mhurhangee/patent-ind-claim-en huggingface dataset:
A conductive substrate, comprising: a transparent base material; a metal layer formed on at least one of surfaces of the transparent base material; a blackened layer formed on the metal layer by a wet method; and an adhesion layer formed between the transparent base material and the metal layer by dry plating, and being an Ni-Cu alloy layer including oxygen. a transparent base material; a metal layer formed on at least one of surfaces of the transparent base material; a blackened layer formed on the metal layer by a wet method; and an adhesion layer formed between the transparent base material and the metal layer by dry plating, and being an Ni-Cu alloy layer including oxygen.
A hybrid vehicle comprising an automatic transmission control device, an engine , an automatic transmission configured to change a speed of rotation of the engine and to transmit the rotation to a drive shaft via a differential mechanism , a motor connected to the differential mechanism via a reducer, and a clutch configured to release or connect power transmission between the engine and the drive shaft , the automatic transmission control device comprising a control unit configured to control the automatic transmission and the clutch to control switching of gear stages of the automatic transmission , wherein the control unit is configured to change a releasing speed of the clutch in a clutch releasing process during a speed change of the automatic transmission and to cause the motor to output a speed-change assist torque as well as a travel assist torque at a timing according to an output state of the travel assist torque of the motor at a start of the speed change of the automatic transmission .
A manufacturing method of an insert molded article, wherein an insert with a thermoset resin adhesive applied to a joining surface relative to a plastic is placed in a molding die and a molten material (P) for the plastic is injected from a gate into a cavity (C) of the molding die to manufacture an insert molded article , the insert is an annular-shaped metallic part, and the molding die has an insert core type molding die structure or a slide core -type molding die structure so as to arrange a gate (G) as an inner disc gate at a position separated by 0.2 mm or more in an out-of-plane direction from the surface of the adhesive applied to the joining surface of the insert, comprising: an adhesive application step of applying the adhesive to a surface of the insert including the joining surface; a natural drying step of volatilizing a solvent contained in the adhesive by natural drying or a drying and solidification step of volatilizing the solvent contained in the adhesive to dry and solidify the adhesive under temperature conditions lower than the temperature at which the adhesive starts cross-linking reaction; and an injection molding step of placing the insert having undergone the natural drying step or the drying and solidification step in the molding die and injecting the molten material for the plastic from the gate into the cavity of the molding die. an adhesive application step of applying the adhesive to a surface of the insert including the joining surface; a natural drying step of volatilizing a solvent contained in the adhesive by natural drying or a drying and solidification step of volatilizing the solvent contained in the adhesive to dry and solidify the adhesive under temperature conditions lower than the temperature at which the adhesive starts cross-linking reaction; and an injection molding step of placing the insert having undergone the natural drying step or the drying and solidification step in the molding die and injecting the molten material for the plastic from the gate into the cavity of the molding die.
A device for compressing a chest of a patient comprising: a platform for placement under a thorax of the patient; a compression belt adapted to extend over an anterior chest wall of the patient, said belt comprising a load distribution section and right belt end and a left belt end ; a motor operably connected to the belt through a drive train, said motor capable of operating the drive train repeatedly to cause the belt to tighten about the thorax of the patient and loosen about the thorax of the patient; wherein the drive train comprises a right drive spool and a left drive spool , said right drive spool and left drive spool disposed laterally in the platform, and a linkage operably connecting the motor to said right drive spool and left drive spool to drive the right drive spool and left drive spool; and the right belt end and the left belt end are releasably attachable to the right drive spool and left drive spool , respectively, at attachment points accessible from anterior or lateral sides of the platform, such that the right belt end and left belt end can be attached to the right drive spool and the left drive spool while the platform is disposed under the patient . a platform for placement under a thorax of the patient; a compression belt adapted to extend over an anterior chest wall of the patient, said belt comprising a load distribution section and right belt end and a left belt end ; a motor operably connected to the belt through a drive train, said motor capable of operating the drive train repeatedly to cause the belt to tighten about the thorax of the patient and loosen about the thorax of the patient; wherein the drive train comprises a right drive spool and a left drive spool , said right drive spool and left drive spool disposed laterally in the platform, and a linkage operably connecting the motor to said right drive spool and left drive spool to drive the right drive spool and left drive spool; and the right belt end and the left belt end are releasably attachable to the right drive spool and left drive spool , respectively, at attachment points accessible from anterior or lateral sides of the platform, such that the right belt end and left belt end can be attached to the right drive spool and the left drive spool while the platform is disposed under the patient .
A pet food implement , comprising a container having a side with graduated markings ; a selectively adjustable wall that defines an intermediate predetermined volume of the container ; and a handle coupled to the wall to selectively adjust the wall along the side of the container to define the intermediate predetermined volume , the handle aligning the wall proximate one of the graduated markings , characterized in that the container is configured to measure an amount of pet food based on a weight measurement of a pet and a weight management plan, the graduated markings correspond to weight measurements for pets ranging up to a maximum weight for a predetermined weight management plan; and the intermediate predetermined volume of the container corresponds to an amount of pet food suitable for a pet with a certain weight on the predetermined weight management plan. a container having a side with graduated markings ; a selectively adjustable wall that defines an intermediate predetermined volume of the container ; and a handle coupled to the wall to selectively adjust the wall along the side of the container to define the intermediate predetermined volume , the handle aligning the wall proximate one of the graduated markings , characterized in that the container is configured to measure an amount of pet food based on a weight measurement of a pet and a weight management plan, the graduated markings correspond to weight measurements for pets ranging up to a maximum weight for a predetermined weight management plan; and the intermediate predetermined volume of the container corresponds to an amount of pet food suitable for a pet with a certain weight on the predetermined weight management plan.
A method for processing a structured surface of an embossing tool, in which the surface is provided with a first metallic coating over the entire area, and has at least one further metallic coating having a different degree of gloss in selected areas , characterized in that , on the first coating different degrees of gloss are produced in multiple selected areas , wherein a protective layer (mask) is partially applied on the first coating by means of a digital printing technique to define the selected areas and the degrees of gloss are produced by a combination of metallic coatings, mechanical, or chemical subsequent treatments.
Device for growing at least one artificially manufactured sapphire single crystal, comprising - at least one crucible wall , said crucible wall having an open first end portion and a base-side second end portion arranged at a distance from the first end portion along a longitudinal axis , wherein when viewed from the at least one crucible wall in cross-section in relation to the longitudinal axis a crucible wall inner surface is defined, and at a distance of one wall thickness thereto a crucible wall outer surface is also defined, - at least one crucible base , said crucible base being arranged in the base-side second end portion , and - wherein a receiving area for the formation of the single crystal is defined by the at least one crucible wall and the at least one crucible base , wherein the at least one crucible wall has constant thermal conductivity and/or identical mechanical properties over its entire extension, characterized in that the crucible base is formed exclusively from a plate made from a previously manufactured sapphire crystal serving as a seed crystal, wherein an external dimension of the plate that forms the crucible base is selected such that an outer circumferential front surface is constantly in contact and forms a seal with the inner crucible wall surface . - at least one crucible wall , said crucible wall having an open first end portion and a base-side second end portion arranged at a distance from the first end portion along a longitudinal axis , wherein when viewed from the at least one crucible wall in cross-section in relation to the longitudinal axis a crucible wall inner surface is defined, and at a distance of one wall thickness thereto a crucible wall outer surface is also defined, - at least one crucible base , said crucible base being arranged in the base-side second end portion , and - wherein a receiving area for the formation of the single crystal is defined by the at least one crucible wall and the at least one crucible base ,
Apparatus for controlling a movable load suspended on a cord, characterized in that the movable load has a controllable actuator, which is an assembly robot, and a control unit is provided, which is configured to use control commands for controlling the actuator in order to predict a load countermovement to be expected, so as to compensate for and/or prevent the load countermovement by controlling at least one compensating device controlled by the control unit.
A medium transport apparatus comprising: a transport section configured to support a medium (M) and transport the medium in a transport direction (A); and a tension applying and wrinkle reducing section comprising two rollers configured to come into contact with the medium to reduce the formation of wrinkles in the medium, the apparatus being characterized by the two rollers being wrinkle removing rollers and having similar structures except that the outer diameters of the two rollers are different, one of the two rollers having a larger outer diameter than the other, and in that the one of the two rollers having the larger outer diameter does not rotate as the medium is transported and has a plurality of surfaces (46a-d) of different surface characteristics as contact surfaces configured to come into contact with the medium, and in that the one of the two rollers having the larger outer diameter can be individually rotated and fixed in position to change which of the contact surfaces (46a-d) comes into contact with the medium. a transport section configured to support a medium (M) and transport the medium in a transport direction (A); and a tension applying and wrinkle reducing section comprising two rollers configured to come into contact with the medium to reduce the formation of wrinkles in the medium, the apparatus being characterized by the two rollers being wrinkle removing rollers and having similar structures except that the outer diameters of the two rollers are different, one of the two rollers having a larger outer diameter than the other, and in that the one of the two rollers having the larger outer diameter does not rotate as the medium is transported and has a plurality of surfaces (46a-d) of different surface characteristics as contact surfaces configured to come into contact with the medium, and in that the one of the two rollers having the larger outer diameter can be individually rotated and fixed in position to change which of the contact surfaces (46a-d) comes into contact with the medium.
A process for preparing Praziquantel, comprising the steps of: 1) subjecting β-phenethylamine and chloroacetyl chloride to condensation reaction in the presence of alkaline substance to give the compound of formula II; 2) subjecting the compound of formula II and ethanolamine to substitution reaction to give the compound of formula III; 3) subjecting the compound of formula III and cyclohexanecarbonyl chloride to acylation reaction in the presence of alkaline substance to give the compound of formula IV; 4) subjecting the compound of formula IV to oxidation reaction in the presence of oxidizing agent to give the compound of formula V; and 5) subjecting the compound of formula V to cyclization reaction in the presence of cyclizing agent to give Praziquantel as the compound of formula I wherein step 2) is performed without solvent and step 1), step 3), step 4) or step 5) is performed with at least one aprotic organic solvent as reaction solvent; and wherein the reaction temperature of step 1), step 2), step 3), step 4) or step 5) is -10°C to 100°C. 1) subjecting β-phenethylamine and chloroacetyl chloride to condensation reaction in the presence of alkaline substance to give the compound of formula II; 2) subjecting the compound of formula II and ethanolamine to substitution reaction to give the compound of formula III; 3) subjecting the compound of formula III and cyclohexanecarbonyl chloride to acylation reaction in the presence of alkaline substance to give the compound of formula IV; 4) subjecting the compound of formula IV to oxidation reaction in the presence of oxidizing agent to give the compound of formula V; and 5) subjecting the compound of formula V to cyclization reaction in the presence of cyclizing agent to give Praziquantel as the compound of formula I wherein step 2) is performed without solvent and step 1), step 3), step 4) or step 5) is performed with at least one aprotic organic solvent as reaction solvent; and wherein the reaction temperature of step 1), step 2), step 3), step 4) or step 5) is -10°C to 100°C.
Automated system for handling containers comprising: a vertically arranged, telescopic fork which comprises a fixed base and at least one slider telescopically sliding with respect to the fixed base on a series of rollers which support said at least one slider , further comprising thrusting means driven by actuators and configured for thrusting the containers inside a shelving, or for extracting them, following the movement of the slider to which they are connected, said automated handling system further comprising a supplying system , installed on the slider to electrically supply the actuators of the thrusting means , said supplying system comprising energy accumulating means configured to store the electric energy for supplying the actuators , the actuators being connected to the slider , characterized in that each thrusting means comprise one rod configured to project from an end slider , comprised by the slider , to which the rod is connected, each rod passing from a first position, which does not project from the slider , to a second projecting position which allows getting the rod in contact with the container to thrust and store it in the shelf, following the telescopic sliding of the slider to which it is connected.
A regenerative laser amplifier for amplifying seed light coupled in by means of an external seed laser, and which is designed to produce pulses having a single-pulse individually adjustable pulse duration, having - a resonator chamber, - a polarization-dependent outlet component (13; 23; 33; 32A) designed to decouple radiation (S) from the resonator chamber, - at least one Pockel cell (PZ) which can be controlled and is arranged in the resonator chamber, wherein by activating the at least one Pockel cell (PZ), radiation (S) in the resonator chamber can be polarized such that the radiation (S) can be decoupled from the resonator chamber by the polarization-dependent outlet component (13; 23; 33, 32A), and - a polarization-dependent resonator path (PR-1; PR-2; PR-3) having an optically dispersive element (15; 25; 35) arranged in the resonator chamber and configured such that radiation (S) in the resonator chamber, as a function of its polarization which can be controlled by the at least one Pockel cell (PZ), either - passes through the polarization-dependent resonator path (PR-1; PR-2; PR-3) under the effect of a first interaction with the optically dispersive element (15; 25; 35), or - passes through the polarization-dependent resonator path (PR-1; PR-2; PR-3) without interaction or under the effect of a reduced interaction of the same type as the first interaction with the optically dispersive element (15; 25; 35); wherein the optically dispersive element (15, 25; 35) is configured such that the first interaction of the optically dispersive element (15, 25; 35) with the radiation (S) modifies the pulse duration of the radiation (S). - a resonator chamber, - a polarization-dependent outlet component (13; 23; 33; 32A) designed to decouple radiation (S) from the resonator chamber, - at least one Pockel cell (PZ) which can be controlled and is arranged in the resonator chamber, wherein by activating the at least one Pockel cell (PZ), radiation (S) in the resonator chamber can be polarized such that the radiation (S) can be decoupled from the resonator chamber by the polarization-dependent outlet component (13; 23; 33, 32A), and - a polarization-dependent resonator path (PR-1; PR-2; PR-3) having an optically dispersive element (15; 25; 35) arranged in the resonator chamber and configured such that radiation (S) in the resonator chamber, as a function of its polarization which can be controlled by the at least one Pockel cell (PZ), either - passes through the polarization-dependent resonator path (PR-1; PR-2; PR-3) under the effect of a first interaction with the optically dispersive element (15; 25; 35), or - passes through the polarization-dependent resonator path (PR-1; PR-2; PR-3) without interaction or under the effect of a reduced interaction of the same type as the first interaction with the optically dispersive element (15; 25; 35); wherein the optically dispersive element (15, 25; 35) is configured such that the first interaction of the optically dispersive element (15, 25; 35) with the radiation (S) modifies the pulse duration of the radiation (S).
An hydraulic oil reservoir assembly comprising: a main hydraulic oil reservoir having a lower portion and an upper portion, the main hydraulic reservoir having a main port formed in the upper portion thereof; a main vent conduit having a first end which communicates the main port , the main vent conduit extending away from the first end, the main vent conduit having a first resistance to air flow therethrough; an auxiliary hydraulic oil reservoir having a lower portion and an upper portion, the auxiliary hydraulic reservoir having an auxiliary port formed in the upper portion thereof, the lower portion of the auxiliary hydraulic oil reservoir being communicated with the lower portion of the main hydraulic oil reservoir ; a breather vent which is in communication with atmosphere; characterized in that the auxiliary hydraulic oil reservoir comprises a vent pipe which communicates the auxiliary port with the breather vent , the vent pipe having a second resistance to air flow therethrough, the first resistance being greater than the second resistance so that fluid will release faster from the auxiliary hydraulic oil reservoir than from the main hydraulic oil reservoir . a main hydraulic oil reservoir having a lower portion and an upper portion, the main hydraulic reservoir having a main port formed in the upper portion thereof; a main vent conduit having a first end which communicates the main port , the main vent conduit extending away from the first end, the main vent conduit having a first resistance to air flow therethrough; an auxiliary hydraulic oil reservoir having a lower portion and an upper portion, the auxiliary hydraulic reservoir having an auxiliary port formed in the upper portion thereof, the lower portion of the auxiliary hydraulic oil reservoir being communicated with the lower portion of the main hydraulic oil reservoir ; a breather vent which is in communication with atmosphere; characterized in that the auxiliary hydraulic oil reservoir comprises a vent pipe which communicates the auxiliary port with the breather vent , the vent pipe having a second resistance to air flow therethrough, the first resistance being greater than the second resistance so that fluid will release faster from the auxiliary hydraulic oil reservoir than from the main hydraulic oil reservoir .
An information processing device configured to determine a mounting position of a tape feeder to any one of multiple feeder mounting sections formed in a work machine, wherein mounting positions of two or more tape feeders configured to supply components of holding target simultaneously held by two holding tools of a work head having two or more holding tools disposed in the work machine are determined to any one of the multiple feeder mounting sections based on position information indicating supply positions of the two or more tape feeders , so that a difference in an amount of deviation between the supply position of tape feeder and a reference supply position set in advance of the two or more tape feeders is within a predetermined range.