mhurhangee/patent-ind-claim-en huggingface dataset:
A transport refrigeration unit for a trailer comprising: an outer peripheral structural framework configured for attaching the refrigeration unit to the trailer ; and a front cover comprising an upper portion and a lower portion , the upper portion and the lower portion cooperating to fully enclose the transport refrigeration unit to provide protection from the environment; the upper portion of the front cover including a rigid front grille member and a flexible support structure disposed in surrounding relationship therewith, the grill member being provided with a large number of openings therethrough for facilitating the air flow for effective heat transfer; and the lower portion of the front cover including a plurality of doors , wherein at least one of said doors comprises: a body having an inner sheet and an outer sheet with both of said inner sheet and said outer sheet having a peripheral edge; and a joint formed between the respective peripheral edges of said inner and outer sheets such that the respective peripheral edges are integrally bonded together to provide a cavity between said inner and outer sheets ; characterized in that at least one of said inner sheet and said outer sheet is formed of a flame retardant material. an outer peripheral structural framework configured for attaching the refrigeration unit to the trailer ; and a front cover comprising an upper portion and a lower portion , the upper portion and the lower portion cooperating to fully enclose the transport refrigeration unit to provide protection from the environment; the upper portion of the front cover including a rigid front grille member and a flexible support structure disposed in surrounding relationship therewith, the grill member being provided with a large number of openings therethrough for facilitating the air flow for effective heat transfer; and the lower portion of the front cover including a plurality of doors , wherein at least one of said doors comprises: a body having an inner sheet and an outer sheet with both of said inner sheet and said outer sheet having a peripheral edge; and a joint formed between the respective peripheral edges of said inner and outer sheets such that the respective peripheral edges are integrally bonded together to provide a cavity between said inner and outer sheets ; characterized in that at least one of said inner sheet and said outer sheet is formed of a flame retardant material. a body having an inner sheet and an outer sheet with both of said inner sheet and said outer sheet having a peripheral edge; and a joint formed between the respective peripheral edges of said inner and outer sheets such that the respective peripheral edges are integrally bonded together to provide a cavity between said inner and outer sheets ; characterized in that at least one of said inner sheet and said outer sheet is formed of a flame retardant material.
A method of restoring power in a power distribution network having a plurality of power sources (S1, S2), a plurality of loading zones (L1-L6), a plurality of switching devices (BRK1, BRK2, SW1-SW6) interconnected between the plurality of power sources (S1, S2) and the plurality of loading zones (L1-L6), an intelligent electronic device (IED) associated with each of the plurality of switching devices (BRK1, BRK2, SW1-SW6) to control the switching devices (BRK1, BRK2, SW1-SW6), and a power restoration controller in communication with the intelligent electronic devices, the method comprising: isolating the loading zone that is in a faulted state; identifying one or more un-served load networks including loading zones downstream from the loading zone in a faulted state; restoring power to each un-served load network from a single power source; and characterized in that it comprises: opening the switching device or switching devices that separate each un-served load network into two or more sub-networks if no single power source is capable of restoring power to the un-served load network; and restoring power to each said sub-networks from a single power source, until the source capacity is exhausted or switch loading capacity is violated. isolating the loading zone that is in a faulted state; identifying one or more un-served load networks including loading zones downstream from the loading zone in a faulted state; restoring power to each un-served load network from a single power source; and characterized in that it comprises: opening the switching device or switching devices that separate each un-served load network into two or more sub-networks if no single power source is capable of restoring power to the un-served load network; and restoring power to each said sub-networks from a single power source, until the source capacity is exhausted or switch loading capacity is violated. opening the switching device or switching devices that separate each un-served load network into two or more sub-networks if no single power source is capable of restoring power to the un-served load network; and restoring power to each said sub-networks from a single power source, until the source capacity is exhausted or switch loading capacity is violated.
A method for controlling a rocket engine , the rocket engine comprising a combustion chamber , a first combustion chamber feed valve for regulating the flow rate of a first propellant in a first feed line configured to feed the combustion chamber , and a second combustion chamber feed valve for regulating the flow rate of a second propellant in a second feed line configured to feed the combustion chamber , the method comprising the joint control of the first and second combustion chamber feed valves according to a split range law.
A method for preparing and pretreating a metal substrate comprising: (a) contacting at least a portion of the substrate with a conditioning composition comprising a free fluoride source to provide free fluoride in an amount of 100 to 2000 ppm based on the total weight of ingredients in the conditioning composition, wherein the free fluoride source is a dissolved complex metal fluoride ion wherein the metal ion comprises a Group IIIA metal, Group IVA, Group IVB metal, or combinations thereof or fluoride salts selected from ammonium fluoride, ammonium bifluoride, zirconium fluoride, sodium fluoride, sodium bifluoride, potassium fluoride, and potassium bifluoride,; wherein phosphate is present in the conditioning composition in an amount of less than 2 ppm based on total weight of the ingredients of the conditioning composition and (b) depositing a pretreatment composition comprising a Group IIIB and/or Group IVB metal on at least a portion of the substrate contacted with the conditioning composition. (a) contacting at least a portion of the substrate with a conditioning composition comprising a free fluoride source to provide free fluoride in an amount of 100 to 2000 ppm based on the total weight of ingredients in the conditioning composition, wherein the free fluoride source is a dissolved complex metal fluoride ion wherein the metal ion comprises a Group IIIA metal, Group IVA, Group IVB metal, or combinations thereof or fluoride salts selected from ammonium fluoride, ammonium bifluoride, zirconium fluoride, sodium fluoride, sodium bifluoride, potassium fluoride, and potassium bifluoride,; wherein phosphate is present in the conditioning composition in an amount of less than 2 ppm based on total weight of the ingredients of the conditioning composition and (b) depositing a pretreatment composition comprising a Group IIIB and/or Group IVB metal on at least a portion of the substrate contacted with the conditioning composition.
A method for manufacturing a bonded mineral fibre product having reduced thermal conductivity, said method comprising the steps of: providing mineral fibres in the form of a collected web, subjecting the collected web of fibres to a disentanglement process, suspending the fibres in a primary air flow, mixing a polyisocyanurate-forming binder composition with the mineral fibres before, during or after the disentanglement process to form a mixture of mineral fibres and binder, collecting the mixture of mineral fibres and binder, and pressing and curing the mixture to provide a consolidated composite of mineral fibres bonded with a polyisocyanurate-based binder. providing mineral fibres in the form of a collected web, subjecting the collected web of fibres to a disentanglement process, suspending the fibres in a primary air flow, mixing a polyisocyanurate-forming binder composition with the mineral fibres before, during or after the disentanglement process to form a mixture of mineral fibres and binder, collecting the mixture of mineral fibres and binder, and pressing and curing the mixture to provide a consolidated composite of mineral fibres bonded with a polyisocyanurate-based binder.
Light module (M), notably of a vehicle, said light module comprising: - a semiconductor light source (S) comprising a plurality of light-emitting units of submillimetric dimensions, the units being distributed in different selectively activatable light zones , - at least one shaping optic (O), capable of receiving the light rays emitted by said light zones and of deflecting them out of the light module, the shaping optic being arranged in such a way as to form an image (I) of the light source comprising a plurality of pixels (p), each pixels (p) is an image of one of said selectively activatable light zones charactherized in that - the light source (S) is configured and the shaping optic (O) is arranged in such a way that at least a part of these pixels (p) exhibit an angular aperture (α) of at most 1° in at least one given direction; and - the selectively activatable light zones are arranged in such a way that the image (I) of the light source (S) comprises a central zone (Zc) and an off-center zone (Zp) between said central zone and edges of the image of the light source, the plurality of pixels (p) being distributed in the central zone (Zc) and in the off-center zone, the pixels inside the central zone being smaller than those situated outside of the central zone. - a semiconductor light source (S) comprising a plurality of light-emitting units of submillimetric dimensions, the units being distributed in different selectively activatable light zones , - at least one shaping optic (O), capable of receiving the light rays emitted by said light zones and of deflecting them out of the light module, the shaping optic being arranged in such a way as to form an image (I) of the light source comprising a plurality of pixels (p), each pixels (p) is an image of one of said selectively activatable light zones - the light source (S) is configured and the shaping optic (O) is arranged in such a way that at least a part of these pixels (p) exhibit an angular aperture (α) of at most 1° in at least one given direction; and - the selectively activatable light zones are arranged in such a way that the image (I) of the light source (S) comprises a central zone (Zc) and an off-center zone (Zp) between said central zone and edges of the image of the light source, the plurality of pixels (p) being distributed in the central zone (Zc) and in the off-center zone, the pixels inside the central zone being smaller than those situated outside of the central zone.
A folding ski that comprises: - a ski front section having a front end with a tip slightly bent upwards and a rear end , - a ski rear section having a front end and a rear end with a tail slightly bent upwards, - a folding connection that inseparably connects the rear end of the ski front section with the front end of the ski rear section, - a connecting platform serving to reinforce the folding connection of the ski in its functional state, wherein the connecting platform has at least four tongues , one at each end of the connecting platform and two in the central area of the connecting platform proximal to the folding connection, one from each side of the folding connection, wherein grooves are formed on the front section of the ski and the rear section of the ski, said grooves being arranged in a way to engage, in the functional state of the ski, the tongues of the connecting platform, wherein the connecting platform is formed in the shape of ski camber bent upwards in an arcuate manner and formed from an elastic material characterized in that in the functional state of the ski, the arcuate shape of the connecting platform preloads the ski in a way that the ski is camber-shaped, wherein the ratio between the height (h) and the length of the ski camber of the connecting platform ranges from 1:170 to 1:280, is preferably about 1:240. - a ski front section having a front end with a tip slightly bent upwards and a rear end , - a ski rear section having a front end and a rear end with a tail slightly bent upwards, - a folding connection that inseparably connects the rear end of the ski front section with the front end of the ski rear section, - a connecting platform serving to reinforce the folding connection of the ski in its functional state, wherein the connecting platform has at least four tongues , one at each end of the connecting platform and two in the central area of the connecting platform proximal to the folding connection, one from each side of the folding connection, wherein grooves are formed on the front section of the ski and the rear section of the ski, said grooves being arranged in a way to engage, in the functional state of the ski, the tongues of the connecting platform, wherein the connecting platform is formed in the shape of ski camber bent upwards in an arcuate manner and formed from an elastic material characterized in that in the functional state of the ski, the arcuate shape of the connecting platform preloads the ski in a way that the ski is camber-shaped, wherein the ratio between the height (h) and the length of the ski camber of the connecting platform ranges from 1:170 to 1:280, is preferably about 1:240.
A device for filling filling material, comprising at least one metering wheel , at least one metering chamber , at least one container for delivering a filling material to be metered into the metering chamber , at least one filter , which is arranged at the metering chamber , wherein the filter is realized so as to be non-permeable for the filling material and permeable for a gaseous medium, at least one feeder for the gaseous medium, in order to act, by means of the gaseous medium, via the filter , upon the filling material to be metered into the metering chamber , characterized in that at least one transport means is provided to displace the filter such that a further region of the filter reaches the underside of the metering chamber .
An apparatus comprising: decode circuitry to decode a decompression instruction into a first micro operation and a second micro operation , wherein the first micro operation is to cause one or more load operations to fetch data into a plurality of cachelines of a cache of a processor core; and Decompression Engine, DE, circuitry to decompress the fetched data from the plurality of cachelines of the cache of the processor core in response to the second micro operation , wherein the decompression instruction is to cause the DE circuitry to perform an out-of-order decompression of the plurality of cachelines. decode circuitry to decode a decompression instruction into a first micro operation and a second micro operation , wherein the first micro operation is to cause one or more load operations to fetch data into a plurality of cachelines of a cache of a processor core; and Decompression Engine, DE, circuitry to decompress the fetched data from the plurality of cachelines of the cache of the processor core in response to the second micro operation , wherein the decompression instruction is to cause the DE circuitry to perform an out-of-order decompression of the plurality of cachelines.
A synchronous motor , comprising a permanent magnet rotor and a stator with three phase windings having a winding terminal (U, V, W) which are connected in a star point (S) of a star-connected circuit and to control electronics , wherein a detection element is further provided which is designed to indirectly or directly detect the temperature or a temperature-dependent motor characteristic of at least one winding phase , wherein the first terminal of the detection element is connected in an electrically conductive manner to the star point (S) and the second terminal of the detection element is embodied as a fourth winding terminal (T), which winding terminal (T) is connected to the control electronics , characterized in that the detection element also has a switching function for disconnecting the electrical connection between the star point (S) and the fourth winding terminal (T) when a predefined threshold temperature is exceeded.
A system for supporting navigation in an enclosed area , whereby an enclosed area is a completely or partially enclosed space, area, or environment from which GNSS signals are completely, substantially, or partially blocked from entering, so that GNSS signal strength is too low for use or completely unavailable the system comprising: (a) three spaced-apart micro simulators , each said micro simulator being operative to transmit a respective local GNSS signal , a first said micro simulato being a master micro simulator to which a second said micro simulator is synchronized directly and to which a third said micro simulator is synchronized characterized in that the third micro simulator is synchronized indirectly by being directly synchronized to said second micro simulator, at least said second and third micro simulators being located within the enclosed area; each said local GNSS includes signals that would be received from at least three GNSS satellites at a nominal location of said each micro simulator if said satellites were visible from said nominal location, so that each said local GNSS signal relates to a respective location associated with said micro simulator that transmits said each local GNSS signal, whereby the location comprises the micro simulator location or a location that is related to or offset from the micro simulator location, and wherein a master micro simulator is a micro simulator which knows its position, and whereby the second micro simulator is adjacent to the first micro simulator and the third micro simulator is the next adjacent micro simulator in sequence to the first micro simulator. (a) three spaced-apart micro simulators , each said micro simulator being operative to transmit a respective local GNSS signal , a first said micro simulato being a master micro simulator to which a second said micro simulator is synchronized directly and to which a third said micro simulator is synchronized characterized in that the third micro simulator is synchronized indirectly by being directly synchronized to said second micro simulator, at least said second and third micro simulators being located within the enclosed area; each said local GNSS includes signals that would be received from at least three GNSS satellites at a nominal location of said each micro simulator if said satellites were visible from said nominal location, so that each said local GNSS signal relates to a respective location associated with said micro simulator that transmits said each local GNSS signal, whereby the location comprises the micro simulator location or a location that is related to or offset from the micro simulator location, and wherein a master micro simulator is a micro simulator which knows its position, and whereby the second micro simulator is adjacent to the first micro simulator and the third micro simulator is the next adjacent micro simulator in sequence to the first micro simulator.
A locking member of a trim part comprising at least one receiving plate , on a structural part of a vehicle having at least one locking zone provided with a bore , the locking member comprising a cage inside which are disposed locking means movable between a locking position in which the locking means project radially from the cage and an unlocking position in which the locking means are contained in said cage , characterized in that the locking member comprises means for holding the locking member in the receiving plate in a storage position and means for positioning the locking member in an insertion position in the bore of the structural part , the locking member comprising a blade designed to bear on the locking zone and to tilt the locking member to orient it in an axis allowing its engagement in the bore of the locking zone .
A pearl being destined to be placed on a tooth for an orthodontic treatment, the pearl having a surface , the surface consisting of a first surface and a second surface , the first surface being destined to be in contact with a tooth and the second surface being opposite to the first surface , wherein the second surface is smooth, and wherein the second surface further comprises an apex , wherein the apex is smooth, wherein the second surface comprises a first opening and a second opening which delimit a passage , the first opening and the second opening being arranged approximately on both sides of the apex , wherein the passage defines a hollow channel for an archwire and extends longitudinally along a longitudinal direction through the first opening and the second opening , within the pearl , wherein the cross-section of the passage is a mix of a circular shape with a square, a rectangular and/or a triangular shape.
Attachment and adjustment device for lighting apparatuses comprising at least one anchoring mean for connection to a support , an attachment body and at least one tightening mean , wherein the attachment body comprises at least two gripping elements configured to tighten toward the body of the lighting apparatus , and at least one fixing element , with which said anchoring mean and said tightening mean cooperate, said at least one tightening mean being configured to interact with said fixing element to control the opening and closing of the gripping elements , said attachment body being configured to allow the adjustment of the positioning of said lighting apparatus at least around a longitudinal axis (L) thereof, said device being characterized in that said at least one tightening mean is provided with a thrust element configured to abut, during the opening of the device , on an internal face of a fixing element , and to thrust the gripping element outward.
A method comprising: displaying a graphical user interface, GUI on a touch screen ; identifying, using a sensor included in a turbulence detector , a spatial relationship between a body part of a user, that is not in contact with the touch screen , and at least a portion of the GUI displayed on the touch screen ; identifying, using said sensor, a rate of approach of the body part toward the touch screen ; and, if the body part is not in contact with the touch screen and the rate of approach is above a predetermined threshold, moving, in response to relative motion between the touch screen and the body part, a position of the portion of the GUI within the touch screen to maintain the spatial relationship between the body part and the portion of the GUI by adjusting the manner in which the GUI is displayed. displaying a graphical user interface, GUI on a touch screen ; identifying, using a sensor included in a turbulence detector , a spatial relationship between a body part of a user, that is not in contact with the touch screen , and at least a portion of the GUI displayed on the touch screen ; identifying, using said sensor, a rate of approach of the body part toward the touch screen ; and, if the body part is not in contact with the touch screen and the rate of approach is above a predetermined threshold, moving, in response to relative motion between the touch screen and the body part, a position of the portion of the GUI within the touch screen to maintain the spatial relationship between the body part and the portion of the GUI by adjusting the manner in which the GUI is displayed.