mhurhangee/patent-ind-claim-en huggingface dataset:
A photovoltaic power generation system comprising a plurality of inverter stations in separate buildings, wherein AC sides of the inverter stations are connected in parallel, each inverter station comprising: photovoltaic power cells and power conditioners , the photovoltaic power cells supplying generated power to a DC side of the power conditioners ; wherein the photovoltaic power cells are provided as photovoltaic arrays; wherein each power conditioner includes a power converter to convert power generated by the photovoltaic power cells into power to be supplied to a power system ; wherein AC sides of the power conditioners are connected in parallel and the power conditioners are distributed among the buildings; characterised in that one of the arrays of photovoltaic power cells of each of the inverter stations is provided as a power source for supplying control power of the power conditioners in addition to supplying generated power to the DC side of the power conditioners . photovoltaic power cells and power conditioners , the photovoltaic power cells supplying generated power to a DC side of the power conditioners ; wherein the photovoltaic power cells are provided as photovoltaic arrays; wherein each power conditioner includes a power converter to convert power generated by the photovoltaic power cells into power to be supplied to a power system ; wherein AC sides of the power conditioners are connected in parallel and the power conditioners are distributed among the buildings; characterised in that one of the arrays of photovoltaic power cells of each of the inverter stations is provided as a power source for supplying control power of the power conditioners in addition to supplying generated power to the DC side of the power conditioners .
A method for transferring pouches for containing products comprising the following steps: i) gripping two corresponding flaps of a pouch by means of first and second gripping means ; ii) transferring said pouch between a first turntable and a second conveyor ; one out of the first turntable and the second conveyor comprising the first and second gripping means for gripping corresponding flaps of the pouch, the other comprising third and fourth gripping means for gripping the pouch; the step of transferring the pouch between the first turntable and the second conveyor comprising the sub-steps of: - gripping the pouch by means of the third gripping means ; - releasing the first gripping means that are gripping the pouch ; - gripping the pouch by means of the fourth gripping means ; - releasing the second gripping means that are gripping the pouch ; the method being characterized in that the steps of gripping the pouch by means of the fourth gripping means and releasing the second gripping means taking place after the step of gripping the pouch by means of the third gripping means and the step of releasing the first gripping means . i) gripping two corresponding flaps of a pouch by means of first and second gripping means ; ii) transferring said pouch between a first turntable and a second conveyor ; one out of the first turntable and the second conveyor comprising the first and second gripping means for gripping corresponding flaps of the pouch, the other comprising third and fourth gripping means for gripping the pouch; the step of transferring the pouch between the first turntable and the second conveyor comprising the sub-steps of: - gripping the pouch by means of the third gripping means ; - releasing the first gripping means that are gripping the pouch ; - gripping the pouch by means of the fourth gripping means ; - releasing the second gripping means that are gripping the pouch ; the method being characterized in that the steps of gripping the pouch by means of the fourth gripping means and releasing the second gripping means taking place after the step of gripping the pouch by means of the third gripping means and the step of releasing the first gripping means . - gripping the pouch by means of the third gripping means ; - releasing the first gripping means that are gripping the pouch ; - gripping the pouch by means of the fourth gripping means ; - releasing the second gripping means that are gripping the pouch ; the method being characterized in that the steps of gripping the pouch by means of the fourth gripping means and releasing the second gripping means taking place after the step of gripping the pouch by means of the third gripping means and the step of releasing the first gripping means .
An apparatus for coupling a field device that includes a device processor to an Ethernet bus , the apparatus comprising: a communication controller including a communication controller processor and at least one high priority queue and a plurality of low priority queues , each queue configured to store a plurality high priority or low priority data packet types; and at least one input/output controller coupled to the Ethernet bus to receive the plurality of types of data packets via the Ethernet bus, wherein the at least one input/output controller is configured to identify received high priority data packets and low priority data packets, and place the prioritized data packets in the high priority queue or the low priority queues according to identified priority; a network interface watchdog timer configured to communicate to the communication controller the ability of the device processor to accept received data packets at the at least one input/output controller to indicate a processing overload; and a mask register configured to indicate to the communication controller, by the device processor, which low priority queues are to be affected by the watchdog timer ; wherein the communication controller processor is configured, responsive to the watchdog timer reaching the zero value, to restrict the number of packets that are retained in the corresponding low priority queues indicated in the mask register . a communication controller including a communication controller processor and at least one high priority queue and a plurality of low priority queues , each queue configured to store a plurality high priority or low priority data packet types; and at least one input/output controller coupled to the Ethernet bus to receive the plurality of types of data packets via the Ethernet bus, wherein the at least one input/output controller is configured to identify received high priority data packets and low priority data packets, and place the prioritized data packets in the high priority queue or the low priority queues according to identified priority; a network interface watchdog timer configured to communicate to the communication controller the ability of the device processor to accept received data packets at the at least one input/output controller to indicate a processing overload; and a mask register configured to indicate to the communication controller, by the device processor, which low priority queues are to be affected by the watchdog timer ; wherein the communication controller processor is configured, responsive to the watchdog timer reaching the zero value, to restrict the number of packets that are retained in the corresponding low priority queues indicated in the mask register .
A safety device for a self-contained breathing apparatus having at least one air cylinder (AC) configured to deliver regulated air through an air hose (AH) via a first regulator module; and a mask (M) configured to be worn by a user, the mask (M) having a second regulator module configured to deliver air from an air hose (AH) to an internal area of the mask (M), the safety device comprising: a housing configured to be held by the user and having at least one wall ; an air pressure gauge at least partially surrounded by the wall of the housing and configured to indicate air pressure information or data to the user; a thermal imaging unit comprising: (i) at least one lens having a field-of-view ; and (ii) at least one thermal sensor configured to output signals representative of thermal energy; and a user interface programmed or configured to display information or data to the user; wherein at least one local or remote processor is programmed or configured to directly or indirectly communicate with and/or control at least one of the following: the air pressure gauge , the thermal imaging unit , the user interface , or any combination thereof, characterized in that the orientation of the at least one lens is at least one of the following: manually adjustable relative to the housing by the user, automatically adjustable relative to the housing , automatically adjustable relative to the housing using the user interface , automatically adjustable relative to the housing using at least one control element (CM), or any combination thereof. a housing configured to be held by the user and having at least one wall ; an air pressure gauge at least partially surrounded by the wall of the housing and configured to indicate air pressure information or data to the user; a thermal imaging unit comprising: (i) at least one lens having a field-of-view ; and (ii) at least one thermal sensor configured to output signals representative of thermal energy; and an air pressure gauge at least partially surrounded by the wall of the housing and configured to indicate air pressure information or data to the user; a thermal imaging unit comprising: (i) at least one lens having a field-of-view ; and (ii) at least one thermal sensor configured to output signals representative of thermal energy; and a user interface programmed or configured to display information or data to the user; wherein at least one local or remote processor is programmed or configured to directly or indirectly communicate with and/or control at least one of the following: the air pressure gauge , the thermal imaging unit , the user interface , or any combination thereof, characterized in that the orientation of the at least one lens is at least one of the following: manually adjustable relative to the housing by the user, automatically adjustable relative to the housing , automatically adjustable relative to the housing using the user interface , automatically adjustable relative to the housing using at least one control element (CM), or any combination thereof.
An apparatus , comprising: an accessory lens mount configured to movably attach to a camera , the camera having an objective ; means for communicating, to the camera, attachment of the apparatus to the camera by a user; a plurality of different optical elements attached to the accessory lens mount configured such that each of the different optical elements is movable to a co-operating position with the objective by sliding of the accessory lens mount on the camera up to a corresponding position by the user; and an optical mode indicator configured to enable automatic optical mode adjustment of the camera to suit with the optics formed by the objective and the optical element that is moved to the co-operating position with the objective. an accessory lens mount configured to movably attach to a camera , the camera having an objective ; means for communicating, to the camera, attachment of the apparatus to the camera by a user; a plurality of different optical elements attached to the accessory lens mount configured such that each of the different optical elements is movable to a co-operating position with the objective by sliding of the accessory lens mount on the camera up to a corresponding position by the user; and an optical mode indicator configured to enable automatic optical mode adjustment of the camera to suit with the optics formed by the objective and the optical element that is moved to the co-operating position with the objective.
A grain-oriented electrical steel sheet having a coating on a surface thereof, wherein the coating has a composite elastic modulus of 60 GPa to 95 GPa and a film thickness of 1.0 μm or more, and a tension applied to the grain-oriented electrical steel sheet by the coating is 6.0 MPa or more, and an amount of iron loss degradation between before and after roll reduction when the grain-oriented electrical steel sheet is roll-reduced at a linear pressure of 68.6 N/cm is 0.010 W/kg or less in W 17/50 .
A skin cleansing composition comprising the following components (X) and (Y): (X): one or more selected from the group consisting of 2-amino-2-hydroxymethyl-1,3-propanediol, 2-amino-2-methyl-1-propanol, and 2-amino-2-methyl-1,3-propanediol; and (Y): a basic material other than component (X), the composition having a pH of 8.3 or more and 12.5 or less at 25°C, and the total content of the component (X) and the component (Y) is 5 mass% or more of the skin cleansing composition, and the skin cleansing composition being in a foam, liquid, paste or cream form wherein the component (Y) comprises one or more selected from the group consisting of a linear or cyclic aliphatic amine, a basic amino acid, an inorganic salt composed of a strong base and a weak acid, a metal hydroxide, and an aromatic amine. (X): one or more selected from the group consisting of 2-amino-2-hydroxymethyl-1,3-propanediol, 2-amino-2-methyl-1-propanol, and 2-amino-2-methyl-1,3-propanediol; and (Y): a basic material other than component (X), the composition having a pH of 8.3 or more and 12.5 or less at 25°C, and the total content of the component (X) and the component (Y) is 5 mass% or more of the skin cleansing composition, and the skin cleansing composition being in a foam, liquid, paste or cream form wherein the component (Y) comprises one or more selected from the group consisting of a linear or cyclic aliphatic amine, a basic amino acid, an inorganic salt composed of a strong base and a weak acid, a metal hydroxide, and an aromatic amine.
An 8-shaped NFC antenna with a metal back cover comprising a metal back cover and an antenna coil , wherein the metal back cover comprises a first through-hole and a second through-hole , the antenna coil is located on the inner side of the metal back cover , the metal back cover is further provided with a first slit , the first through-hole and the second through-hole are connected by the first slit , the antenna coil surrounding the first through-hole and the second through-hole is in an 8 shape, and the electric current direction of the part of the antenna coil surrounding the first through-hole and the electric current direction of the part of the antenna coil surrounding the second through-hole are opposite.
Apparatus for making a contoured composite laminate stringer having a flange and a web , comprising: a first die and a second die between which a multi-ply composite charge may be formed into a flange and a web having a contour ; and a first wrinkle diffuser on the first die ; and a second wrinkle diffuser on the second die and opposing the first wrinkle diffuser , wherein the first and second wrinkle diffusers are configured to diffuse wrinkles in the contour of the flange and the web as the multi-ply composite charge is being formed wherein each of the first wrinkle diffuser and the second wrinkle diffuser includes a plurality of depressions therein into which the multi-ply composite charge may strain within the contour as the multi-ply composite charge is being formed to the contour . a first die and a second die between which a multi-ply composite charge may be formed into a flange and a web having a contour ; and a first wrinkle diffuser on the first die ; and a second wrinkle diffuser on the second die and opposing the first wrinkle diffuser , wherein the first and second wrinkle diffusers are configured to diffuse wrinkles in the contour of the flange and the web as the multi-ply composite charge is being formed wherein each of the first wrinkle diffuser and the second wrinkle diffuser includes a plurality of depressions therein into which the multi-ply composite charge may strain within the contour as the multi-ply composite charge is being formed to the contour .
A method for calibrating a measurement system comprising at least one image recording device having a forwardly oriented stereo camera system and a rearwardly oriented stereo camera system, each stereo camera system including at least two measurement cameras ( and , respectively), and having an analysis unit , wherein the measurement system is calibrated by means of a calibration device , wherein the calibration device forms a measurement space confined by a U-shaped measurement frame of at least three flat plates , characterised in that , in a first step, 3D coordinates of reference features positioned on the U-shaped measurement frame and facing into the measurement space of the calibration device are determined by at least one recording camera , and in that in a second step, at least one of the image recording devices is disposed in the measurement space of the calibration device such that a respective measurement camera focuses one of the two opposite plates of the measurement frame , and that in a third step, the 3D coordinates of the at least one image recording device and/or of the at least two measurement cameras which each focus one of the two opposing plates of the measurement frame , are determined in a common 3D coordinate system by means of the analysis unit using the 3D coordinates of the reference features determined in the first step.
An image forming apparatus , comprising: image forming means configured to form an image on a sheet; control means configured to control operation of the image forming means; and storage means configured to store information indicating that a function of the image forming means is restricted, characterized in that the control means is further configured to: (A) not execute an initialization operation corresponding to the restricted function of the image forming means in a case where the storage means stores the information and the image forming apparatus activates from a power saving state in which an electric power supply to the control means is stopped, (B) execute the initialization operation in a case where the storage means does not store the information and the image forming apparatus activates from the power saving state. image forming means configured to form an image on a sheet; control means configured to control operation of the image forming means; and storage means configured to store information indicating that a function of the image forming means is restricted, characterized in that the control means is further configured to: (A) not execute an initialization operation corresponding to the restricted function of the image forming means in a case where the storage means stores the information and the image forming apparatus activates from a power saving state in which an electric power supply to the control means is stopped, (B) execute the initialization operation in a case where the storage means does not store the information and the image forming apparatus activates from the power saving state. (A) not execute an initialization operation corresponding to the restricted function of the image forming means in a case where the storage means stores the information and the image forming apparatus activates from a power saving state in which an electric power supply to the control means is stopped, (B) execute the initialization operation in a case where the storage means does not store the information and the image forming apparatus activates from the power saving state.
Flexible pipe body for transporting production fluids, comprising: a first tensile armour layer ; and a first supporting layer radially outside, or radially inside, and in an abutting relationship with the first tensile armour layer ; wherein the first supporting layer comprises a helically wound constraining tape element and a helically wound electrically conductive tape element , wherein the electrically conductive tape element makes electrical contact with and thereby electrically connects multiple tensile armour wires in the first tensile armour layer, and wherein the constraining tape element comprises a high strength elongate tape, wherein the ratio of thickness to width of the tape is at least 1:5 and optionally at least 1:10, and optionally at least 1:100 and optionally 1:150 or 1:200 or 1:1000. a first tensile armour layer ; and a first supporting layer radially outside, or radially inside, and in an abutting relationship with the first tensile armour layer ; wherein the first supporting layer comprises a helically wound constraining tape element and a helically wound electrically conductive tape element , wherein the electrically conductive tape element makes electrical contact with and thereby electrically connects multiple tensile armour wires in the first tensile armour layer, and wherein the constraining tape element comprises a high strength elongate tape, wherein the ratio of thickness to width of the tape is at least 1:5 and optionally at least 1:10, and optionally at least 1:100 and optionally 1:150 or 1:200 or 1:1000.
A system for roasting particulate material (P), such as coffee or cacao beans, grains, malt, said system comprising: a photovoltaic unit configured for generating electricity from the solar radiation; a heat storage device comprising at least one phase change material ; a roasting device configured for roasting said particulate material (P); a thermal circuit connecting the heat storage device to the roasting device , and configured for circulating a fluid (Fl) through the roasting device ; characterized by further comprising an electrical circuit connecting the photovoltaic unit to the heat storage device , and configured for exchanging heat with said at least one phase change material . a photovoltaic unit configured for generating electricity from the solar radiation; a heat storage device comprising at least one phase change material ; a roasting device configured for roasting said particulate material (P); a thermal circuit connecting the heat storage device to the roasting device , and configured for circulating a fluid (Fl) through the roasting device ; characterized by further comprising an electrical circuit connecting the photovoltaic unit to the heat storage device , and configured for exchanging heat with said at least one phase change material .
A silicon carbide porous material which includes silicon carbide particles, metal silicon and an oxide phase and in which the silicon carbide particles are bonded to one another via at least one of the metal silicon and the oxide phase, wherein: the oxide phase comprises a parent phase, and a dispersion phase dispersed in the parent phase and having a higher thermal expansion coefficient than the parent phase; a content ratio of the silicon carbide particles has a lower limit value of 50 mass% and an upper limit value of 80 mass%; a content ratio of the metal silicon has a lower limit value of 15 mass% and an upper limit value of 45 mass%; a content ratio of the oxide has a lower limit value of 1 mass% and an upper limit value of 25 mass%; and a content ratio of the dispersion phase in the oxide phase has a lower limit value of 1 mass% and an upper limit value of 40 mass%. the oxide phase comprises a parent phase, and a dispersion phase dispersed in the parent phase and having a higher thermal expansion coefficient than the parent phase; a content ratio of the silicon carbide particles has a lower limit value of 50 mass% and an upper limit value of 80 mass%; a content ratio of the metal silicon has a lower limit value of 15 mass% and an upper limit value of 45 mass%; a content ratio of the oxide has a lower limit value of 1 mass% and an upper limit value of 25 mass%; and a content ratio of the dispersion phase in the oxide phase has a lower limit value of 1 mass% and an upper limit value of 40 mass%.