mhurhangee/patent-ind-claim-en huggingface dataset:
An applicator for insertion and lubrication of a body lumen, comprising: an elongate, hollow, cylindrical outer sheath including a receiving cup at a distal end for receiving a lubrication capsule ; a plunger slidingly received within the elongate, hollow cylindrical outer sheath , the plunger including a piercing element at a distal end adapted to extend into the receiving cup ; characterized in that the applicator further comprises: a liquid filled capsule disposed in the receiving cup ; and wherein the piercing element is used to puncture the capsule located in the receiving cup prior to insertion of the applicator into the body lumen, and wherein the plunger can be depressed once the applicator is inserted into the body lumen to eject the pierced capsule into the body lumen, after which the applicator is withdrawn. an elongate, hollow, cylindrical outer sheath including a receiving cup at a distal end for receiving a lubrication capsule ; a plunger slidingly received within the elongate, hollow cylindrical outer sheath , the plunger including a piercing element at a distal end adapted to extend into the receiving cup ; a liquid filled capsule disposed in the receiving cup ; and wherein the piercing element is used to puncture the capsule located in the receiving cup prior to insertion of the applicator into the body lumen, and wherein the plunger can be depressed once the applicator is inserted into the body lumen to eject the pierced capsule into the body lumen, after which the applicator is withdrawn.
Set consisting of a plurality of adapter modules , which are different from one another, for mechanically connecting extremely different, manufacturer-specific operator control parts to a standardized circuit module , wherein each of the adapter modules can be mounted onto the standardized circuit module and can be mechanically connected, and in that the adapter modules each have a holding frame for fastening in each case one decorative frame which is matched to the manufacturer-specific operating control part and in each case one transmission element for mechanically contacting in each case one manufacturer-specific operator control part , wherein an adapter module is matched in each case to a manufacturer-specific operator control part with an associated decorative frame and the adapter modules of the set differ from one another in respect of this matching, and wherein the transmission element of the adapter module is matched to the standardized circuit module in a standardized manner at the bottom side, so that the position of the transmission element can be detected by at least one sensor of the circuit module in order to switch on, switch off or change the supply voltage or generate a control signal for at least one consumer, which can be connected to the circuit module , by an electronics system which is connected to the at least one sensor , depending on the detected position of the transmission element of the separate adapter module .
A maintenance controller for providing maintenance guidance of a printer to a human operator via an Augmented Reality headset including a display , the maintenance controller being communicatively coupled to the Augmented Reality headset and comprising: a memory configured to store image data of printer components , and maintenance information of the printer components ; wherein the maintenance controller is in communication with a camera having a field of view overlapping with a field of view of the human operator, and in communication with the display to display images for the human operator, the maintenance controller is configured to obtain from the camera a first image of the printer components , to analyze the first image to determine locations of the printer components in the first image based on the image data of the printer components stored in the memory , to modify the first image to include highlighted areas corresponding with the locations of the printer components , and to send the modified first image to the display , and the maintenance controller is configured to receive an instruction from the human operator indicating one of the highlighted areas as a selected printer component, to retrieve the maintenance information of the selected printer component from the memory based on the instruction, and to send the maintenance information to the display , wherein: the maintenance controller is configured to obtain from the camera a second image of the printer components, wherein the instruction from the human operator is visible in the second image. the maintenance controller is in communication with a camera having a field of view overlapping with a field of view of the human operator, and in communication with the display to display images for the human operator, the maintenance controller is configured to obtain from the camera a first image of the printer components , to analyze the first image to determine locations of the printer components in the first image based on the image data of the printer components stored in the memory , to modify the first image to include highlighted areas corresponding with the locations of the printer components , and to send the modified first image to the display , and the maintenance controller is configured to receive an instruction from the human operator indicating one of the highlighted areas as a selected printer component, to retrieve the maintenance information of the selected printer component from the memory based on the instruction, and to send the maintenance information to the display , wherein: the maintenance controller is configured to obtain from the camera a second image of the printer components, wherein the instruction from the human operator is visible in the second image.
A wire electric discharge machine , comprising an upper wire guide and a lower wire guide that stretch a wire electrode (WE) therebetween and a rotator that changes a feed direction of the wire electrode (WE), the wire electric discharge machine being configured for machining a workpiece (WP) placed between the upper wire guide and the lower wire guide by generating a discharge between the workpiece (WP) and the wire electrode (WE), wherein a rotation axis of the rotator is disposed so as to be perpendicular to a straight line connecting the upper wire guide and the lower wire guide , characterised in that the rotator is disposed at a position deviated from the straight line connecting the upper wire guide and the lower wire guide in a rotation axis direction of the rotator , whereby the wire electrode (WE) is rotated around an axis. wherein a rotation axis of the rotator is disposed so as to be perpendicular to a straight line connecting the upper wire guide and the lower wire guide , characterised in that the rotator is disposed at a position deviated from the straight line connecting the upper wire guide and the lower wire guide in a rotation axis direction of the rotator , whereby the wire electrode (WE) is rotated around an axis.
Use of a membrane for nanofiltration of a feed stream solution comprising an organic solvent and dissolved solutes; wherein the membrane comprises an integrally skinned asymmetric crosslinked polybenzimidazole membrane supported on a support material, wherein the support material is selected from polyester, polyethylene, polypropylene, polyetherether ketone or polyphenyline sulphide; wherein the membrane is impregnated with a conditioning agent that maintains the pore structure of the membrane prior to its use for nanofiltration, wherein the conditioning agent is selected from one or more of synthetic oils, mineral oils, vegetable fats and oils, higher alcohols selected from decanol, dodecanol and heptadecanol, glycerols, and glycols; wherein the polybenzimidazole is poly(2,2'-[m-phenylene])-5,5'-bis-benzimidazole; and wherein the membrane is configured as a spiral wound or plate and frame membrane design.
A computer-implemented medical ultrasound imaging method during scanning procedure comprising: a) forming a first frame of an ultrasound image sequence with a high image quality; b) forming at least one frame of the ultrasound image sequence with a reduced image quality that is lower than the high image quality; c) forming a second frame of the ultrasound image sequence with high image quality, and d) using a machine learning model to improve an image quality of the at least one frame using the first frame or the second frame by predicting a restored image based on the at least one frame and the first or the second frame. a) forming a first frame of an ultrasound image sequence with a high image quality; b) forming at least one frame of the ultrasound image sequence with a reduced image quality that is lower than the high image quality; c) forming a second frame of the ultrasound image sequence with high image quality, and d) using a machine learning model to improve an image quality of the at least one frame using the first frame or the second frame by predicting a restored image based on the at least one frame and the first or the second frame.
A venting system comprising a priming circulation , which comprises an oxygenator , a blood pump and connecting tubes , and which is connected with a priming fluid container , which is connected to the priming circulation , wherein the priming circulation has an air sensor and a priming control unit , wherein the air sensor is in connection with the priming control unit and the priming control unit is in connection with the blood pump , wherein the blood pump is a pulsatile pump and is in connection with the priming control unit , in order to operate, with the priming control unit , the blood pump in such a pulsatile manner, that air bubbles that are stuck in the tubing lines or the oxygenator are released and removed from the priming circulation, characterized in that a priming pump , which is in connection with the priming control unit , is arranged between the priming fluid container and the priming circulation , or the priming fluid container is in connection with a priming compressor for building up pressure in the priming fluid container , and the priming control unit is in connection with the priming compressor to regulate the priming compressor .
A method of making a coated foodstuff comprising: coating an edible substrate with a coating comprising at least one layer of a coating mixture comprising a spray cooked, agglomerated waxy corn starch as a first starch; and baking the coated edible substrate at a temperature from 130° C and 190° C for a time between 10 and 60 minutes. coating an edible substrate with a coating comprising at least one layer of a coating mixture comprising a spray cooked, agglomerated waxy corn starch as a first starch; and baking the coated edible substrate at a temperature from 130° C and 190° C for a time between 10 and 60 minutes.
A method for preparing a super absorbent polymer comprising the steps of: carrying out a thermal polymerization or a photopolymerization of a monomer composition comprising a water-soluble ethylene-based unsaturated monomer and a polymerization initiator to form a hydrogel polymer; drying the hydrogel polymer; pulverizing the dried polymer; classifying the pulverized polymer into a fine powder having a particle diameter of less than 150 μm and a polymer having a particle diameter of 150 to 850 μm according to the particle diameter; performing reassembly by mixing and wetting the fine powder with water having a temperature of 5 to 30 °C in a content of 50 to 200 parts by weight with respect to 100 parts by weight of the fine powder having a particle size of 150 μm or less, to form a fine powder reassembly; drying, pulverizing and classifying the fine powder reassembly; and mixing the polymer having a particle diameter of 150 to 850 μm with the fine powder reassembly, followed by surface cross-linking, wherein the polymer having a particle diameter of 150 to 850 μm and the fine powder reassembly are mixed at a weight ratio of 7: 3 to 8 : 2. carrying out a thermal polymerization or a photopolymerization of a monomer composition comprising a water-soluble ethylene-based unsaturated monomer and a polymerization initiator to form a hydrogel polymer; drying the hydrogel polymer; pulverizing the dried polymer; classifying the pulverized polymer into a fine powder having a particle diameter of less than 150 μm and a polymer having a particle diameter of 150 to 850 μm according to the particle diameter; performing reassembly by mixing and wetting the fine powder with water having a temperature of 5 to 30 °C in a content of 50 to 200 parts by weight with respect to 100 parts by weight of the fine powder having a particle size of 150 μm or less, to form a fine powder reassembly; drying, pulverizing and classifying the fine powder reassembly; and mixing the polymer having a particle diameter of 150 to 850 μm with the fine powder reassembly, followed by surface cross-linking, wherein the polymer having a particle diameter of 150 to 850 μm and the fine powder reassembly are mixed at a weight ratio of 7: 3 to 8 : 2.
Assembly for coupling the shaft of a moving blind to its housing, made out of a movable sleeve and an intermediate sleeve which move relative to each other so that the movable sleeve is at least partially inside the intermediate sleeve and the coupling assembly is in its working position when axial movement of the movable sleeve inside the intermediate sleeve is locked and in an assembly position, when axial movement of the movable sleeve inside the intermediate sleeve is unlocked, wherein the assembly further comprises a ring which is seated on the movable sleeve , wherein the ring comprises at least one arm locking axial movement of the movable sleeve inside the intermediate sleeve in the working position of the coupling assembly, characterized in that in said working position the ring arm is resting on a stop face of the intermediate sleeve and the intermediate sleeve has at least one longitudinal notch for the ring arm , when the coupling assembly is in the assembly position, wherein transition of the assembly from one position to the other takes place by revolving the ring around the movable sleeve so that the free end of the ring arm either rests on the stop face or enters the longitudinal notch .
Device for catching water under a hand dryer while simultaneously deodorizing a surrounding area, the device comprising: a stand-alone catch tray ; and a deodorizing screen positioned within the catch tray such that forced air from the hand dryer contacts the deodorizing screen when the hand dryer is in use causing the deodorizing screen to release a fragrance and deodorize a surround area, wherein the catch tray comprises: a top tray comprising a recessed sponge compartment sized to accommodate a sponge ; the sponge positioned within the recessed sponge compartment ; a base tray attached to the top tray ; and a back wall extending upward from the base tray , characterized in that the deodorizing screen comprises a flat portion with flow orifices , the flat portion positioned adjacent to the sponge , and the deodorizing screen comprises an angled portion extending upward from the flat portion, the angled portion positioned adjacent to the back wall , wherein the deodorizing screen is made from a deodorizing material. a stand-alone catch tray ; and a deodorizing screen positioned within the catch tray such that forced air from the hand dryer contacts the deodorizing screen when the hand dryer is in use causing the deodorizing screen to release a fragrance and deodorize a surround area, wherein the catch tray comprises: a top tray comprising a recessed sponge compartment sized to accommodate a sponge ; the sponge positioned within the recessed sponge compartment ; a base tray attached to the top tray ; and a back wall extending upward from the base tray , a top tray comprising a recessed sponge compartment sized to accommodate a sponge ; the sponge positioned within the recessed sponge compartment ; a base tray attached to the top tray ; and a back wall extending upward from the base tray , characterized in that the deodorizing screen comprises a flat portion with flow orifices , the flat portion positioned adjacent to the sponge , and the deodorizing screen comprises an angled portion extending upward from the flat portion, the angled portion positioned adjacent to the back wall , wherein the deodorizing screen is made from a deodorizing material.
A processing system for processing a leather hide , the processing system comprising: a controller ; a laser system configured for illuminating the leather hide with location information for placement of a die selected from a plurality of dies , each die including a shape of a piece to be cut from the leather hide and adapted for cutting the leather hide ; and a storage comprising the plurality of dies ; the processing system further characterized by : a placement system comprising a robotic system coupled with the controller for retrieval of a die from the storage and placing the die upon the leather hide ; and a set of machine executable instructions stored on machine readable media, the instructions for causing the processing system to illuminate the leather hide with the location information and direct the placement system to place at least one of the die upon the leather hide in relation to the location information . a placement system comprising a robotic system coupled with the controller for retrieval of a die from the storage and placing the die upon the leather hide ; and a set of machine executable instructions stored on machine readable media, the instructions for causing the processing system to illuminate the leather hide with the location information and direct the placement system to place at least one of the die upon the leather hide in relation to the location information .
Core material, suitable for use in a closed mold system, based on at least one fibrous web containing a foam-structure within the web, said foam-structure being formed of a plurality of members that are separated from each other by channels, characterized in that said core material has a compression-resistance of greater than 40% at a pressure of 4 bar and at a temperature that is greater than or equal to 80 °C.
Thermal energy storage system comprising a high-temperature heat storage unit (112-HM), a cold storage unit (122-KM), at least one compressor and at least one turbine , wherein the high-temperature heat storage unit, the at least one turbine , the cold storage unit and the at least one compressor are connected together by lines such that a gaseous working medium circulating in the lines passes optionally through a counterclockwise heat-pump circuit process or a clockwise working circuit process, wherein an outlet of the compressor is connected to an inlet of the turbine , wherein an outlet of the turbine is connected to an inlet of the compressor , wherein a first heat exchanger is provided between the outlet of the compressor and the one inlet of the turbine , wherein a second heat exchanger is provided between the outlet of the turbine and the inlet of the compressor , wherein the working medium flows through a side of the first heat exchanger and a side of the second heat exchanger , characterized in that the high-temperature heat storage unit (112-HM) and the cold storage unit (122-HM) are configured as packed-bed storage units, that a first heat transmission system is provided between the first heat exchanger and the high-temperature heat storage unit (112-HM), that a second heat transmission system is provided between the second heat exchanger and the cold storage unit (122-KM), and that the heat transmission systems work with a gaseous heat carrier medium. a high-temperature heat storage unit (112-HM), a cold storage unit (122-KM), at least one compressor and at least one turbine , wherein the high-temperature heat storage unit, the at least one turbine , the cold storage unit and the at least one compressor are connected together by lines such that a gaseous working medium circulating in the lines passes optionally through a counterclockwise heat-pump circuit process or a clockwise working circuit process, wherein an outlet of the compressor is connected to an inlet of the turbine , wherein an outlet of the turbine is connected to an inlet of the compressor , wherein a first heat exchanger is provided between the outlet of the compressor and the one inlet of the turbine , wherein a second heat exchanger is provided between the outlet of the turbine and the inlet of the compressor , wherein the working medium flows through a side of the first heat exchanger and a side of the second heat exchanger , characterized in that the high-temperature heat storage unit (112-HM) and the cold storage unit (122-HM) are configured as packed-bed storage units, that a first heat transmission system is provided between the first heat exchanger and the high-temperature heat storage unit (112-HM), that a second heat transmission system is provided between the second heat exchanger and the cold storage unit (122-KM), and that the heat transmission systems work with a gaseous heat carrier medium.
A compressor comprising: a compressor housing ; a compression chamber positioned within the compressor housing; male and female screw rotors rotatably meshed together within the compression chamber, the screw rotors operable for compressing a working fluid; a lubricant port in fluid communication with the compression chamber a nozzle insert positioned within the lubricant port; and characterized by : the nozzle insert having a longitudinal body extending between a first end and a second end, and at least one blade extending radially from an outer wall of the longitudinal body; a swirl chamber formed by the nozzle insert within the lubricant port, the at least one blade configured to generate an angular flow velocity within the swirl chamber and discharge atomized lubricant into the compressor chamber; and a plug positioned in one end of the of the lubricant port opposite of the nozzle insert. a compressor housing ; a compression chamber positioned within the compressor housing; male and female screw rotors rotatably meshed together within the compression chamber, the screw rotors operable for compressing a working fluid; a lubricant port in fluid communication with the compression chamber a nozzle insert positioned within the lubricant port; and characterized by : the nozzle insert having a longitudinal body extending between a first end and a second end, and at least one blade extending radially from an outer wall of the longitudinal body; a swirl chamber formed by the nozzle insert within the lubricant port, the at least one blade configured to generate an angular flow velocity within the swirl chamber and discharge atomized lubricant into the compressor chamber; and a plug positioned in one end of the of the lubricant port opposite of the nozzle insert. the nozzle insert having a longitudinal body extending between a first end and a second end, and at least one blade extending radially from an outer wall of the longitudinal body; a swirl chamber formed by the nozzle insert within the lubricant port, the at least one blade configured to generate an angular flow velocity within the swirl chamber and discharge atomized lubricant into the compressor chamber; and a plug positioned in one end of the of the lubricant port opposite of the nozzle insert.
A cathodic electrocoating composition comprising: an aqueous carrier; a film forming binder dispersed in the carrier, wherein the film forming binder comprises an epoxy-amine adduct and a blocked polyisocyanate crosslinking agent; and, an edge protective agent comprising guar gum. an aqueous carrier; a film forming binder dispersed in the carrier, wherein the film forming binder comprises an epoxy-amine adduct and a blocked polyisocyanate crosslinking agent; and, an edge protective agent comprising guar gum.