielectric layer is an insulation layer made of an inflexible material.
A metal oxide compound of formula (I): Mn x M y Ru 1-(x+y) O 2 (I), wherein the compound is a single phase rutile-type structure, and wherein M is selected from the group consisting of Co, Ni, and Fe, and combinations thereof; x > 0.02; y > 0.01; and 0.03 ≤ x + y ≤ 0.30 . M is selected from the group consisting of Co, Ni, and Fe, and combinations thereof; x > 0.02; y > 0.01; and 0.03 ≤ x + y ≤ 0.30 .
Motor vehicle potential distribution system with - a potential conducting bar system , which has a reserve of an excess number of connection possibilities for further connections at the current, and - an intermediate element being formed as intermediate plug , wherein - the loads to be connected are connected via the intermediate element to the current bar system , characterized in that - at least one contact lug arranged at the bar side is materially bonded to the conducting bar, - the intermediate plug is arranged with integrated fuses , - the intermediate plug comprises an output contact lug , wherein - the output contact lug is formed for connecting the loads, - that the intermediate plug can be plugged with the contact lug arranged at the bar side wherein a housing of the contact lug arranged at the bar side and a housing of the intermediate plug have a true fit and are arranged with a snap-in function to mechanically secure the plug connection. - a potential conducting bar system , which has a reserve of an excess number of connection possibilities for further connections at the current, and - an intermediate element being formed as intermediate plug , wherein - the loads to be connected are connected via the intermediate element to the current bar system , - at least one contact lug arranged at the bar side is materially bonded to the conducting bar, - the intermediate plug is arranged with integrated fuses , - the intermediate plug comprises an output contact lug , wherein - the output contact lug is formed for connecting the loads, - that the intermediate plug can be plugged with the contact lug arranged at the bar side wherein a housing of the contact lug arranged at the bar side and a housing of the intermediate plug have a true fit and are arranged with a snap-in function to mechanically secure the plug connection.
An injection solution for boron neutron capture therapy, the injection solution comprising: p-boronophenylalanine or a pharmaceutically acceptable salt thereof, with a ratio of boron 10 of boron atoms in a compound of 75 % or more; sorbitol; an antioxidant selected from the group consisting of sodium pyrosulfite, sodium sulfite, and sodium bisulfite; and water, the injection solution having a pH of 6.5 to 7.8 and an osmotic pressure ratio of 1.0 to 1.8, the injection solution being to be administered by intravenous drip injection. p-boronophenylalanine or a pharmaceutically acceptable salt thereof, with a ratio of boron 10 of boron atoms in a compound of 75 % or more; sorbitol; an antioxidant selected from the group consisting of sodium pyrosulfite, sodium sulfite, and sodium bisulfite; and water, the injection solution having a pH of 6.5 to 7.8 and an osmotic pressure ratio of 1.0 to 1.8, the injection solution being to be administered by intravenous drip injection.
Device for processing tubes (R) and other round bodies (S) containing: a) a roller body holder with at least one rotatably mounted roller body which can exert pressure onto a round body located in the pressing chamber (P) of the roller body holder, with a movable support formed as a lever on which the roller body is rotatably mounted and which is pivotably mounted on the roller body holder , and with a rotationally movable eccentric shaft which is swept by the support ; b) a handle in which the roller body holder can be mounted to rotate about a working axis (A) which passes through the pressing chamber (P), wherein a plurality of roller bodies are each rotatably mounted on a lever , characterised in that the levers lying, by means of their ends which are opposite to the roller bodies, against an eccentric shaft sweep different contours of the eccentric shaft . a) a roller body holder with at least one rotatably mounted roller body which can exert pressure onto a round body located in the pressing chamber (P) of the roller body holder, with a movable support formed as a lever on which the roller body is rotatably mounted and which is pivotably mounted on the roller body holder , and with a rotationally movable eccentric shaft which is swept by the support ; b) a handle in which the roller body holder can be mounted to rotate about a working axis (A) which passes through the pressing chamber (P),
A steering column for a motor vehicle comprising - an actuating unit , in which a steering shaft is mounted rotatably, - a holding unit which can be connected to the body of the motor vehicle and supports the actuating unit , it being possible for the actuating unit to be adjusted relative to the holding unit , - at least one locking element which is coupled movably to the holding unit for axial locking of the actuating unit , - at least one spring element which exerts a prestressing force on the locking element , - at least one securing element for fixing of the spring element , characterized in that the locking element , the securing element and a counterbearing form a three-point arrangement, in which the spring element is fixed, the spring element being supported on one side on the locking element and on the other side on the counterbearing , the securing element being arranged between the locking element and the counterbearing and prestressing the spring element . - an actuating unit , in which a steering shaft is mounted rotatably, - a holding unit which can be connected to the body of the motor vehicle and supports the actuating unit , it being possible for the actuating unit to be adjusted relative to the holding unit , - at least one locking element which is coupled movably to the holding unit for axial locking of the actuating unit , - at least one spring element which exerts a prestressing force on the locking element , - at least one securing element for fixing of the spring element ,
An image output device having a transmission unit , the transmission unit comprising: a header generation unit configured to generate a header comprising: header information; and an error detection code to be used for error detection of the header information; a packet generation unit configured to generate a packet that includes the header and, in a payload, pixel data for one line configuring an image; a control code insertion unit configured to add a control code to the packet; and an output unit configured to output the packet to an image processing device ; wherein the control code comprises: a start code indicating a start of a packet; characterised in that the control code also comprises: an end code indicating an end of a packet; and a pad code inserted into the payload to fill up a difference between a pixel data band and a PHY transmission band, the pixel data band being a transmission rate of pixel data input to the transmission unit and the PHY transmission band being a transmission rate of pixel data from the transmission unit . a header generation unit configured to generate a header comprising: header information; and an error detection code to be used for error detection of the header information; header information; and an error detection code to be used for error detection of the header information; a packet generation unit configured to generate a packet that includes the header and, in a payload, pixel data for one line configuring an image; a control code insertion unit configured to add a control code to the packet; and an output unit configured to output the packet to an image processing device ; wherein the control code comprises: a start code indicating a start of a packet; an end code indicating an end of a packet; and a pad code inserted into the payload to fill up a difference between a pixel data band and a PHY transmission band, the pixel data band being a transmission rate of pixel data input to the transmission unit and the PHY transmission band being a transmission rate of pixel data from the transmission unit .
A combustion heater comprising: a heating plate ; a layout plate disposed opposite to the heating plate ; an annular outer circumferential wall interposed between the heating plate and the layout plate ; a partition plate disposed between the heating plate and the layout plate ; a combustion chamber disposed inside the outer circumferential wall along the outer circumferential wall ; an inflow passage configured to flow fuel gas into the combustion chamber using the layout plate and the partition plate as a lateral wall thereof; and an outflow passage configured to discharge exhaust gas from the combustion chamber to an outside of the combustion heater using the heating plate and the partition plate as a lateral wall thereof, and to preheat the fuel gas using heat of the exhaust gas via the partition plate , characterised in that one of the heating plate and the layout plate is configured so that concave grooves are formed in a thickness direction of the heating plate or the layout plate so as to be equal in the distance from the outer circumferential wall . a heating plate ; a layout plate disposed opposite to the heating plate ; an annular outer circumferential wall interposed between the heating plate and the layout plate ; a partition plate disposed between the heating plate and the layout plate ; a combustion chamber disposed inside the outer circumferential wall along the outer circumferential wall ; an inflow passage configured to flow fuel gas into the combustion chamber using the layout plate and the partition plate as a lateral wall thereof; and an outflow passage configured to discharge exhaust gas from the combustion chamber to an outside of the combustion heater using the heating plate and the partition plate as a lateral wall thereof, and to preheat the fuel gas using heat of the exhaust gas via the partition plate , characterised in that one of the heating plate and the layout plate is configured so that concave grooves are formed in a thickness direction of the heating plate or the layout plate so as to be equal in the distance from the outer circumferential wall .
A modularly structured lid for a sterile container comprising: a lid component which has at least one gas exchange portion on which at least one filter device can be arranged, and at least one filter covering by which the at least one gas exchange portion can be covered on an outside of the lid , wherein the lid component has at least one clip receiving portion and the filter covering has at least one clip portion by which the filter covering can be positively fastened to the lid component , in particular through clipping on, and can be mounted and dismounted without tools, characterized in that at the clip receiving portion of the lid component , a trough-shaped recess is provided at which the lid component merges from a lid component main plane into a recess base area offset from the lid component main plane towards an inside of the lid , and merges from the recess base area via an S-shaped transition portion into the gas exchange portion offset from the lid component main plane towards an outside of the lid . a lid component which has at least one gas exchange portion on which at least one filter device can be arranged, and at least one filter covering by which the at least one gas exchange portion can be covered on an outside of the lid , wherein the lid component has at least one clip receiving portion and the filter covering has at least one clip portion by which the filter covering can be positively fastened to the lid component , in particular through clipping on, and can be mounted and dismounted without tools, characterized in that at the clip receiving portion of the lid component , a trough-shaped recess is provided at which the lid component merges from a lid component main plane into a recess base area offset from the lid component main plane towards an inside of the lid , and merges from the recess base area via an S-shaped transition portion into the gas exchange portion offset from the lid component main plane towards an outside of the lid .