mhurhangee/ep-ind-claims huggingface dataset:
An optical imaging element (X, X') for bending light having passed through the optical imaging element including a planar element surface (S, S') of the optical imaging element, comprising: an arrangement of a plurality of unit optical elements (2, 2') for reflecting light, wherein each of the unit optical elements (2, 2') comprises two specular surfaces (21, 22; 21', 22'); each of the two specular surfaces of each of the unit optical elements is arranged at an angle perpendicular to the element surface (S, S'); each of the two specular surfaces of each of the unit optical elements is a plane mirror, characterized in that the two specular surfaces of each of the unit optical elements are orthogonal to each other such that they form a dihedral corner reflector (20, 20'). each of the unit optical elements (2, 2') comprises two specular surfaces (21, 22; 21', 22'); each of the two specular surfaces of each of the unit optical elements is arranged at an angle perpendicular to the element surface (S, S'); each of the two specular surfaces of each of the unit optical elements is a plane mirror, characterized in that the two specular surfaces of each of the unit optical elements are orthogonal to each other such that they form a dihedral corner reflector (20, 20').
An organic compound represented by the following Chemical Formula 1: wherein each of R 1 to R 3 is independently selected from the group consisting of hydrogen, unsubstituted or substituted C 1 ∼C 10 alkyl group, unsubstituted or substituted C 4 ∼C 30 alicyclic group and unsubstituted or substituted C 5 ∼C 30 aromatic group, and wherein X is an unsubstituted or a substituted C 4 ∼C 30 hetero aromatic group.
A method for slope face improvement, in which a lifespan-extending layer is layered on a surface of a protective layer comprising mortar or concrete sprayed on a slope face, whereby penetration of rainwater etc. from cracks that form in the protective layer is prevented, degradation of the protective layer is restricted, and detachment of mortar pieces or concrete pieces from the protective layer is prevented, wherein a coating layer having crack-following properties of 0.8 mm or greater, salt-blocking properties and neutralization-preventing properties is formed as the lifespan-extending layer, characterized in that the coating layer comprises a polymer compound.
An absorbent article comprising a liquid-permeable top sheet, a liquid-impermeable back sheet and an absorbent body situated between these sheets, with either or both the top sheet and the back sheet being formed by a synthetic resin sheet that includes an oxidative decomposer, wherein the oxidative decomposer is made of a mixture of a carboxylate and a rare earth compound, the synthetic resin sheet includes an oxidative decomposer in a mass ratio such that a decomposition rate index (D i) determined based on a following formula is 7.8 or less, and the absorbent article includes an oxidative decomposition accelerator composed of a peroxide, further toward a non-skin side than the absorbent body and/or inside water-sensitive capsules in the absorbent body, in a mass ratio of 40 parts by mass or greater with respect to 100 parts by mass of the oxidative decomposer. D i = B r × S a [In formula, B r represents a mass ratio (g/g) of the oxidative decomposer with respect to a synthetic resin component in the synthetic resin sheet, and S a represents a specific surface area (cm 2 /g) of the synthetic resin sheet.] the oxidative decomposer is made of a mixture of a carboxylate and a rare earth compound, the synthetic resin sheet includes an oxidative decomposer in a mass ratio such that a decomposition rate index (D i) determined based on a following formula is 7.8 or less, and the absorbent article includes an oxidative decomposition accelerator composed of a peroxide, further toward a non-skin side than the absorbent body and/or inside water-sensitive capsules in the absorbent body, in a mass ratio of 40 parts by mass or greater with respect to 100 parts by mass of the oxidative decomposer. D i = B r × S a [In formula, B r represents a mass ratio (g/g) of the oxidative decomposer with respect to a synthetic resin component in the synthetic resin sheet, and S a represents a specific surface area (cm 2 /g) of the synthetic resin sheet.]
A needle apparatus for making a pinning hole in a composite material, the needle apparatus comprising: a needle having a longitudinal axis; a collar fixed about the needle; and a motor having an axis of rotation, and being fixed to the needle such that the needle can be rotated by the motor, the motor and the collar being situated within a motor housing, the motor housing having a first bush, and a second bush, wherein the collar is positioned between the first bush and second bush so as to prevent the needle from moving away from or towards the motor, but allow the needle to rotate freely around its longitudinal axis; wherein the needle apparatus further comprises a linear actuator connected to the motor such that the motor can be moved along the axis of rotation of the motor by the linear actuator. a needle having a longitudinal axis; a collar fixed about the needle; and a motor having an axis of rotation, and being fixed to the needle such that the needle can be rotated by the motor, the motor and the collar being situated within a motor housing, the motor housing having a first bush, and a second bush, wherein the collar is positioned between the first bush and second bush so as to prevent the needle from moving away from or towards the motor, but allow the needle to rotate freely around its longitudinal axis; wherein the needle apparatus further comprises a linear actuator connected to the motor such that the motor can be moved along the axis of rotation of the motor by the linear actuator.
An imaging blanket, comprising: a base comprising an elastic polymer and sulfur; a barrier layer on the base comprising a material that blocks sulfur diffusion from the base layer to the other layers of the imaging blanket; and a reimageable surface layer on the barrier layer, the surface layer comprising an elastomer and a platinum catalyst. a base comprising an elastic polymer and sulfur; a barrier layer on the base comprising a material that blocks sulfur diffusion from the base layer to the other layers of the imaging blanket; and a reimageable surface layer on the barrier layer, the surface layer comprising an elastomer and a platinum catalyst.
A display screen comprising a flexible display panel, and a flexible protective layer covering a light-emitting surface of the flexible display panel, wherein a side surface of the flexible protective layer facing away from the flexible display panel is a light-transmitting side surface, and an anti-reflection structure is disposed on the light-transmitting side surface; characterized in that, the display screen further comprises a diffusion layer covering the light-emitting surface, wherein the diffusion layer is disposed between the flexible display panel and the flexible protective layers; and the diffusion layer is an optical adhesive layer in which haze particles are provided, or the diffusion layer is a resin material layer in which a light diffusing agent is mixed. a flexible display panel, and a flexible protective layer covering a light-emitting surface of the flexible display panel, wherein a side surface of the flexible protective layer facing away from the flexible display panel is a light-transmitting side surface, and an anti-reflection structure is disposed on the light-transmitting side surface; characterized in that, the display screen further comprises a diffusion layer covering the light-emitting surface, wherein the diffusion layer is disposed between the flexible display panel and the flexible protective layers; and the diffusion layer is an optical adhesive layer in which haze particles are provided, or the diffusion layer is a resin material layer in which a light diffusing agent is mixed.
Process for the production of diesel and gasoline mixture components from glycerin only, comprising the following steps: a) catalytic hydrogenation of glycerin with a conversion of not less than 50% to obtain a mixture of 1-propanol and 1,2-propanediol in a molar ratio between them from 50/50 to 90/10; b) separation of 1-propanol, 1,2-propanediol and glycerin from the reaction mixture of step (a); c) condensation of 1,2-propanediol obtained in step (b) in the presence of an acid catalyst to obtain 2-ethyl-4-methyl-1,3-dioxolane (PrDIOX); d) etherification of glycerin by reaction with 1-propanol, under conditions to obtain predominantly 3-(n-propoxy)-1,2-propanediol; e) reaction of the 3-(n-propoxy)-1,2-propanediol obtained in step (d) and the 2-ethyl-4-methyl-1,3-dioxolane obtained in step (c) in the presence of an acid catalyst to obtain 2-ethyl-4-(n-propoxymethyl) -1,3-dioxolane; f) maintaining the remaining part of 1-propanol obtained in step (b) for subsequent uses. a) catalytic hydrogenation of glycerin with a conversion of not less than 50% to obtain a mixture of 1-propanol and 1,2-propanediol in a molar ratio between them from 50/50 to 90/10; b) separation of 1-propanol, 1,2-propanediol and glycerin from the reaction mixture of step (a); c) condensation of 1,2-propanediol obtained in step (b) in the presence of an acid catalyst to obtain 2-ethyl-4-methyl-1,3-dioxolane (PrDIOX); d) etherification of glycerin by reaction with 1-propanol, under conditions to obtain predominantly 3-(n-propoxy)-1,2-propanediol; e) reaction of the 3-(n-propoxy)-1,2-propanediol obtained in step (d) and the 2-ethyl-4-methyl-1,3-dioxolane obtained in step (c) in the presence of an acid catalyst to obtain 2-ethyl-4-(n-propoxymethyl) -1,3-dioxolane; f) maintaining the remaining part of 1-propanol obtained in step (b) for subsequent uses.
A pharmaceutical composition comprising a therapeutically effective dose of azelastine, or a pharmaceutically acceptable salt or ester thereof, at a concentration of from 0.005% to 5% by weight, and one or more pharmaceutically acceptable carriers or excipients, wherein at least one of said pharmaceutically acceptable carriers or excipients is sucralose, and one or more steroids, wherein the composition is formulated for intranasal administration.
A method of making a web segment from a continuous web, the method characterised by comprising: feeding a web comprising a base substrate and a fastening material to an anvil roll of a slip-and-cut system, the anvil roll having a vacuum region and a reduced-vacuum region, the base substrate of the web being generally aligned with the vacuum region and the fastening material being generally aligned with the reduced-vacuum region, wherein the fastening material of the continuous web is a hook fastening material comprising a plurality of hooks; driving the anvil roll such that the surface speed of the anvil roll is greater than a speed at which the continuous web is fed to the anvil roll such that the web slips relative to the anvil roll; and cutting a discrete segment from the continuous web while the web is slipping relative to the anvil roll (10. feeding a web comprising a base substrate and a fastening material to an anvil roll of a slip-and-cut system, the anvil roll having a vacuum region and a reduced-vacuum region, the base substrate of the web being generally aligned with the vacuum region and the fastening material being generally aligned with the reduced-vacuum region, wherein the fastening material of the continuous web is a hook fastening material comprising a plurality of hooks; driving the anvil roll such that the surface speed of the anvil roll is greater than a speed at which the continuous web is fed to the anvil roll such that the web slips relative to the anvil roll; and cutting a discrete segment from the continuous web while the web is slipping relative to the anvil roll (10.
A printing cartridge for a system for printing three-dimensional parts, containing at least one store (28, 48) of a printing material, characterized in that it comprises a module for accessing code instructions (52, 64) executable by the printing system for printing at least one three-dimensional part with a predetermined shape by using the printing material(s) contained in the cartridge, the store(s) of printing material(s) contained in the cartridge comprising the printing material(s) in predetermined quantity or quantities, necessary and sufficient to perform the printing of a predetermined number of said three-dimensional parts.
An optical modulator comprising: an emitter layer with N-type doping having a first bandgap energy; a base layer with P-type doping having a second bandgap energy; and a sub-emitter layer disposed between the emitter layer and the base layer, wherein the sub-emitter layer has a third bandgap energy that is less than both the first bandgap energy and the second bandgap energy; a collector layer having N-type doping; and an undoped layer between the collector layer and the base layer, wherein the undoped layer is configured to have light propagate through the undoped region for modulation thereof. an emitter layer with N-type doping having a first bandgap energy; a base layer with P-type doping having a second bandgap energy; and a sub-emitter layer disposed between the emitter layer and the base layer, wherein the sub-emitter layer has a third bandgap energy that is less than both the first bandgap energy and the second bandgap energy; a collector layer having N-type doping; and an undoped layer between the collector layer and the base layer, wherein the undoped layer is configured to have light propagate through the undoped region for modulation thereof.
A system comprising: a power plant; a turbine associated with the power plant; a controller in communication with the turbine, and comprising a memory with computer-readable instructions operable to: receive an operating pressure of a condenser associated with the power plant; receive a rotor speed of the turbine; receive a last stage blade protection limit for the turbine; based at least in part on the operating pressure of the condenser, the rotor speed of the turbine, and the LSB protection limit, allow a run-up of the turbine; receive a rotor speed gradient of the turbine; receive one or more critical speed ranges (410, 420) associated with the rotor speed of the turbine; and based at least in part on the operating pressure of the condenser, the rotor speed, the rotor speed gradient, and the one or more critical speed ranges (410, 420), regulate at least one of: the rotor speed of the turbine and the rotor speed gradient of the turbine. a power plant; a turbine associated with the power plant; a controller in communication with the turbine, and comprising a memory with computer-readable instructions operable to: receive an operating pressure of a condenser associated with the power plant; receive a rotor speed of the turbine; receive a last stage blade protection limit for the turbine; based at least in part on the operating pressure of the condenser, the rotor speed of the turbine, and the LSB protection limit, allow a run-up of the turbine; receive a rotor speed gradient of the turbine; receive one or more critical speed ranges (410, 420) associated with the rotor speed of the turbine; and based at least in part on the operating pressure of the condenser, the rotor speed, the rotor speed gradient, and the one or more critical speed ranges (410, 420), regulate at least one of: the rotor speed of the turbine and the rotor speed gradient of the turbine. receive an operating pressure of a condenser associated with the power plant; receive a rotor speed of the turbine; receive a last stage blade protection limit for the turbine; based at least in part on the operating pressure of the condenser, the rotor speed of the turbine, and the LSB protection limit, allow a run-up of the turbine; receive a rotor speed gradient of the turbine; receive one or more critical speed ranges (410, 420) associated with the rotor speed of the turbine; and based at least in part on the operating pressure of the condenser, the rotor speed, the rotor speed gradient, and the one or more critical speed ranges (410, 420), regulate at least one of: the rotor speed of the turbine and the rotor speed gradient of the turbine.
Drinks dispenser with a multi-part housing, that has a housing front for delimiting a tap area for removing a prepared drink and a rear panel for covering an interior area for accommodating device electronics and a tubing, characterised in that the rear panel is free of an electronic element and a tubing element, wherein the drinks dispenser has an installation frame with a floor element, from which a panel element, that is located in the area of the vertical separating plane of the housing front and the rear panel, extends orthogonally, and the electronic elements and the tubing elements are arranged on a vertical partition panel, which extends from the panel element and, when the rear panel is dismantled, together with the panel element forms a storage space for arranging the water tank.
A toroidal field coil for use in a spherical tokamak, the toroidal field coil comprising a central column and a plurality of return limbs, the central column comprising a plurality of exfoliated HTS tapes; the return limbs comprising a plurality of substrated HTS tapes; wherein: each exfoliated HTS tape comprises a ReBCO layer bonded to respective metal interface layers on each side of the ReBCO layer, each metal interface layer being bonded to a metal stabiliser layer; each substrated HTS tape comprises a ReBCO layer bonded on one side to a metal interface layer and on the other side to an oxide buffer stack, the metal interface layer being bonded to a metal stabiliser layer and the oxide buffer stack being bonded to a substrate. each exfoliated HTS tape comprises a ReBCO layer bonded to respective metal interface layers on each side of the ReBCO layer, each metal interface layer being bonded to a metal stabiliser layer; each substrated HTS tape comprises a ReBCO layer bonded on one side to a metal interface layer and on the other side to an oxide buffer stack, the metal interface layer being bonded to a metal stabiliser layer and the oxide buffer stack being bonded to a substrate.
An electric fader drive unit comprising: a drive portion that is adapted to drive an electric fader by supplying drive power to the electric fader; a fader position control portion that is adapted to indicate a target position (F1, F2) of the electric fader; and an electric fader control portion that is adapted to receive an indication of the target position (F1, F2) from the fader position control portion, and, when controlling the drive portion to move the electric fader to the target position (F1, F2), is adapted to move the electric fader to the target position (F1, F2) by changing the drive power from a preparation drive power (Ppre), less than a minimum drive power (Pmin) that is a lowest drive power required for moving the electric fader, to a predetermined drive power (Pb, Ps, Pb1, Pb2) not less than the minimum drive power (Pmin); characterized in that the electric fader control portion is further adapted to increase the drive power from 0 to the preparation drive power (Ppre) over a first predetermined time (Tpre), and to change the drive power from the preparation drive power (Ppre) to the predetermined drive power (Pb, Ps, Pb1, Pb2) after the first predetermined time (Tpre) elapses, so as to move the electric fader to the target position (F1, F2). a drive portion that is adapted to drive an electric fader by supplying drive power to the electric fader; a fader position control portion that is adapted to indicate a target position (F1, F2) of the electric fader; and an electric fader control portion that is adapted to receive an indication of the target position (F1, F2) from the fader position control portion, and, when controlling the drive portion to move the electric fader to the target position (F1, F2), is adapted to move the electric fader to the target position (F1, F2) by changing the drive power from a preparation drive power (Ppre), less than a minimum drive power (Pmin) that is a lowest drive power required for moving the electric fader, to a predetermined drive power (Pb, Ps, Pb1, Pb2) not less than the minimum drive power (Pmin); characterized in that the electric fader control portion is further adapted to increase the drive power from 0 to the preparation drive power (Ppre) over a first predetermined time (Tpre), and to change the drive power from the preparation drive power (Ppre) to the predetermined drive power (Pb, Ps, Pb1, Pb2) after the first predetermined time (Tpre) elapses, so as to move the electric fader to the target position (F1, F2).
Vehicle bench seat (1, 100) with three places, comprising a seat pan (2, 102) and a backrest (3, 103) that is divided into a central part and two lateral parts (108, 110) flanking said central part, said three parts (108, 109, 110) being able to be inclined independently in order to each pass from a functional position to a deployed position for which it extends parallel to said seat pan (2, 102), characterized in that the three parts (108, 109, 110) have different widths along a longitudinal axis of the bench seat, and in that one of the two lateral parts is wider than each of the two other parts (108, 109) in order to support a retractor of a seat belt intended for the central place of the bench seat.
An injection molding machine comprising: a drive unit (160, 183) which is configured to move a movable unit; and a controller which is configured to control the drive unit (160, 183), wherein the controller is configured to perform a drive control of the drive unit (160, 183) and a monitoring control, the monitoring control comprising at least one of acquiring a detection value of the mold clamping force or/and comparing the detection value with a predetermined set value, characterized in that a control cycle of the monitoring control is longer than a control cycle of the drive control. a drive unit (160, 183) which is configured to move a movable unit; and a controller which is configured to control the drive unit (160, 183), wherein the controller is configured to perform a drive control of the drive unit (160, 183) and a monitoring control, the monitoring control comprising at least one of acquiring a detection value of the mold clamping force or/and comparing the detection value with a predetermined set value, characterized in that a control cycle of the monitoring control is longer than a control cycle of the drive control.