mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: multiple thermal actuator switches (902, 904, 1002, 1004, 100, 500, 700) configured to control a transfer of thermal energy through the apparatus, the thermal actuator switches arranged in a stacked configuration, each thermal actuator switch comprising: first and second plates (102, 104, 502, 504, 702. 704); a piston (108, 110, 508, 510, 708, 710) movable between the first and second plates; and a phase change material (112, 512, 712) configured to (i) expand to move a surface of the piston into a first position and (ii) contract to allow the surface of the piston to move into a second position, the surface of the piston thermally contacting the first plate and increasing thermal energy transfer between the first and second plates when in one of the first and second positions, the surface of the piston spaced apart from the first plate and decreasing thermal energy transfer between the first and second plates when in another of the first and second positions; wherein different ones of the thermal actuator switches comprise different phase change materials that expand or contract at different temperatures. multiple thermal actuator switches (902, 904, 1002, 1004, 100, 500, 700) configured to control a transfer of thermal energy through the apparatus, the thermal actuator switches arranged in a stacked configuration, each thermal actuator switch comprising: first and second plates (102, 104, 502, 504, 702. 704); a piston (108, 110, 508, 510, 708, 710) movable between the first and second plates; and a phase change material (112, 512, 712) configured to (i) expand to move a surface of the piston into a first position and (ii) contract to allow the surface of the piston to move into a second position, the surface of the piston thermally contacting the first plate and increasing thermal energy transfer between the first and second plates when in one of the first and second positions, the surface of the piston spaced apart from the first plate and decreasing thermal energy transfer between the first and second plates when in another of the first and second positions; first and second plates (102, 104, 502, 504, 702. 704); a piston (108, 110, 508, 510, 708, 710) movable between the first and second plates; and a phase change material (112, 512, 712) configured to (i) expand to move a surface of the piston into a first position and (ii) contract to allow the surface of the piston to move into a second position, the surface of the piston thermally contacting the first plate and increasing thermal energy transfer between the first and second plates when in one of the first and second positions, the surface of the piston spaced apart from the first plate and decreasing thermal energy transfer between the first and second plates when in another of the first and second positions; wherein different ones of the thermal actuator switches comprise different phase change materials that expand or contract at different temperatures.
Structure for the positioning and fastening of a tool, which can be fastened on the structure, on an elongated recess, especially a groove, especially of a rotor, which extends spatially along a first longitudinal axis and on two end faces (S1, S2) has end surfaces, wherein - the structure has a plate, which has a cutout which extends spatially along a second longitudinal axis and can be aligned with this parallel to the first longitudinal axis, and enframes the elongated recess, which plate is fixedly connected to a centering device; - wherein the centering device has at least one centering jaw, characterized in that the plate is fixedly connected to a clamping device and the centering jaw can be moved in the cutout along the second longitudinal axis and into and out of the elongated recess; - wherein the clamping device, on the side of the plate facing the elongated recess, has clamping jaws which can be moved in each case along the second longitudinal axis and brought into mechanical contact with, and releasably fastened to, one of the end surfaces of the end faces of the elongated recess. - the structure has a plate, which has a cutout which extends spatially along a second longitudinal axis and can be aligned with this parallel to the first longitudinal axis, and enframes the elongated recess, which plate is fixedly connected to a centering device; - wherein the centering device has at least one centering jaw, characterized in that the plate is fixedly connected to a clamping device and the centering jaw can be moved in the cutout along the second longitudinal axis and into and out of the elongated recess; - wherein the clamping device, on the side of the plate facing the elongated recess, has clamping jaws which can be moved in each case along the second longitudinal axis and brought into mechanical contact with, and releasably fastened to, one of the end surfaces of the end faces of the elongated recess.
A process for identifying a service delivery technology for connecting a communications device to a communications base station connected to a communications network, comprising the steps of providing the base station with a service provisioning client application, the service provisioning client application being arranged to cause a measuring device to measure wireless connectivity conditions in the vicinity of the base station and to report said wireless connectivity conditions to the service provisioning client application, and wherein the service provisioning client application reports the measured wireless connectivity conditions to a remote service provisioning management platform connected to the base station through the communications network, characterized in that the service provisioning management platform identifies the service delivery technology appropriate for connecting the communications device to the base station from a plurality of service delivery technologies including a wireless system and at least one other mode, the identifying of the service delivery technology being made according to the reported wireless connectivity conditions.
A solid oral dosage form in the form of a tablet comprising: (a) the compound trisodium [3-((1S,3R)-1-biphenyl-4-ylmethyl-3-ethoxycarbonyl-1-butylcarbamoyl) propionate- -3'-methyl-2'-(pentanoyl{2"-(tetrazol-5-ylate)biphenyl-4'-ylmethyl}amino)butyrate]hemipentahydrate in a concentration from 4% to 90% by weight of the composition; and (b) at least one pharmaceutically acceptable excipient, wherein the compound is present in a dose strength of 100, 200 or 400 mg corresponding to the respective combined amount of valsartan free acid and (2 R,4 S)-5-biphenyl-4-yl-5-(3-carboxy-propionylamino)-2-methyl-pentanoic acid ethyl ester in a 1:1 ratio per unit dosage form, and said tablet is an immediate-release formulation exhibiting an in vitro dissolution profile, such that when measured by the USP paddle method at about 50 rpm in 900 mL of 0.05M at pH 6.8 phosphate buffer and at 37±0.5°C, such that after 10 min, from a mean of 10% to a mean of 100% (by weight) of valsartan free acid, or a pharmaceutically acceptable salt thereof, is released, after 20 min, from a mean of 30% to a mean of 100% (by weight) of valsartan free acid, or a pharmaceutically acceptable salt thereof, is released, and after 30 min, from a mean of 40% to a mean of 100% (by weight) of valsartan free acid, or a pharmaceutically acceptable salt thereof, is released. (a) the compound trisodium [3-((1S,3R)-1-biphenyl-4-ylmethyl-3-ethoxycarbonyl-1-butylcarbamoyl) propionate- -3'-methyl-2'-(pentanoyl{2"-(tetrazol-5-ylate)biphenyl-4'-ylmethyl}amino)butyrate]hemipentahydrate in a concentration from 4% to 90% by weight of the composition; and (b) at least one pharmaceutically acceptable excipient, after 10 min, from a mean of 10% to a mean of 100% (by weight) of valsartan free acid, or a pharmaceutically acceptable salt thereof, is released, after 20 min, from a mean of 30% to a mean of 100% (by weight) of valsartan free acid, or a pharmaceutically acceptable salt thereof, is released, and after 30 min, from a mean of 40% to a mean of 100% (by weight) of valsartan free acid, or a pharmaceutically acceptable salt thereof, is released.
An electrochemical cell comprising an electrochemical device in the inside of a housing container and capable of achieving charge and discharge via external terminals, wherein the electrochemical device includes a pair of electrodes, a separator disposed between the pair of electrodes, and an electrolytic solution with which the pair of electrodes and the separator are impregnated; when a volume of the inter-electrode part of the separator is designated as Ve, and a volume of a void in an inter-electrode part of the separator disposed between the pair of electrodes is designated as Se, an inter-electrode part void ratio Re is defined as Re = Se/Ve × 100 (%); when a thickness of the inter-electrode part after compression thereof is designated as L2 (μm), and a separator evaluation index le is defined as le = L2/Re (μm/%), a relation of le ≤ 1.0 (μm/%) is satisfied; and a compression load is given to the separator by the pair of electrodes, the pair of electrodes having been expanded upon being impregnated with the electrolytic solution; characterized in that the separator is made of a laminate of glass fiber having a density in the range 2.3 to 2.351 g/cm 3 and a unit mass in the range 17.0 to 31.0 g/m 2; and a compression ratio L2/L1 of the thickness L2 after compression to a thickness L1 before compression of the inter-electrode part is 0.15 or more and not more than 0.6.
A device for selectively separating a granular material comprising a fraction of massive particles (1, 3) comprising filiform particles and coarse particles and a fraction of fine particles, said device comprising a feed of said granular material, a rotating member, a first collection area of said fraction of massive particles (1,3) and a second collection area for said separated fraction of fine particles, characterised in that said rotating member is a rotating circular plate having a bottom inclined with respect to a horizontal plane and a peripheral edge extending in a flared manner upwards therefrom, said second collection area of said fraction of fine particles being located in a central area of said rotating circular plate, said rotating circular plate has four quadrants, a first quadrant extending from 0° to 90°, a second quadrant extending, in a trigonometric reference, from 90° to 180°, and a third quadrant extending from 180° to 270° with respect to a point 0 corresponding to a highest point of said rotating circular plate when the latter is stopped, said device being characterized in that said first collection area of said massive particles (1, 3) comprising filiform particles and coarse particles is a ramp fixedly descending along an arc comprised between 180° and 270°.
Sanitary shower with a shower head with a pushbutton panel having at least two pushbutton elements (11 to 14), the operation of which by manual pressure enables the type of shower jet to be modified, each of the pushbutton elements (11 to 14) being springloaded into a closed position, in which a flow path in the shower head is closed, and being arranged to be pressed along a travel path (Δh) into an open position in which the flow path is opened and in which a snap contour formed integrally with the pushbutton element (11 to 14) is in releasable snap-engagement with a counter-contour of a control carriage that is movable in a displacement direction (y), which control carriage, when the pushbutton element (11 to 14) is depressed, remains stationary in the displacement direction (y) in its locking position and, to release the snap-engagement, is movable in the displacement direction (y) into an unlocking position in which the snap contour of the pushbutton element and the counter-contour of the control carriage are disengaged, wherein in the unlocking position the snap contour of the pushbutton element and the counter-contour of the control carriage, viewed in the displacement direction (y) of the control carriage, are offset relative to one another by an offset length (Δy) so that the snap-engagement between the snap contour of the pushbutton element and the counter-contour of the control carriage is released, characterised in that the travel path of the pushbutton element (11 to 14) is divided into a first travel path (Δh 1) between the closed position and the open position and into a subsequent second travel path (Δh 2) from the open position into an unblocking position, and during the first travel path (Δh 1) the control carriage remains unchanged without a displacement movement in the displacement direction (y), and during the second travel path (Δh 2) a control face of the pushbutton element (11 to 14) is kinetically coupled to the control carriage and presses the latter along a displacement path (Δy) in the displacement direction (y) into the unlocking position.
A wireless terminal comprising: a communications interface configured to receive a timing advance command control element over a radio interface from a network node; and an u p l ink, UL, transmission timing update unit configured, upon receipt of the timing advance command control element and before applying the received timing advance command control element, to update UL transmission timing for cells in a timing advance, TA, group even when a TA timer for the associated TA group is not running. a communications interface configured to receive a timing advance command control element over a radio interface from a network node; and an u p l ink, UL, transmission timing update unit configured, upon receipt of the timing advance command control element and before applying the received timing advance command control element, to update UL transmission timing for cells in a timing advance, TA, group even when a TA timer for the associated TA group is not running.
An integrated circuit comprising: a bulk silicon substrate; a group III material-nitride, III-N, base layer including a fixed portion on the substrate and a free portion suspended above the substrate, wherein the III-N base layer is gallium nitride; and a piezoresistive element on the III-N layer; characterized in that the piezoresistive element comprises at least three piezoresistive layers to form a multiple quantum-well, MQW, architecture, wherein each piezoresistive layer comprises a polarization layer (231, 233, 235) formed on a respective III-N layer (220, 232, 234), wherein the first such piezoresistive layer is formed by said III-N base layer and the respective polarization layer thereon. a bulk silicon substrate; a group III material-nitride, III-N, base layer including a fixed portion on the substrate and a free portion suspended above the substrate, wherein the III-N base layer is gallium nitride; and a piezoresistive element on the III-N layer; characterized in that the piezoresistive element comprises at least three piezoresistive layers to form a multiple quantum-well, MQW, architecture, wherein each piezoresistive layer comprises a polarization layer (231, 233, 235) formed on a respective III-N layer (220, 232, 234), wherein the first such piezoresistive layer is formed by said III-N base layer and the respective polarization layer thereon.
A method for sealing of gaps in a contact shoe ring, said contact shoe ring being a subassembly of an electrode lower column assembly of an electrode system of an electric arc furnace, said electrode lower column assembly comprising said contact shoe ring and a pressure ring which surrounds the contact shoe ring, and said contact shoe ring comprising contact shoe elements (10, 11), each having a first side edge, a second side edge which is substantially parallel with the first side edge, and a side face at the outer periphery facing the pressure ring, each of said gaps being a space between the first side edge of a first contact shoe element and the second side edge of a second contact shoe element which is adjacently neighboring to the first contact shoe element, characterized in that the method comprises the steps of - folding a refractory fabric to a substantially U-form shape to form a first branch portion and second branch portion which is parallel and at a distance corresponding to the width of the gap in relation to the first branch portion, - attaching the first branch portion with a refractory glue to the first side edge of the first contact shoe element, - attaching the second branch portion with a refractory glue to the second side edge of the second contact shoe element, - inserting at least one refractory felt strip between the first and second branch portions (13, 14) to fill the space therebetween, and - attaching a cover strip made of refractory fabric with a refractory glue to the side faces of the first and second contact shoe elements (10, 11). - folding a refractory fabric to a substantially U-form shape to form a first branch portion and second branch portion which is parallel and at a distance corresponding to the width of the gap in relation to the first branch portion, - attaching the first branch portion with a refractory glue to the first side edge of the first contact shoe element, - attaching the second branch portion with a refractory glue to the second side edge of the second contact shoe element, - inserting at least one refractory felt strip between the first and second branch portions (13, 14) to fill the space therebetween, and - attaching a cover strip made of refractory fabric with a refractory glue to the side faces of the first and second contact shoe elements (10, 11).
Method of controlling a transmission of a working vehicle provided with a brake to clutch functionality that provides opening automatically the clutch when the brake pedal is pressed and automatically reengaging the clutch when the brake pedal is released, comprising the following steps: measuring the slope angle α between the vertical and a vector perpendicular to the moving direction of the vehicle; checking if a braking action is activated by the driver and measuring the applied level of braking action; and characterised by: if the absolute value of angle α is lower than a threshold opening the clutch to perform the brake to clutch functionality wherein a limited torque T b is transmitted between opening and successive re-engagement of the clutch; if the absolute value of angle α is higher than the threshold calculating based on the value of the measured slope α and on the measured level of the braking action applied by the driver the target value of an additional torque Tt to be added to the limited torque T b so that the total aggregated value T a = T b + T t of the torque transmitted through the clutch is sufficient for ensuring that the working vehicle does not move in an opposite direction respect to the selected one; and modulating the clutch closure in order to transmit said torque. measuring the slope angle α between the vertical and a vector perpendicular to the moving direction of the vehicle; checking if a braking action is activated by the driver and measuring the applied level of braking action; and characterised by: if the absolute value of angle α is lower than a threshold opening the clutch to perform the brake to clutch functionality wherein a limited torque T b is transmitted between opening and successive re-engagement of the clutch; if the absolute value of angle α is higher than the threshold calculating based on the value of the measured slope α and on the measured level of the braking action applied by the driver the target value of an additional torque Tt to be added to the limited torque T b so that the total aggregated value T a = T b + T t of the torque transmitted through the clutch is sufficient for ensuring that the working vehicle does not move in an opposite direction respect to the selected one; and modulating the clutch closure in order to transmit said torque. if the absolute value of angle α is lower than a threshold opening the clutch to perform the brake to clutch functionality wherein a limited torque T b is transmitted between opening and successive re-engagement of the clutch; if the absolute value of angle α is higher than the threshold calculating based on the value of the measured slope α and on the measured level of the braking action applied by the driver the target value of an additional torque Tt to be added to the limited torque T b so that the total aggregated value T a = T b + T t of the torque transmitted through the clutch is sufficient for ensuring that the working vehicle does not move in an opposite direction respect to the selected one; and modulating the clutch closure in order to transmit said torque.
A strap-tensioning apparatus including: a base including two walls each formed with a first arched edge and a second arched edge; a short strap connected to the base; a reel supported on the base; a long strap wound around the reel; a coil spring for causing the reel to reel in the long strap; a spring-loaded detent movably supported on the walls for engagement with the reel; a handle supported on the base, wherein the handle includes two cams formed thereon and an opening defined therein, wherein each of the cams includes a lobe for pushing the spring-loaded detent from the reel; and a spring-loaded detent/suppressor movably supported on the handle for engagement with the reel; wherein the handle is pivotable to and fro to spin the reel to reel in the long strap when the detent/suppressor is supported on the second arched edges of the walls; wherein the detent/suppressor can be pushed via the opening and disengaged from the reel when it is located in a second position on the first arched edges of the walls characterized in that the detent/suppressor is configured to suppress the reel, when it is retained in a first position on the first arched edges of the walls, wherein the spring-loaded detent is in contact with the reel when the detent/suppressor is in the first position, but allows the reel to spin when it is moved on the first arched edges of the walls from the first position to the second position, wherein the spring-loaded detent is removed from the reel when the detent/suppressor is in the second position, in the case that the coil spring is loaded by reeling out the long strap so that it causes an angular momentum to the reel which overcomes a resistance of the detent/suppressor. a base including two walls each formed with a first arched edge and a second arched edge; a short strap connected to the base; a reel supported on the base; a long strap wound around the reel; a coil spring for causing the reel to reel in the long strap; a spring-loaded detent movably supported on the walls for engagement with the reel; a handle supported on the base, wherein the handle includes two cams formed thereon and an opening defined therein, wherein each of the cams includes a lobe for pushing the spring-loaded detent from the reel; and a spring-loaded detent/suppressor movably supported on the handle for engagement with the reel;