mhurhangee/ep-ind-claims huggingface dataset:
A system comprising an electric component housing of a battery module and electric components, wherein, the electric components are accommodated in the electric component housing, and the electric component housing comprising: a housing body forming an appearance of the electric component housing; and a metal support structure embedded inside the housing body, wherein the housing body includes a bottom portion and a wall portion, wherein the bottom portion is a portion that forms a bottom surface of the housing body and the wall portion is a portion that forms walls along a peripheral edge of the bottom portion, wherein the electric components are fixedly installed at a predetermined position on the bottom portion, and wherein the electric components are chosen among a main relay, a current sensor, a precharge relay, a register. the electric components are accommodated in the electric component housing, and the electric component housing comprising: a housing body forming an appearance of the electric component housing; and a metal support structure embedded inside the housing body, wherein the housing body includes a bottom portion and a wall portion, wherein the bottom portion is a portion that forms a bottom surface of the housing body and the wall portion is a portion that forms walls along a peripheral edge of the bottom portion, wherein the electric components are fixedly installed at a predetermined position on the bottom portion, and wherein the electric components are chosen among a main relay, a current sensor, a precharge relay, a register. a housing body forming an appearance of the electric component housing; and a metal support structure embedded inside the housing body, wherein the housing body includes a bottom portion and a wall portion, wherein the bottom portion is a portion that forms a bottom surface of the housing body and the wall portion is a portion that forms walls along a peripheral edge of the bottom portion, wherein the electric components are fixedly installed at a predetermined position on the bottom portion, and wherein the electric components are chosen among a main relay, a current sensor, a precharge relay, a register.
A web shuffling method for providing a projection screen, the method comprising: fabricating a base diffuser material, wherein the base diffuser material is adjacent to optically functional material; stripping the optically functional material from a carrier substrate, wherein the stripping breaks the optically functional material into individual engineered particles; and distributing a coating onto a second substrate, wherein the coating includes the individual engineered particles, wherein the engineered particles further comprise a sandwich structure, and wherein the sandwich structure includes optical coatings on both sides of a reflective layer. fabricating a base diffuser material, wherein the base diffuser material is adjacent to optically functional material; stripping the optically functional material from a carrier substrate, wherein the stripping breaks the optically functional material into individual engineered particles; and distributing a coating onto a second substrate, wherein the coating includes the individual engineered particles, wherein the engineered particles further comprise a sandwich structure, and wherein the sandwich structure includes optical coatings on both sides of a reflective layer.
An injection system (70; 70A; 70B; 70C; 70D; 70E) for injecting an air and fuel mixture in a turbomachine combustion chamber, comprising a sleeve for centring an injector, a bowl, a first air intake swirler (100; 100A; 100C) axially arranged between the sleeve and the bowl, and a second air intake swirler (200; 200A; 200B; 200D; 200E) axially arranged between the first air intake swirler (100; 100A; 100C) and the bowl, each of the air intake swirlers comprising an upstream wall (102, 202) and a downstream wall (104, 204) both of revolution about an axis of the air intake swirler, and fins (106, 206) distributed about the axis and connecting the upstream wall to the downstream wall so as to delimit between the downstream and upstream walls air inlet channels (108, 208) each having an inlet (110, 210) arranged on a radially outer side and an outlet (112, 212) arranged on a radially inner side, wherein the downstream wall of the first air intake swirler (100; 100A; 100C) is the upstream wall of the second air intake swirler (200; 200A; 200B; 200D; 200E), characterised in that each of the air intake swirlers further includes a respective aerodynamic deflector (120, 220; 120A, 220A; 120, 220B; 120C, 220; 120, 220D; 120, 220E) which is an outwardly radial extension of the downstream wall (104, 204) of the corresponding air intake swirler and is terminated with a free end (122, 222; 122A, 222A; 122, 222B; 122, 222E), wherein each respective aerodynamic deflector has a concavity pointing upstream such that the aerodynamic deflector extends radially facing the respective inlets (110, 210) of the air inlet channels of the corresponding air intake swirler, wherein at least one of the respective aerodynamic deflectors (220B; 220E) of the first and second air intake swirlers is shaped such that the radial extent of the air inlet section of the corresponding air intake swirler (200B; 200E) varies about the axis.
A method for recognizing an engaged gear ratio R of the manual gearbox of a motor vehicle equipped with a heat engine and a binary clutch engagement sensor, the method including the following steps: - providing a binary signal indicative of the engaged/disengaged state of the clutch of the vehicle; - providing a second signal indicative of an estimation of the engaged ratio of the gearbox; - recognition of a gear ratio R, based on parameters including an estimation of the engaged ratio of the gearbox and confirmed clutch engagement information, characterized in that clutch engagement information in disengaged state is confirmed when - the disengaged state is indicated by the binary signal and clutch engagement information in engaged state is confirmed when, - following the detection of a transition of the binary signal from the disengaged state to the engaged state ∘ the engaged state persists after a delay period of a duration T max has elapsed, or ∘ the second signal indicates the estimation of a non-zero engaged ratio before a delay period of a duration T max has elapsed. - providing a binary signal indicative of the engaged/disengaged state of the clutch of the vehicle; - providing a second signal indicative of an estimation of the engaged ratio of the gearbox; - recognition of a gear ratio R, based on parameters including an estimation of the engaged ratio of the gearbox and confirmed clutch engagement information, characterized in that clutch engagement information in disengaged state is confirmed when - the disengaged state is indicated by the binary signal and clutch engagement information in engaged state is confirmed when, - following the detection of a transition of the binary signal from the disengaged state to the engaged state ∘ the engaged state persists after a delay period of a duration T max has elapsed, or ∘ the second signal indicates the estimation of a non-zero engaged ratio before a delay period of a duration T max has elapsed. ∘ the engaged state persists after a delay period of a duration T max has elapsed, or ∘ the second signal indicates the estimation of a non-zero engaged ratio before a delay period of a duration T max has elapsed.
An exterior body panel comprising: a substrate having a shape of the panel; a clear topcoat on said substrate; a cured composition of polysilazane or polysiloxane with interspersed disulfide moieties derived from disulfide monomers. a substrate having a shape of the panel; a clear topcoat on said substrate; a cured composition of polysilazane or polysiloxane with interspersed disulfide moieties derived from disulfide monomers.
A prestressed structural beam for defining a floor structure, the beam comprising a body having upper and lower faces (49 and 51) and first and second sides (53 and 55), the upper and lower faces (49 and 51) being spaced apart from each other a particular distance defining the depth of the beam, and a plurality of passages extending longitudinally along the beam, the plurality of passages being arranged in a spaced apart relationship with respect to each other, characterised in that the beam comprises a first group of support cables adjacent the upper face of the beam, a second group of sets of second strands located adjacent the lower face of the beam, and a third group of two pairs of third strands, each pair located at one lower corner of the beam, wherein each strand (77 or 79) comprises a plurality of wires bundled together and each support cable comprises a bar and a wire, the bar and the wire being located side by side and joined exclusively together via a plurality of clips arranged in a spaced apart relationship with respect to each other along the support cable, each clip surrounding a particular section of the support cable, wherein the bar and the wire continuously abut each other as the wire extends along the length of the bar to define the support cable.
A fan blade comprising: a root (74;100;126) including a front surface (84;108;132), a rear surface (86;134), a first side surface (88;114;136) connected to the front surface (84;108;132) and the rear surface (86;134), and a second side surface (90;116;138) connected to the front surface (84;108;132) and the rear surface (86; 134); and a blade extending from the root (74;100;126); characterised in that the front surface (84;108;132) engages the first side surface (88;114;136) and the second side surface (90;116;138) by one or more blunted surfaces, and the rear surface (86;134) engages the first side surface (88;114;136) and the second side surface (90;116;138) by one or more blunted surfaces, wherein the root (74; 100; 126) has an upper portion (80; 104; 130) including substantially parallel walls (82; 106; 144), and the upper portion (80; 104; 130) includes the one or more blunted surfaces. a root (74;100;126) including a front surface (84;108;132), a rear surface (86;134), a first side surface (88;114;136) connected to the front surface (84;108;132) and the rear surface (86;134), and a second side surface (90;116;138) connected to the front surface (84;108;132) and the rear surface (86; 134); and a blade extending from the root (74;100;126); characterised in that the front surface (84;108;132) engages the first side surface (88;114;136) and the second side surface (90;116;138) by one or more blunted surfaces, and the rear surface (86;134) engages the first side surface (88;114;136) and the second side surface (90;116;138) by one or more blunted surfaces, wherein the root (74; 100; 126) has an upper portion (80; 104; 130) including substantially parallel walls (82; 106; 144), and the upper portion (80; 104; 130) includes the one or more blunted surfaces.
A topical aqueous ophthalmic solution comprising ketorolac tromethamine and carboxymethylcellulose, wherein the concentration of ketorolac tromethamine is 0.45% weight/volume.
An apparatus for classifying a food item of organic or irregular structure, having an image capture unit, an evaluation unit, a data input unit and a data output unit, wherein the evaluation unit is connected to the image capture unit, to the data input unit and to the data output unit, and wherein the image capture unit can be used to capture the food item as optical data and to provide the optical data so as to be transmittable to the evaluation unit, and wherein the evaluation unit can be used to extract feature values of the food item from the optical data, wherein the feature values can be combined to form a feature value tuple for the food item and wherein the feature value tuple of the food item can be automatically assigned to a feature value tuple range, wherein the feature value tuple range is formed by one or more feature value tuples and wherein the feature value tuple range can be assigned a class, and wherein the data input unit can be used to perform the assignment of the class to the feature value tuple range, characterized in that the evaluation unit can be used to provide a categorization for the feature value tuple range into a core range and a marginal range, wherein in the core range there is a higher probability of correct assignment of the feature value tuple of the food item to the feature value tuple range than in the marginal range, and in that the categorization of the feature value tuple range can be stipulated by means of a confidence threshold value, wherein the confidence threshold value can stipulate a magnitude for the core range, and in that the confidence threshold value can be set under user control by means of the data input unit, and in that the data output unit can be used to output a recognition rate and a core range assignment rate, as dependent magnitudes of the confidence threshold value, and in that the automatic assignment of the feature value tuple of the food item to the feature value tuple range can be provided in a manner separated according to the core range and marginal range, and in that the result of the assignment of the feature value tuple of the food item to the feature value tuple range can be output, specifying the assigned class, as an assignment result, with an assignment to the core range, as a core range assignment, or with an assignment to the marginal range, as a marginal range assignment.
A method of operating a central unit, CU, node that is coupled with first and second distributed unit, DU, nodes, the method comprising: providing communication between the CU node and a mobile communication device through the first DU node over a first radio link between the first DU node and the mobile communication device; receiving a message at the CU node from the first DU node to inform the CU node that the radio link is temporarily unavailable; responsive to receiving the message that the first radio link is temporarily unavailable, suspending communication between the CU node and the mobile communication device through the first DU node, wherein configuration of the first DU node to serve the mobile communication device using the first radio link is maintained while suspending communication between the CU node and the mobile communication device through the first DU node; and while suspending communication between the CU node and the mobile communication device through the first DU node, providing communication between the CU node and the mobile communication device through the second DU node over a second radio link between the second DU node and the mobile communication device. providing communication between the CU node and a mobile communication device through the first DU node over a first radio link between the first DU node and the mobile communication device; receiving a message at the CU node from the first DU node to inform the CU node that the radio link is temporarily unavailable; responsive to receiving the message that the first radio link is temporarily unavailable, suspending communication between the CU node and the mobile communication device through the first DU node, wherein configuration of the first DU node to serve the mobile communication device using the first radio link is maintained while suspending communication between the CU node and the mobile communication device through the first DU node; and while suspending communication between the CU node and the mobile communication device through the first DU node, providing communication between the CU node and the mobile communication device through the second DU node over a second radio link between the second DU node and the mobile communication device.
A feeder free method for dedifferentiating or reprogramming a mammalian somatic cell comprising: transfecting the isolated somatic cell with a composition comprising: an effective amount of a synthetic mRNA encoding M 3 O; and synthetic mRNA encoding reprogramming factors Sox2, Klf4, cMyc-T58A, Nanog, and Lin28 in combination; whereby the somatic cell is reprogrammed or de-differentiated.
Machine for dispensing tape material comprising a feed roller configured to feed a tape material, unwinding it from a reel; cut means predisposed to carry out the cutting of said fed tape material; at least one measuring device for acquiring at least one figure correlatable with the measure of one dimension of a body, for example a container, to which a strip of said tape material is intended to be applied, having a length proportioned to said dimension to be measured; transmission means predisposed to transmit said correlatable figure; a control unit comprising a receiving unit predisposed to receive said figure transmitted by said transmission means, predisposed to determine the value of said proportioned length and to control the feeding of said strip of said tape material; command means for operating said dispensing of said tape material, characterized in that it further comprises an auxiliary measuring device configured to cooperate with said measuring device for acquiring a further figure correlatable to said measure of said dimension of said container and transmitted by said transmission means to said control unit to determine said value of said proportioned length.
A knife comprising: a body, which body carries a plurality of visual indicia; a blade slider slidably mounted within the body, which blade slider is configured to hold and slidably move a blade relative to the body, and which blade slider carries a visual indicium; the knife further including a blade snapper pivotally coupled to the body, which blade snapper is positioned on the body such that when the blade slider selectively positions the blade to be engaged by the blade snapper and the visual indicium of the blade slider is aligned with any one of the visual indicia of the body, pivotal movement of the blade snapper imparts a force on a blade segment of the blade to detach the blade segment from the blade. a body, which body carries a plurality of visual indicia; a blade slider slidably mounted within the body, which blade slider is configured to hold and slidably move a blade relative to the body, and which blade slider carries a visual indicium; the knife further including a blade snapper pivotally coupled to the body, which blade snapper is positioned on the body such that when the blade slider selectively positions the blade to be engaged by the blade snapper and the visual indicium of the blade slider is aligned with any one of the visual indicia of the body, pivotal movement of the blade snapper imparts a force on a blade segment of the blade to detach the blade segment from the blade.
Method for controlling a gas turbine, in particular in transient operating states, which gas turbine has a compressor for compressing aspirated combustion air, a combustion chamber for producing hot gas by burning a fuel by means of the compressed combustion air, and a multistage turbine for expanding the produced hot gas to perform work, wherein the control takes place according to the hot gas temperature which is derived from several other measured parameters of the gas turbine, characterised in that the hot gas temperature is derived exclusively via pressure measurements (P1, P2, P3) at various points of the gas turbine, wherein the pressure measurements (P1, P2, P3) are performed in the hot gas flow generated in the combustion chamber and include a pressure loss measurement (Δp) in the main flow of the gas turbine.
A method, comprising: monitoring, by a user equipment in a sidelink groupcast group configured with two stage hybrid automatic repeat request feedback channels, a first stage hybrid automatic repeat request feedback channel if no physical sidelink control channel and physical sidelink shared channel is received by the user equipment, wherein the monitoring comprises decoding the first stage hybrid automatic repeat request feedback channel to detect whether hybrid automatic repeat request positive acknowledgement or negative acknowledgement is transmitted by other user equipment in the sidelink groupcast group in response to a sidelink groupcast transmission performed by a transmitting user equipment in the sidelink groupcast group; and sending, by the user equipment, a discontinuous transmission indicator or hybrid automatic repeat request negative acknowledgement on a second stage hybrid automatic repeat request feedback channel when hybrid automatic repeat request positive acknowledgement/negative acknowledgement from another user equipment in the sidelink groupcast group is detected by the user equipment while monitoring on the first stage hybrid automatic repeat request feedback channel. monitoring, by a user equipment in a sidelink groupcast group configured with two stage hybrid automatic repeat request feedback channels, a first stage hybrid automatic repeat request feedback channel if no physical sidelink control channel and physical sidelink shared channel is received by the user equipment, wherein the monitoring comprises decoding the first stage hybrid automatic repeat request feedback channel to detect whether hybrid automatic repeat request positive acknowledgement or negative acknowledgement is transmitted by other user equipment in the sidelink groupcast group in response to a sidelink groupcast transmission performed by a transmitting user equipment in the sidelink groupcast group; and sending, by the user equipment, a discontinuous transmission indicator or hybrid automatic repeat request negative acknowledgement on a second stage hybrid automatic repeat request feedback channel when hybrid automatic repeat request positive acknowledgement/negative acknowledgement from another user equipment in the sidelink groupcast group is detected by the user equipment while monitoring on the first stage hybrid automatic repeat request feedback channel.
A coated shaped metal material comprising: a shaped metal material; and an acid-modified polypropylene layer disposed on the shaped metal material, the acid-modified polypropylene layer comprising 40mass% or more of acid-modified polypropylene, wherein the acid-modified polypropylene has a melt viscosity of 1,000 to 10,000 mPa·s, the acid-modified polypropylene layer has a film thickness of 0.2 μm or larger, a surface of the shaped metal material on which the acid-modified polypropylene layer is disposed has a roughness curve skewness (Rsk) of -1.0 or more, and the surface of the shaped metal material on which the acid-modified polypropylene layer is disposed has a roughness curve kurtosis (Rku) less than 5.0. a shaped metal material; and an acid-modified polypropylene layer disposed on the shaped metal material, the acid-modified polypropylene layer comprising 40mass% or more of acid-modified polypropylene, wherein the acid-modified polypropylene has a melt viscosity of 1,000 to 10,000 mPa·s, the acid-modified polypropylene layer has a film thickness of 0.2 μm or larger, a surface of the shaped metal material on which the acid-modified polypropylene layer is disposed has a roughness curve skewness (Rsk) of -1.0 or more, and the surface of the shaped metal material on which the acid-modified polypropylene layer is disposed has a roughness curve kurtosis (Rku) less than 5.0.