mhurhangee/ep-ind-claims huggingface dataset:
A power-input stage for a DC-powered device, the power-input stage including - a connection unit comprising at least four pairs of power-input elements for connecting to the same number of at least four pairs of external electrical conductors for delivering DC power; and - a powering-mode assessment unit having a balance measurement stage that is configured to perform, before power is drawn for operation of the DC-powered device, a balance measurement for determining whether or not a first number of pairs of power-input elements, at which a positive power-supply voltage is available from the external electrical conductors, is equal to a second number of pairs of power-input elements, from which a negative power-supply voltage is available, and to provide a balance output signal indicative of a result of the balance measurement. - a connection unit comprising at least four pairs of power-input elements for connecting to the same number of at least four pairs of external electrical conductors for delivering DC power; and - a powering-mode assessment unit having a balance measurement stage that is configured to perform, before power is drawn for operation of the DC-powered device, a balance measurement for determining whether or not a first number of pairs of power-input elements, at which a positive power-supply voltage is available from the external electrical conductors, is equal to a second number of pairs of power-input elements, from which a negative power-supply voltage is available, and to provide a balance output signal indicative of a result of the balance measurement.
A pouch-type battery case comprising: a cup portion (133; 533) configured to accommodate therein an electrode assembly; and die edges (138; 5380) connecting between a sidewall (1333; 5333) of the cup portion (133; 533) to a side portion (134; 534), the side portion (134; 534) extending from the sidewall (1333; 5333), wherein the die edges (138; 5380) comprise: - a first region (1381; 5381) which is rounded with a first curvature radius, wherein an electrode tab extends from the electrode assembly is to be arranged in the first region (1381; 5381); and - a second region (1382; 5382) which is adjacent to the first region (1381; 5381) and rounded with more second curvature radii (r2, r3, r4), wherein the second curvature radii (r2, r3, r4) are smaller than the first curvature radius, wherein the second region (1382; 5382) is divided into an inner region and an outer region by the first region (1381; 5381), wherein the curvature radius of the inner region is different from the curvature radii (r3, r4) of the outer region. a cup portion (133; 533) configured to accommodate therein an electrode assembly; and die edges (138; 5380) connecting between a sidewall (1333; 5333) of the cup portion (133; 533) to a side portion (134; 534), the side portion (134; 534) extending from the sidewall (1333; 5333), wherein the die edges (138; 5380) comprise: - a first region (1381; 5381) which is rounded with a first curvature radius, wherein an electrode tab extends from the electrode assembly is to be arranged in the first region (1381; 5381); and - a second region (1382; 5382) which is adjacent to the first region (1381; 5381) and rounded with more second curvature radii (r2, r3, r4), wherein the second curvature radii (r2, r3, r4) are smaller than the first curvature radius, - a first region (1381; 5381) which is rounded with a first curvature radius, wherein an electrode tab extends from the electrode assembly is to be arranged in the first region (1381; 5381); and - a second region (1382; 5382) which is adjacent to the first region (1381; 5381) and rounded with more second curvature radii (r2, r3, r4), wherein the second curvature radii (r2, r3, r4) are smaller than the first curvature radius, wherein the second region (1382; 5382) is divided into an inner region and an outer region by the first region (1381; 5381), wherein the curvature radius of the inner region is different from the curvature radii (r3, r4) of the outer region.
Insect screen system with devices for fast assembly of a box in a space for a frame, said insect screen system comprising a box horizontally placed and internally equipped with an engaging revolving winding roller, for the winding and the unwinding, a protection net which protection net itself is with an end engaged to the winding roller around which same it is wound and then unwound coming out at a bottom of the box through a longitudinal slit and wherein an end of the protection net opposite to the one engaged to the winding roller is equipped with a horizontal handlebar suitable for allowing for the unwinding and winding movement of the protection net and wherein the insect screen system includes a pair of vertical guide stanchions (5, 6) which same are equipped with a guide slit (51, 61) which last allows for the guided unwinding and winding of the protection net and wherein the box is horizontally placed in a position above and perpendicular to the vertical guide stanchions (5, 6), wherein the insect screen system comprises at least one first engagement stanchion and at least one second engagement stanchion vertically engageable to the jambs of the space of the frame which is intended to be provided with the insect screen system, and wherein to said engagement stanchions (2, 3) at least one first retaining device and one second retaining device are constrained, the first retaining device and the second retaining device being suitable for removably maintaining in engagement at least the head ends of the box and wherein with the first engagement stanchion at least the first vertical guide stanchion is associated and with the second engagement stanchion at least the second vertical guide stanchion is associated, characterised in that at least the first retaining device is equipped with at least one elastically deformable engagement tongue.
A method for transmitting data by a user equipment, UE, for communicating between UEs in a device-to-device, D2D, communication system, the method comprising: transmitting, to a neighbor UE, the data based on a first resource pool, if the UE is in-coverage, a preconfigured number of out-of-sync is detected from a lower layer, and a first timer for Radio Link Failure process is running; transmitting, to the neighbor UE, the data based on the first resource pool, if the UE is in-coverage, a radio link failure is detected, and a second timer related to a radio resource control, RRC, connection re-establishment is running; and transmitting, to the neighbor UE, the data based on a second resource pool, if the UE is out of coverage, wherein the second resource pool is preconfigured, and wherein the first resource pool is indicated by a system information block, SIB transmitted from a base station. transmitting, to a neighbor UE, the data based on a first resource pool, if the UE is in-coverage, a preconfigured number of out-of-sync is detected from a lower layer, and a first timer for Radio Link Failure process is running; transmitting, to the neighbor UE, the data based on the first resource pool, if the UE is in-coverage, a radio link failure is detected, and a second timer related to a radio resource control, RRC, connection re-establishment is running; and transmitting, to the neighbor UE, the data based on a second resource pool, if the UE is out of coverage, wherein the second resource pool is preconfigured, and wherein the first resource pool is indicated by a system information block, SIB transmitted from a base station.
A control device for the descent of a load, comprising: a first conduit, designed to connect a first chamber of a cylinder with a directional control valve; a second conduit, designed to connect a second chamber of the cylinder with the directional control valve; a control valve, disposed along the first conduit, which is designed to allow the flow of fluid from the directional control valve toward the first chamber and to allow the flow of fluid from the first chamber toward the directional control valve only if supplied with a pilot pressure exceeding a minimum value; characterized in that it comprises a shut-off valve, disposed along the second conduit, which is designed to take on a closed configuration, in which it prevents the flow of fluid along the second conduit, and an open condition, in which it allows the flow of fluid from the directional control valve toward the second chamber, only if the pressure present between the shut-off valve and the directional control valve exceeds a given minimum pressure; a pilot conduit, which connects the control valve with the section of the second conduit between the shut-off valve and the directional control valve; a drainage conduit which connects the section of the second conduit between the shut-off valve and the second chamber with a drain; a one-way valve, disposed along the drainage conduit, which prevents flow from the drain toward the second conduit and allows flow from the second conduit toward the drain only if the pressure upstream of the one-way valve exceeds a given minimum pressure; a choke, disposed in parallel with the shut-off valve.
A magnetic core, which comprises alloy phases each comprising Fe-based soft magnetic alloy grains comprising: M1, wherein M1 represents both elements of Al and Cr, Si, and R, wherein R represents at least one element selected from the group consisting of Zr, Nb, Hf and Ta, and which has a structure in which the alloy phases are connected to each other through a grain boundary phase, wherein the grain boundary phase comprises an oxide region, wherein: the oxide region comprises Fe, M1, Si and R and further comprising Al in a larger proportion by mass than the alloy phases; wherein the oxide region includes a region having a higher proportion of the quantity of R than a region which is different from the higher-R-proportion and is inside the oxide region; wherein the magnetic core includes Al in a proportion of 3 to 10% both inclusive by mass, Cr in a proportion of 3 to 10% both inclusive by mass, R in a proportion of 0.01 to 1% both inclusive by mass, and Si in a proportion of 1% or less by mass, and which includes Fe and inevitable impurities as the balance of the core; wherein the sum of the quantities of Fe, Al, Cr and R is regarded as being 100% by mass. M1, wherein M1 represents both elements of Al and Cr, Si, and R, wherein R represents at least one element selected from the group consisting of Zr, Nb, Hf and Ta, and which has a structure in which the alloy phases are connected to each other through a grain boundary phase, wherein the grain boundary phase comprises an oxide region, wherein: the oxide region comprises Fe, M1, Si and R and further comprising Al in a larger proportion by mass than the alloy phases; wherein the oxide region includes a region having a higher proportion of the quantity of R than a region which is different from the higher-R-proportion and is inside the oxide region; wherein the magnetic core includes Al in a proportion of 3 to 10% both inclusive by mass, Cr in a proportion of 3 to 10% both inclusive by mass, R in a proportion of 0.01 to 1% both inclusive by mass, and Si in a proportion of 1% or less by mass, and which includes Fe and inevitable impurities as the balance of the core; wherein the sum of the quantities of Fe, Al, Cr and R is regarded as being 100% by mass.
Gaiter or textile for the heating of the human or animal body regions, comprising: • a flexible carrier layer made of natural fibers or synthetic fibers, • on the carrier layer applied or molded structural elements designed as spherical calotte from heat reflective material with ceramic fillers and arranged at distances from one another and • that by the structural elements the body heat is distributed in the area of the carrier layer, whereby by means of spot touching the body the evaporation of perspiration and the local air circulation can be favoured. • a flexible carrier layer made of natural fibers or synthetic fibers, • on the carrier layer applied or molded structural elements designed as spherical calotte from heat reflective material with ceramic fillers and arranged at distances from one another and • that by the structural elements the body heat is distributed in the area of the carrier layer, whereby by means of spot touching the body the evaporation of perspiration and the local air circulation can be favoured.
A method for manufacturing composite wafers comprising at least the steps of: bonding surfaces of at least two handle wafers and a surface of a donor wafer which has a diameter greater than or equal to a sum of diameters of the at least two handle wafers and which has a hydrogen ion implantation layer formed inside thereof by implanting hydrogen ions from the surface of the donor wafer, to obtain a bonded wafer; heating the bonded wafer at 200 °C to 400 °C; and detaching a film from the donor wafer along the hydrogen ion implantation layer of the heated bonded wafer, to obtain the composite wafers having the film transferred onto the at least two handle wafers. bonding surfaces of at least two handle wafers and a surface of a donor wafer which has a diameter greater than or equal to a sum of diameters of the at least two handle wafers and which has a hydrogen ion implantation layer formed inside thereof by implanting hydrogen ions from the surface of the donor wafer, to obtain a bonded wafer; heating the bonded wafer at 200 °C to 400 °C; and detaching a film from the donor wafer along the hydrogen ion implantation layer of the heated bonded wafer, to obtain the composite wafers having the film transferred onto the at least two handle wafers.
A diatom grown heterotrophically comprising eicosapentaenoic acid and arachidonic acid in a ratio of at least 17:1 where eicosapentaenoic acid forms at least 1.5% w/w of the dry weight of the diatom and the diatom is Nitzschia laevis.
An immediate release, abuse deterrent capsule comprising: (a) an active substance susceptible to abuse; (b) a first polyethylene glycol having an average molecular weight between about 30,000 Daltons and about 40,000 Daltons; and (c) a second PEG having an average molecular weight between about 3000 Daltons and about 4000 Daltons, wherein the ratio of the first PEG to the second PEG is less than about 1:4 w/w. (a) an active substance susceptible to abuse; (b) a first polyethylene glycol having an average molecular weight between about 30,000 Daltons and about 40,000 Daltons; and (c) a second PEG having an average molecular weight between about 3000 Daltons and about 4000 Daltons,
Play-free shaft/hub connection, in particular shaft journal/coupling sleeve connection for use in rolling mills, wherein at least one subregion of a shaft that is rotatable about an axis of rotation extending in the longitudinal direction and a journal holder are arranged in a manner engaging one in the other in a form-fitting manner, forming a connecting region, and at least one adjusting device for compensating for play is provided between the shaft and the journal holder, wherein the adjusting device is configured as a clamping mechanism between the shaft and the journal holder, wherein automatic adjustment of a compensating element (16.1, 16.2) of the adjusting device by way of at least one wedge surface (17.1, 17.2, 18.1, 18.2) cooperating with one of the connection components - journal holder and/or shaft - is provided, characterized in that the wedge surface (17.1, 17.2, 18.1, 18.2) is oriented in a manner extending perpendicularly to the longitudinal direction of the journal holder, wherein the individual adjusting device comprises at least two compensating elements (16.1, 16.2) and the compensating elements are arranged on both sides of a plane, wherein the plane is describable by the longitudinal axis of the journal holder and a perpendicular thereto, between the journal holder and shaft, and wherein the configuration of the wedge surfaces takes place at least on a side of the compensating elements that cooperates with a connection component.
A device for pelletising melt emerging from apertures in a die plate, wherein said die plate is facing a blade arrangement with at least one blade, driven by a motor, such that the at least one blade sweeps over the apertures in the die plate and thereby separates pellets of the emerging melt material, wherein said device features a housing which is connected to the die plate and surrounds at least one blade of the blade arrangement and around which a cooling agent flows, wherein said housing features an inlet for the cooling agent and an outlet for the cooling agent and the pellets contained therein, wherein the inlet is arranged only in the lower half of the housing and features an inlet port in the housing and an inlet duct arranged so as to lead to the housing, and the outlet is arranged in the upper half of the housing and features an outlet port in the housing and an outlet duct, wherein said outlet duct is arranged linearly or substantially linearly with a length at least twice the greatest internal diameter of the cross section of the housing, characterised in that the outlet duct is arranged so as to lead tangentially away from the housing and that wherein said inlet duct is arranged in a rear region of the housing, seen in the longitudinal direction of the housing, in a region facing away from the die plate and said outlet duct being arranged in a front region of the housing, seen in the longitudinal direction of the housing, in the region of movement of the at least one blade next to the die plate.
A fan supporting structure for climate control machines with underfloor air flow, said climate control machines comprising a cabinet with one or more air intake grilles, inside which there are heat exchange means below which, supported by a corresponding supporting frame, there are two or more fans (16, 17) adapted to draw air from the overlying cabinet and to propel it into the space below a raised floor, said fan supporting structure comprising a partition interposed on said supporting frame between two adjacent fans (16, 17) and being characterized in that it has a substantially S-shaped profile with respect to a sectional plane that is perpendicular to the rotation axis of a fan and is designed to divide the air flows among the fans and guide them toward the outside of the supporting frame.
A method for the deposition of a film of mixed oxide on a composite material substrate, comprising an evaporation-deposition step of a mixed oxide, in which an electron beam is sent onto a target of mixed oxide having the same stoichiometric composition as the film to deposit, so as to cause evaporation of material from the target and deposition of evaporated material onto a substrate made of composite material; the method being characterized in that the evaporation-deposition step is carried out with a deposition rate, measured on the substrate, increasing during said evaporation-deposition step.
A multi speed transmission comprising: a transmission input; a transmission output; and a gear assembly comprising a step pinion planetary gear set having first and second sun gears (436, 446), a first ring gear rigidly attached to ground, a first planetary carrier configured as the transmission output with a first plurality of interconnected pinions meshing with the first and second sun gears (436, 446) and the first ring gear; and first and second input clutches (CL1, CL2) driveably connected to the transmission input being drivably connected to the first sun gear and the second sun gear respectively and being selectively activated to drive either said first sun gear or said second sun gear; characterized in that the multi speed transmission includes a primary reduction gear set comprising a third sun gear configured as the transmission input, a second ring gear grounded by rigidly fixing it to a housing of the transmission, a second planetary carrier with a second plurality of interconnected pinion gears meshing with the third sun gear and the second ring gear, wherein said second planetary carrier drives said first and second input clutches (CL1, CL2) which are thereby drivably connected to the transmission input and driven through the primary reduction gear set; and wherein the third sun gear configured as the transmission input and the first planetary carrier configured as the transmission output are spaced mutually along the same longitudinal axis. a transmission input; a transmission output; and a gear assembly comprising a step pinion planetary gear set having first and second sun gears (436, 446), a first ring gear rigidly attached to ground, a first planetary carrier configured as the transmission output with a first plurality of interconnected pinions meshing with the first and second sun gears (436, 446) and the first ring gear; and first and second input clutches (CL1, CL2) driveably connected to the transmission input being drivably connected to the first sun gear and the second sun gear respectively and being selectively activated to drive either said first sun gear or said second sun gear; characterized in that the multi speed transmission includes a primary reduction gear set comprising a third sun gear configured as the transmission input, a second ring gear grounded by rigidly fixing it to a housing of the transmission, a second planetary carrier with a second plurality of interconnected pinion gears meshing with the third sun gear and the second ring gear, wherein said second planetary carrier drives said first and second input clutches (CL1, CL2) which are thereby drivably connected to the transmission input and driven through the primary reduction gear set; and wherein the third sun gear configured as the transmission input and the first planetary carrier configured as the transmission output are spaced mutually along the same longitudinal axis.
Case for X-ray plate; said X-ray plate defining a surface exposable by X-rays; a surface not exposable by said X-rays, opposite to said exposable surface; said case comprising characterized in that said case exclusively comprises - a first sheet suitable to overlap substantially all of said exposable surface - a second sheet having an extension lower than the extension of said non-exposable surface so that said second sheet overlaps a portion of said non-exposable surface defining a visible portion of said non-exposable surface; - a joint edge of said sheets (110, 120) defining an extraction direction of said X-ray plate from said case; - a first sheet suitable to overlap substantially all of said exposable surface - a second sheet having an extension lower than the extension of said non-exposable surface so that said second sheet overlaps a portion of said non-exposable surface defining a visible portion of said non-exposable surface; - a joint edge of said sheets (110, 120) defining an extraction direction of said X-ray plate from said case;